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G E S A C NEW CUTTING TOOLS CATALOGUE

GESAC has a complete tungsten product chain ranging from ore mining to tungsten powder, cemented carbide products and precision cutting tools. Product Chain Xiamen Golden Egret Special Alloy Co., Ltd. (GESAC), founded in 1989, is a national high-tech enterprise with Chinese-foreign joint investment. It is also a key member of Xiamen Tungsten Co., Ltd., a state-owned listed company. GESAC is committed to the research, development and production of tungsten series products such as high-quality tungsten powder materials, cemented carbide and precision cutting tools, as well as the provision of professional solutions for the industry. It is a renowned supplier of tungsten powder, cemented carbide and cutting tools. Relying on the product integration technology research and development of the complete tungsten industry chain and the practical and innovative management concepts, GESAC has always maintained a strong momentum of development. It provides JOREDOXVHUVZLWKWXQJVWHQSRZGHUSURGXFWVDQGVHUYLFHVZLWKWKHKLJKHVWFRVWSHUIRUPDQFHDQGRٳHUVH[FHOOHQWSURGXFWVDQG comprehensive solutions for solving the problems of high hardness, high temperature resistance and wear resistance in the PRGHUQLQGXVWULDOٴHOG,WVFXVWRPHUVDUHGLVWULEXWHGDURXQGWKHZRUOGHQMR\LQJDKLJKUHSXWDWLRQERWKDWKRPHDQGDEURDG *(6$&FXUUHQWO\KDVPRUHWKDQHPSOR\HHVٴYHSURGXFWLRQEDVHVIRXURYHUVHDVVDOHVFRPSDQLHVDQGRQHHQWHUSULVHWHFK- nology center. It has independently undertaken and completed a number of projects such as the “National Science and Technol- ogy Support Program Projects”, the “National Science and Technology Major Projects”, the “National Torch Program Projects”, the “National Key New Product” development projects and key research topics at the provincial and municipal levels. It has been rat- ed as a “Backbone Enterprise in Strategic Emerging Industries”, an “Innovative Enterprise” and an “Advanced Technology Enter- prise”. It has won many patents and awards, including the second prize of the National Science and Technology Progress Award. Its cutting tools have obtained more than 400 patents, including invention patents, utility model patents and design patents. *(6$&3URٴOH Ammonium ParDWXQJVWDWHb Tungsten Powder W&b3RZHU Tungsten Ore Solid Carbide Tool CBN PCD ,QGH[DEOH7RRO Mixture Cemented Carbide Cutting Tools High Density Alloys Pure Tungsten Product Cobalt Powder &RPSOH[&DUELGH Precision Parts Cast Tungsten Carbide Bar Mining Alloy Precision Wear-resistant Parts Rotary File Shield Alloy

Contents A TURNING GT Series Parting and Grooving Tools B MILLING UP300 High-Performance Endmills in General Machining 53b6HULHVb3URٴOHb0LOOLQJb7RROVbIRUb'LٶFXOWWR0DFKLQHb0DWHULDOVb LNMX Series Universal Negative Four Edges High-Feed Milling Tools SOE (M)T Series Positive Four Edges High-Feed Milling Tools '0b6HULHVb,QGH[DEOHb'LVF7\SHb7KUHDGb0LOOLQJb7RROV 7&b6HULHVb3RVLWLYHb&RPE7\SHb7KUHDGb0LOOLQJb7RROV C HOLEMAKING T/ET Tap Series GUMD Modular Drill Series 620*,QGH[DEOH'ULOO6HULHV D938-30D/40D Deep Hole Twist Drill Series D TOOLING SYSTEM Angle Head Living Tools TURNING TOOLS 006 038 073 080 090 103 115 127 182 194 209 220 238

3DUWLQJ2ٳDQG*URRYLQJ7RROV 7851,1*722/6 007 TURNING TOOLS A GT D 300 E 020 R 06 MC ① ② ③ ④ ⑤ ⑥ ⑧⑦ Type Representation Rules for Parting OٳDQGGrooving Inserts GT Series Insert ① Series Name GT ④ Tool Apron Code Insert Matching Tool Holder B B C C D D (Preferred), C E E (Preferred), D, C F F G G (Preferred), F H H (Preferred), G, F J J ⑤ Tip Arc Radius 020=0.20mm ⑥ Insert Direction R=Right-handed L=Left-hand □=Middle ⑦ Lead Angle 06=6° 15=15° □=0° ⑧ Geometry The First Letter The Second Letter F=Low Feed & 3DUWLQJ2ٳ M=Medium Feed T=Turning R=High Feed G=Grooving 2 6SHFLٴF2SWLPL]HG 5 3URٴOH0DFKLQLQJ ② Teeth S=Single Edged D=Double Edged ③ Cutting Width Cutting Width<10mm The First Digit is Omitted, 300=3.0mm Cutting Width*10mm Not Omitted, 1000=10.0mm W ●0RUH&RPSUHKHQVLYH,QVHUWV&RYHULQJ3DUWLQJ*URRYLQJ7XUQLQJ3URٴOLQJ*UDGHVIRU P/M/K/S Materials ● More Stable: The self-developed bow-shaped positioning mechanism improves clamping accuracy and processing stability ● More Efficient: The high-precision, three-input, dual-output high-pressure cooling system VLJQLٴFDQWO\HQKDQFHVFKLSEUHDNLQJH[WHQGVWRROOLIHDQGHQDEOHVKLJKHٶFLHQF\PDFKLQLQJ GT Series Parting and Grooving Tools

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 008 009 TURNING TOOLS A TURNING TOOLS A ① ② ③ ④ ⑤ ⑥ ⑦ GT E P R 2525 M 45 H 25 D65 S ⑧ ⑨ ⑩ ⑪ Type Representation Rules for Parting OٳDQGGrooving Tool Holders GT Series Tool Holder ① Series Name GT ⑪ Additional Information S=With Curve Reinforcement C=With High-Pressure Cooling SC=With Curve Reinforcement and High-Pressure Cooling □=Without Curve Reinforcement ⑤ Shank Size ([WHUQDO'LDPHWHU7RRO Holder: Height*Width Tool Holder with Internal Hole: Minimum Machining Diameter*Shank Diameter ⑥ Length of Tool Holder Code Length F 85 mm H 100 mm J 110 mm JX 120 mm K 125 mm M 150 mm Q 180 mm R 200 mm S 250 mm T 300 mm U 350 mm ⑧ Tool Apron Code Tool Holder Matched Insert B B C C (Preferred), D, E D D (Preferred), E E E F F (Preferred), G, H G G (Preferred), H H H J J ⑦ Shank Angle Unique to the U-shaped Tool Holder 45=45° 75=75° ② Machining Type ( ([WHUQDO0DFKLQLQJ I=Internal Hole Making F=End Face Machining ③ Shape Of Tool Holder U=Grinding Undercut P=Vertical Type □=Linear ④ Tool Direction R=Right-handed L=Left-hand N=Middle ⑩ Minimum Diameter of the First Cut Unique to End Face Machining D65:DAXIN=65mm ⑨0D[LPXP&XWWLQJ'HSWK Conven- tional Tool 25: CDX=25mm Dedicated Tool for Automatic Lathe D16:CUTDIA =16mm List of Parting OٳDQGGrooving Inserts Series Name Machining Type Diagram Geometry Application Tool Width Range Page No. GT 3DUWLQJ2ٳ FC Low Feed 3DUWLQJ2ٳ 2.00-4.00 (mm) P10 MC Medium Feed 3DUWLQJ2ٳ 1.50-5.00 (mm) P11 RC High Feed 3DUWLQJ2ٳ 2.00-6.00 (mm) P12 OC 6SHFLٴF Optimized 3DUWLQJ2ٳ 2.00 (mm) P13 Grooving FG Low Feed Grooving 1.50-8.00 (mm) P14-P16 MG Medium Feed Grooving 2.00-8.00 (mm) P17 Turning FT Low Feed Turning 1.50-8.00 (mm) P18 MT Medium Feed Turning 2.00-8.00 (mm) P19 OT 6SHFLٴF Optimized Turning 3.00-5.00 (mm) P20 3URٴOH MR Medium Feed 3URٴOH 2.00-8.00 (mm) P21 OR 6SHFLٴF 2SWLPL]HG3URٴOH 2.00-8.00 (mm) P22

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 010 011 TURNING TOOLS A TURNING TOOLS A FC Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S PSIRR/L GTD200C015-FC C 2.00 0.15 20.0 1.60 4.45 0° ● ● ● GTD250D015-FC D 2.50 0.15 20.0 2.00 4.52 0° ● ● ● GTD300E015-FC E 3.00 0.15 20.0 2.30 4.58 0° ● ● ● GTD400F015-FC F 4.00 0.15 25.0 3.20 4.50 0° ● ● ● GTD200C015R06-FC C 2.00 0.15 21.0 1.60 4.45 6° ● ● ● GTD200C015L06-FC 2.00 0.15 21.0 1.60 4.45 6° ● ● ● GTD250D015R06-FC D 2.50 0.15 21.0 2.00 4.52 6° ● ● ● GTD250D015L06-FC 2.50 0.15 21.0 2.00 4.52 6° ● GTD300E015R06-FC E 3.00 0.15 21.0 2.30 4.58 6° ● ● ● GTD300E015L06-FC 3.00 0.15 21.0 2.30 4.58 6° ● ● ● GTD400F015R06-FC F 4.00 0.15 26.0 3.20 4.50 6° ● ● ● GTD400F015L06-FC 4.00 0.15 26.0 3.20 4.50 6° ● GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 ☆ ★ ☆ ☆ ★ ★ ★ ☆ Low Feed Parting OٳInserts The diagram shows the right hand ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series MC Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S PSIRR/L GTD150B020-MC B 1.50 0.20 14.0 1.26 4.21 0° ● ● ● GTD200C020-MC C 2.00 0.20 20.0 1.60 4.45 0° ● ● ● GTD250D020-MC D 2.50 0.20 20.0 2.00 4.53 0° ● ● ● GTD300E020-MC E 3.00 0.20 20.0 2.30 4.55 0° ● ● ● GTD400F020-MC F 4.00 0.20 25.0 3.20 4.50 0° ● ● ● GTD500G020-MC G 5.00 0.20 25.0 4.20 4.58 0° ● ● ● GTD200C020R06-MC C 2.00 0.20 20.4 1.60 4.45 6° ● ● ● GTD200C020L06-MC 2.00 0.20 20.4 1.60 4.45 6° ● ● ● GTD200C002L15-MC 2.00 0.02 21.5 1.60 4.47 15° ● ○ GTD200C002R15-MC 2.00 0.02 21.5 1.60 4.47 15° ● ○ GTD200C020R15-MC 2.00 0.20 20.8 1.60 4.44 15° ● ● GTD200C020L15-MC 2.00 0.20 20.8 1.60 4.44 15° ● ● GTD250D020R06-MC D 2.50 0.20 20.5 2.00 4.53 6° ● ● ● GTD250D020L06-MC 2.50 0.20 20.5 2.00 4.53 6° ● ● ● GTD300E020R06-MC E 3.00 0.20 20.7 2.30 4.58 6° ● ● ● GTD300E020L06-MC 3.00 0.20 20.7 2.30 4.58 6° ● ● ● GTD300E002L15-MC 3.00 0.02 21.6 2.30 4.61 15° ● ● GTD300E002R15-MC 3.00 0.02 21.6 2.30 4.61 15° ● ● GTD300E020L15-MC 3.00 0.20 20.9 2.30 4.58 15° ● ● GTD300E020R15-MC 3.00 0.20 20.9 2.30 4.58 15° ● ● GTD400F020R06-MC F 4.00 0.20 25.6 3.20 4.50 6° ● ● ● GTD400F020L06-MC 4.00 0.20 25.6 3.20 4.50 6° ● ● ● GTD500G020R06-MC G 5.00 0.20 25.9 4.20 4.58 6° ● ● GTD500G020L06-MC 5.00 0.20 25.9 4.20 4.58 6° ● ● GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 ☆ ★ ☆ ☆ ★ ★ ★ ☆ Medium Feed Parting OٳInsert The diagram shows the right hand ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 Notes: RE=0.02mm material tolerance is ±0.01mm ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 012 013 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S PSIRR/L GTD200C020-RC C 2.00 0.20 20.0 1.60 4.45 0° ● ● ● GTD250D030-RC D 2.50 0.30 20.0 2.00 4.52 0° ● ● ● GTD300E030-RC E 3.00 0.30 20.0 2.30 4.58 0° ● ● ● GTD400F030-RC F 4.00 0.30 25.0 3.20 4.50 0° ● ● ● GTD500G040-RC G 5.00 0.40 25.0 4.20 4.58 0° ● ● ● GTD600H040-RC H 6.00 0.40 25.0 5.20 4.67 0° ● ● ● GTD200C020R06-RC C 2.00 0.20 20.6 1.60 4.45 6° ● ● ● GTD200C020L06-RC 2.00 0.20 20.6 1.60 4.45 6° ● ● ● GTD250D030R06-RC D 2.50 0.30 20.6 2.00 4.54 6° ● ● ● GTD250D030L06-RC 2.50 0.30 20.6 2.00 4.54 6° ● ● ● GTD300E030R06-RC E 3.00 0.30 20.7 2.30 4.58 6° ● ● ● GTD300E030L06-RC 3.00 0.30 20.7 2.30 4.58 6° ● ● ● GTD400F030R06-RC F 4.00 0.30 25.9 3.20 4.50 6° ● ● ● GTD400F030L06-RC 4.00 0.30 25.9 3.20 4.50 6° ● ● GTD500G040R06-RC G 5.00 0.40 25.9 4.20 4.60 6° ● ● GTD500G040L06-RC 5.00 0.40 25.9 4.20 4.60 6° ● ● RC ☆ ★ ☆ ☆ ★ ★ ★ ☆ High Feed Parting OٳInsert The diagram shows the right hand ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S PSIRR/L GTD200C020-OC C 2.00 0.20 20.0 1.60 4.45 0° ● ● OC ★ ☆ ☆ ★ ★ ★ ☆ SSHFLٴFOptimized Parting OٳInsert ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 014 015 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.02 RE±0.05 INSL BW S GTD150B010-FG B 1.50 0.10 14.8 1.15 4.21 ● ● GTD198C020-FG C 1.98 0.20 20.7 1.60 4.45 ● GTD200C020-FG 2.00 0.20 20.7 1.60 4.45 ● ● ● GTD200C040-FG 2.00 0.40 20.7 1.60 4.45 ● ● GTD224C020-FG 2.24 0.20 20.7 1.60 4.45 ○ ○ GTD239D020-FG D 2.39 0.20 20.7 2.00 4.53 ● ● GTD239D040-FG 2.39 0.40 20.7 2.00 4.53 ● ● GTD246D030-FG 2.46 0.30 20.7 2.00 4.53 ○ ○ GTD267D020-FG 2.67 0.20 20.7 2.00 4.53 ○ GTD279D030-FG 2.79 0.30 20.7 2.00 4.53 ● ● GTD300E020-FG E 3.00 0.20 20.7 2.30 4.58 ● ● ● GTD300E030-FG 3.00 0.30 20.7 2.30 4.58 ● ● GTD300E040-FG 3.00 0.40 20.7 2.30 4.58 ● ● GTD310E020-FG 3.10 0.20 20.7 2.30 4.58 ● GTD318E020-FG 3.18 0.20 20.7 2.30 4.58 ● ● GTD318E040-FG 3.18 0.40 20.7 2.30 4.58 ● GTD318E080-FG 3.18 0.80 20.7 2.30 4.58 ● ● GTD361E030-FG 3.61 0.30 20.7 2.30 4.58 ● ● GTD396F020-FG F 3.96 0.20 25.7 3.20 4.50 ○ ○ GTD396F040-FG 3.96 0.40 25.7 3.20 4.50 ○ GTD396F080-FG 3.96 0.80 25.7 3.20 4.50 ○ ○ GTD400F020-FG 4.00 0.20 25.7 3.20 4.50 ● ● ● GTD400F040-FG 4.00 0.40 25.7 3.20 4.50 ● ● GTD452F020-FG 4.52 0.20 25.7 3.20 4.50 ● FG ☆ ★ ☆ ★ ☆ ★ ☆ ★ ☆ Low Feed Grooving Insert ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series FG Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.02 RE±0.05 INSL BW S GTD470F050-FG F 4.70 0.50 25.7 3.20 4.50 ● GTD475F040-FG 4.75 0.40 25.7 3.20 4.50 ● GTD475F080-FG 4.75 0.80 25.7 3.20 4.50 ● GTD480F050-FG 4.80 0.50 25.7 3.20 4.50 ● GTD500F020-FG 5.00 0.20 25.7 3.20 4.50 ● ● ● GTD500F040-FG 5.00 0.40 25.7 3.20 4.50 ● ● GTD541G020-FG G 5.41 0.20 25.7 4.20 4.58 ○ GTD556G050-FG 5.56 0.50 25.7 4.20 4.58 ○ ○ GTD600H020-FG H 6.00 0.20 25.7 5.20 4.67 ● ● ● GTD635H040-FG 6.35 0.40 25.7 5.20 4.67 ○ GTD635H050-FG 6.35 0.50 25.7 5.20 4.67 ○ GTD635H080-FG 6.35 0.80 25.7 5.20 4.67 ○ GTD714H080-FG 7.14 0.80 25.7 5.20 4.67 ● GTD792J080-FG J 7.92 0.80 31.0 6.60 6.39 ○ GTD800J020-FG 8.00 0.20 31.0 6.60 6.39 ● ● ☆ ★ ☆ ★ ☆ ★ ☆ ★ ☆ Low Feed Grooving Insert ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 016 017 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW+0.13 +0.09 RE±0.05 INSL BW S GTD185C010-FG C 1.85 0.10 20.7 1.60 4.45 ● ● GTD215C010-FG 2.15 0.10 20.7 1.60 4.45 ● GTD265D020-FG D 2.65 0.20 20.7 2.00 4.53 ● GTD315E020-FG E 3.15 0.20 20.7 2.30 4.58 ● GTD415F020-FG F 4.15 0.20 25.7 3.20 4.5 ● GTD515G020-FG G 5.15 0.20 25.7 4.20 4.58 ● FG ★ ☆ ★ ☆ ★ ☆ ★ ☆ Low Feed Grooving Insert (Circlip Slot) ★ Preferred ☆ Alternative Parting OٳDQGGrooving Inserts-GT Series MG Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S GTD200C020-MG C 2.00 0.20 20.0 1.60 4.45 ● ● ● ● GTD239C020-MG 2.39 0.20 20.0 1.60 4.45 ○ ● ● GTD300E030-MG E 3.00 0.30 20.0 2.30 4.58 ● ● ● ● ● GTD318E030-MG 3.18 0.30 20.0 2.30 4.58 ○ ● ○ ● GTD400F030-MG F 4.00 0.30 25.0 3.20 4.50 ○ ● ○ ● GTD475G030-MG G 4.75 0.30 25.0 4.20 4.58 ○ ● ● GTD500G040-MG 5.00 0.40 25.0 4.20 4.58 ● ● ● ● ● GTD600H040-MG H 6.00 0.40 25.0 5.20 4.67 ● ● ● ● GTD635H030-MG 6.35 0.30 25.0 5.20 4.67 ○ ● ● GTD792J030-MG J 7.92 0.30 30.0 6.60 6.39 ● GTD800J050-MG 8.00 0.50 30.0 6.60 6.39 ○ ● ● ☆ ☆ ★ ☆ ☆ ★ ☆ ☆ ☆ ★ ★ ☆ Parting OٳDQGGrooving Inserts-GT Series Medium Feed Grooving Insert ★ Preferred ☆ Alternative ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 018 019 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S GTD150B020-FT B 1.50 0.20 14.0 1.26 4.21 ● GTD200C020-FT C 2.00 0.20 20.0 1.60 4.45 ● ● GTD250D020-FT D 2.50 0.20 20.0 2.00 4.53 ● ● GTD300E020-FT E 3.00 0.20 20.0 2.30 4.58 ● ● ● ● GTD300E040-FT 3.00 0.40 20.0 2.30 4.58 ● ● GTD400F020-FT F 4.00 0.20 25.0 3.20 4.50 ● ● GTD400F040-FT 4.00 0.40 25.0 3.20 4.50 ● ● ● ● GTD400F080-FT 4.00 0.80 25.0 3.20 4.50 ● ● GTD500G040-FT G 5.00 0.40 25.0 4.20 4.59 ● ● ● ● GTD500G080-FT 5.00 0.80 25.0 4.20 4.59 ● ● GTD600H040-FT H 6.00 0.40 25.0 5.20 4.68 ● ● ● ● GTD600H080-FT 6.00 0.80 25.0 5.20 4.68 ● ● GTD600H100-FT 6.00 1.00 25.0 5.20 4.68 ● ● GTD800J040-FT J 8.00 0.40 30.0 6.60 6.39 ● ● GTD800J080-FT 8.00 0.80 30.0 6.60 6.39 ● ● ● ● GTD800J120-FT 8.00 1.20 30.0 6.60 6.39 ● ● FT ☆ ★ ☆ ☆ ★ ☆ ☆ ★ ☆ ★ ☆ Parting OٳDQGGrooving Inserts-GT Series ★ Preferred ☆ Alternative Low Feed Turning Insert MT Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S GTD200C020-MT C 2.00 0.20 20.0 1.60 4.45 ● ● ● ● ● GTD300E040-MT E 3.00 0.40 20.0 2.30 4.58 ● ● ● ● ● ● GTD400F040-MT F 4.00 0.40 25.0 3.20 4.50 ● ● ● ● ● ● GTD400F080-MT 4.00 0.80 25.0 3.20 4.50 ○ ● ● ○ ● ● GTD500G040-MT G 5.00 0.40 25.0 4.20 4.59 ● ● ● ● ● ● GTD500G080-MT 5.00 0.80 25.0 4.20 4.59 ○ ● ● ○ ● ● GTD600H040-MT H 6.00 0.40 25.0 5.20 4.68 ○ ● ● ● ● GTD600H080-MT 6.00 0.80 25.0 5.20 4.68 ● ● ● ● ● ● GTD800J080-MT J 8.00 0.80 30.0 6.60 6.39 ○ ● ● ○ ● ● GTD800J120-MT 8.00 1.20 30.0 6.60 6.39 ○ ● ● ● ☆ ☆ ★ ☆ ☆ ☆ ★ ☆ ☆ ☆ ☆ ★ ☆ ★ ☆ ☆ Parting OٳDQGGrooving Inserts-GT Series ★ Preferred ☆ Alternative Medium Feed Turning Insert ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 020 021 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S GTD300E030-OT E 3.00 0.30 20.0 2.30 4.58 ● ● ● ● GTD400F040-OT F 4.00 0.40 25.0 3.20 4.50 ● ● ● ● GTD500G040-OT G 5.00 0.40 25.0 4.20 4.58 ● ● ● ● OT ☆ ★ ☆ ☆ ★ ☆ ☆ ☆ ★ ☆ ★ ☆ Parting OٳDQGGrooving Inserts-GT Series ★ Preferred ☆ Alternative SSHFLٴFOptimized Turning Insert MR Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.05 RE±0.05 INSL BW S GTD200C100-MR C 2.00 1.00 20.6 1.60 4.45 ● ○ ● ● ● GTD300D150-MR D 3.00 1.50 20.7 2.00 4.53 ● ● ● ● ● GTD318D159-MR 3.18 1.59 20.7 2.00 4.53 ● ○ ● ● ● GTD400E200-MR E 4.00 2.00 20.0 2.30 4.58 ● ● ● ● ● GTD400F200-MR F 4.00 2.00 25.7 3.20 4.50 ● ● ● ● ● GTD475F238-MR 4.75 2.38 25.7 3.20 4.50 ● ● GTD500F250-MR 5.00 2.50 25.7 3.20 4.50 ● ● ● ● ● GTD600G300-MR G 6.00 3.00 25.7 4.20 4.58 ● ● ● ● ● GTD635G318-MR 6.35 3.18 25.7 4.20 4.58 ● ● GTD800J400-MR J 8.00 4.00 32.1 6.25 6.39 ● ● ● ● ● ☆ ☆ ★ ☆ ☆ ★ ☆ ☆ ☆ ★ ☆ ★ ☆ Parting OٳDQGGrooving Inserts-GT Series ★ Preferred ☆ Alternative Medium Feed PURٴOHInsert ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 022 023 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX LF LH WF R L GTER/L1616H-B08 B 16 16 8 100 29 17 SCAM050160H TH40LH 3.0 0.38 ● ● GTER/L1616H-B15 16 16 15 100 36.5 17 SCAM050160H TH40LH 3.5 0.18 ● ● GTER/L2020K-B08 20 20 8 125 29 21 SCAM050200H TH40LH 3.0 0.38 ● ● GTER/L2020K-B15 20 20 15 125 36.5 21 SCAM050200H TH40LH 3.5 0.36 ● ● GTER/L2525M-B08 25 25 8 150 29 26 SCAM060200H TH50LH 4.5 0.70 ● ● GTER/L2525M-B15 25 25 15 150 36.5 26 SCAM060200H TH50LH 4.5 0.67 ● ● GTER/L1616H-C08 C 16 16 8 100 29 17 SCAM050160H TH40LH 3.0 0.38 ● ● GTER/L1616H-C15 16 16 15 100 36.5 17 SCAM050160H TH40LH 4.0 0.18 ● ● GTER/L2020K-C08 20 20 8 125 29 21 SCAM050200H TH40LH 4.0 0.36 ● ● GTER/L2020K-C15 20 20 15 125 36.5 21 SCAM050200H TH40LH 3.0 0.38 ● ● GTER/L2020K-C17 20 20 17 125 44.8 21 SCAM050200H TH40LH 4.0 0.37 ● ● GTER/L2525M-C08 25 25 8 150 29 26 SCAM060200H TH50LH 4.5 0.71 ● ● GTER/L2525M-C15 25 25 15 150 36.5 26 SCAM060200H TH50LH 4.5 0.68 ● ● GTER/L1616H-D10 D 16 16 10 100 32 17 SCAM050160H TH40LH 3.0 0.37 ● ● GTER/L1616H-D20 16 16 20 100 44.8 17 SCAM050160H TH40LH 4.0 0.18 ● ● GTER/L2020K-D10 20 20 10 125 32 21 SCAM050200H TH40LH 3.0 0.37 ● ● GTER/L2020K-D20 20 20 20 125 44.8 21 SCAM050200H TH40LH 4.0 0.35 ● ● GTER/L2525M-D10 25 25 10 150 32 26 SCAM060200H TH50LH 4.5 0.70 ● ● GTER/L2525M-D20 25 25 20 150 44.8 26 SCAM060200H TH50LH 4.5 0.66 ● ● GTER/L3225P-D20 32 25 20 170 44.8 26 SCAM060200H TH50LH 4.5 0.96 ● ○ GTER/L3232P-D20 32 32 20 170 44.8 33 SCAM060200H TH50LH 4.5 1.23 ● ● GTER/L1616H-E10 E 16 16 10 100 32 17 SCAM050160H TH40LH 4.0 0.18 ● ● GTER/L1616H-E20 16 16 20 100 44.8 17 SCAM050160H TH40LH 3.5 0.37 ● ● GTER/L2020K-E10 20 20 10 125 32 21 SCAM050200H TH40LH 3.5 0.38 ● ● Parting OٳDQGGrooving Tool Holders-GT Series E[WHUQDODiameter Tool Holder The diagram shows the right hand ●Stock ○Available Upon Order Order No. Tool Apron Code SSC Dimensions (mm) Coated Cemented Carbide CW±0.02 RE±0.05 INSL BW S GTD200C100-OR C 2.00 1.00 20.6 1.60 4.45 ● ● ● GTD239C120-OR 2.39 1.20 20.6 1.60 4.45 ● GTD300D150-OR D 3.00 1.50 20.7 2.00 4.53 ● ● ● GTD318D159-OR 3.18 1.59 20.7 2.00 4.53 ● ● GTD396F198-OR F 3.96 1.98 25.7 3.20 4.50 ● GTD400F200-OR 4.00 2.00 25.7 3.20 4.50 ● ● ● GTD450F225-OR 4.50 2.25 25.7 3.20 4.50 ● GTD475F238-OR 4.75 2.38 25.7 3.20 4.50 ● ● GTD500F250-OR 5.00 2.50 25.7 3.20 4.50 ● ● ● GTD600G300-OR G 6.00 3.00 25.7 4.20 4.58 ● ● ● GTD635G318-OR 6.35 3.18 25.7 4.20 4.58 ● GTD714H357-OR H 7.14 3.57 25.0 5.20 4.67 ● GTD800J400-OR J 8.00 4.00 32.1 6.25 6.39 ● ● ● OR High Feed PURٴOHInsert ★ 首 选 ☆ 备 选 ☆ ★ ☆ ★ ☆ ☆ ★ ★ ☆ Parting OٳDQGGrooving Inserts-GT Series ●Stock ○Available Upon Order◎ Suitable tool holder. See P23-P32 GM1230 GP1120 GST7135 GAT7125 GK1115 GST7115

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 024 025 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX LF LH WF R L GTER/L2020K-E20 E 20 20 20 125 44.8 21 SCAM050200H TH40LH 4.0 0.35 ● ● GTER/L2525M-E10 25 25 10 150 32 26 SCAM060200H TH50LH 4.0 0.70 ● ● GTER/L2525M-E20 25 25 20 150 44.8 26 SCAM060200H TH50LH 4.5 0.65 ● ● GTER/L3225P-E10 32 25 10 170 32 26 SCAM060200H TH50LH 4.5 1.22 ○ ○ GTER/L3225P-E20 32 25 20 170 44.8 26 SCAM060200H TH50LH 4.0 1.31 ○ ○ GTER/L3232P-E10 32 32 10 170 32 33 SCAM060200H TH50LH 4.0 1.00 ● ○ GTER/L3232P-E20 32 32 20 170 44.8 33 SCAM060200H TH50LH 4.5 0.95 ● ● GTER/L1616H-F13 F 16 16 13 100 36.5 17 SCAM050160H TH40LH 4.0 0.19 ● ● GTER/L1616H-F25 16 16 25 100 47 17 SCAM050160H TH40LH 4.5 0.17 ○ ○ GTER/L2020K-F13 20 20 13 125 36.5 21 SCAM050200H TH40LH 4.0 0.37 ● ● GTER/L2020K-F25 20 20 25 125 47 21 SCAM050200H TH40LH 4.5 0.33 ● ● GTER/L2525M-F13 25 25 13 150 36.5 26 SCAM060200H TH50LH 4.0 0.67 ● ● GTER/L2525M-F20 25 25 20 150 44.8 26 SCAM060200H TH50LH 4.5 0.65 ○ ○ GTER/L2525M-F25 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.65 ● ● GTER/L3225P-F13 32 25 13 170 36.5 26 SCAM060200H TH50LH 4.5 1.17 ○ ○ GTER/L3225P-F25 32 25 25 170 47 26 SCAM060200H TH50LH 4.0 1.28 ○ ○ GTER/L3232P-F13 32 32 13 170 36.5 33 SCAM060200H TH50LH 4.0 0.99 ● ● GTER/L3232P-F25 32 32 25 170 47 33 SCAM060200H TH50LH 4.5 0.92 ● ● GTER/L2020K-G13 G 20 20 13 125 36.5 21 SCAM050200H TH40LH 4.5 0.37 ● ● GTER/L2020K-G22 20 20 22 125 44.8 21 SCAM050200H TH40LH 4.5 0.35 ● ● GTER/L2525M-G13 25 25 13 150 36.5 26 SCAM060200H TH50LH 4.5 0.70 ● ● GTER/L2525M-G22 25 25 22 150 44 26 SCAM060200H TH50LH 4.5 0.64 ● ● GTER/L2525M-G25 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.63 ● ● GTER/L2525M-G32 25 25 32 150 54.8 26 SCAM060200H TH50LH 4.5 0.13 ● ● Parting OٳDQGGrooving Tool Holders-GT Series E[WHUQDODiameter Tool Holder The diagram shows the right hand ●Stock ○Available Upon Order Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX LF LH WF R L GTER/L3225P-G13 G 32 25 13 170 36.5 26 SCAM060200H TH50LH 4.5 1.00 ● ○ GTER/L3225P-G32 32 25 32 170 54.8 26 SCAM060200H TH50LH 4.5 0.91 ● ○ GTER/L3232P-G13 32 32 13 170 36.5 33 SCAM060200H TH50LH 4.5 1.29 ● ● GTER/L3232P-G25 32 32 25 170 47 33 SCAM060200H TH50LH 4.5 1.20 ● ● GTER/L3232P-G32 32 32 32 170 54.8 33 SCAM060200H TH50LH 4.5 1.16 ● ● GTER/L2525M-H16 H 25 25 16 150 44.8 26 SCAM060200H TH50LH 4.5 0.68 ● ● GTER/L2525M-H25 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.64 ● ● GTER/L2525M-H32 25 25 32 150 54.8 26 SCAM060200H TH50LH 4.5 0.61 ● ● GTER/L3225P-H16 32 25 16 170 44.8 26 SCAM060200H TH50LH 4.5 1.00 ● ○ GTER/L3225P-H32 32 25 32 170 54.8 26 SCAM060200H TH50LH 4.5 0.91 ● ○ GTER/L3232P-H16 32 32 16 170 44.8 33 SCAM060200H TH50LH 4.5 1.28 ● ● GTER/L3232P-H25 32 32 25 170 47 33 SCAM060200H TH50LH 4.5 1.20 ● ● GTER/L3232P-H32 32 32 32 170 54.8 33 SCAM060200H TH50LH 4.5 1.15 ● ● GTER/L2525M-J16 J 25 25 16 150 44.8 26 SCAM080260H TH60LH 7.0 0.68 ● ● GTER/L2525M-J24 25 25 24 150 54.8 26 SCAM080260H TH60LH 7.0 0.66 ● ● GTER/L2525M-J40 25 25 40 150 62.8 26 SCAM080260H TH60LH 7.0 0.60 ● ● GTER/L3232P-J24 32 32 24 170 54.8 33 SCAM080260H TH60LH 7.0 1.16 ● ● GTER/L3232P-J32 32 32 32 170 54.8 33 SCAM080260H TH60LH 7.0 1.23 ● ● GTER/L3232P-J40 32 32 40 170 62.8 33 SCAM080260H TH60LH 7.0 1.12 ● ● E[WHUQDODiameter Tool Holder The diagram shows the right hand ●Stock ○Available Upon Order Parting OٳDQGGrooving Tool Holders-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 026 027 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX CUTDIA LF LH WF R L GTER/L1212F-BD16-S B 12 12 8 16 85 19.5 12.45 SI60M040160-05718H TT15PH 3.0 0.09 ● ● GTER/L1212JX-BD16-S 12 12 8 16 120 19.5 12.45 SI60M040160-05718H TT15PH 3.0 0.13 ● ● GTER/L1212F-BD24-S 12 12 12 24 85 19.5 12.15 SI60M040160-05718H TT15PH 3.0 0.09 ● ● GTER/L1212JX-BD24-S 12 12 12 24 120 19.5 12.15 SI60M040160-05718H TT15PH 3.0 0.13 ● ● GTER/L1616JX-BD16-S 16 16 8 16 120 19.5 11.90 SI60M040160-05718H TT15PH 3.0 0.24 ● ● GTER/L1010F-CD24-S C 10 10 12 24 85 19.5 10.20 SI60M040160-05718H TT15PH 3.0 0.06 ● ● GTER/L1212F-CD24-S 12 12 12 24 85 19.5 12.20 SI60M040160-05718H TT15PH 3.0 0.09 ● ● GTER/L1212JX-CD24-S 12 12 12 24 120 19.5 12.20 SI60M040160-05718H TT15PH 3.0 0.13 ● ● GTER/L1616JX-CD16-S 16 16 8 16 120 24.5 16.00 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1616JX-CD24-S 16 16 12 24 120 24.5 16.00 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1616JX-CD32-S 16 16 16 32 120 24.5 16.20 SI60M040160-05718H TT15PH 3.0 0.21 ● ● GTER/L2020K-CD34-S 20 20 17 34 125 32.5 20.20 SCAM050160H① TH40LH② 4.0 0.36 ○ ● GTER/L1212F-DD24-S D 12 12 12 24 85 19.5 12.25 SI60M040160-05718H TT15PH 3.0 0.13 ○ ○ GTER/L1212JX-DD24-S 12 12 12 24 120 19.5 12.25 SI60M040160-05718H TT15PH 3.0 0.13 ● ● GTER/L1616JX-DD32-S 16 16 16 32 120 24.5 16.25 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1212JX-ED24-S E 12 12 12 24 120 19.5 12.30 SI60M040160-05718H TT15PH 3.0 0.13 ● ● GTER/L1616JX-ED16-S 16 16 8 16 120 24.5 16.30 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1616JX-ED32-S 16 16 16 32 120 24.5 16.30 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1616JX-ED34-S 16 16 17 34 120 24.5 16.30 SI60M040160-05718H TT15PH 3.0 0.22 ● ● GTER/L1616JX-ED38-S 16 16 19 38 120 29 16.30 SI60M040160-05718H TT15PH 3.0 0.22 ○ ○ GTER/L2012JX-ED42-S 20 12 21 42 120 31 16.30 SI60M050160-07214H TT20PH 3.5 0.20 ○ ○ GTER/L2020JX-ED42-S 20 20 21 42 120 31 12.30 SI60M050160-07214H TT20PH 3.5 0.20 ● ● ①+H[VRFNHWVFUHZ② L-wrench E[WHUQDODiameter Tool Holder The diagram shows the right hand Dedicated for Automatic Lathe ●Stock ○Available Upon Order Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mended Torque （NM） Weight (KG) In Stock H=HF B CDX DAXIN DAXX LF LH WF R L GTFR/L2020K-E12-D38 E 20 20 12 38 48 125 32 21 SCAM050200H TH40LH 4.0 0.38 ● ● GTFR/L2020K-E12-D42 20 20 12 42 60 125 32 21 SCAM050200H TH40LH 4.0 0.38 ● ● GTFR/L2020K-E12-D54 20 20 12 54 75 125 32 21 SCAM050200H TH40LH 4.0 0.38 ● ● GTFR/L2020K-E12-D67 20 20 12 67 100 125 32 21 SCAM050200H TH40LH 4.5 0.38 ○ ○ GTFR/L2020K-E12-D90 20 20 12 90 130 125 32 21 SCAM050200H TH40LH 4.5 0.38 ● ○ GTFR/L2020K-E12-D130 20 20 12 130 300 125 32 21 SCAM050200H TH40LH 4.5 0.37 ○ ○ GTFR/L2525M-E18-D38 25 25 18 38 48 150 40 26 SCAM060200H TH50LH 5.0 0.68 ● ● GTFR/L2525M-E18-D42 25 25 18 42 60 150 40 26 SCAM060200H TH50LH 5.0 0.68 ● ● GTFR/L2525M-E18-D54 25 25 18 54 75 150 40 26 SCAM060200H TH50LH 5.0 0.68 ● ● GTFR/L2525M-E18-D67 25 25 18 67 100 150 40 26 SCAM060200H TH50LH 5.0 0.68 ● ● GTFR/L2525M-E18-D90 25 25 18 90 130 150 40 26 SCAM060200H TH50LH 5.0 0.67 ● ● GTFR/L2525M-E18-D130 25 25 18 130 300 150 40 26 SCAM060200H TH50LH 5.0 0.67 ● ● GTFR/L2020K-F12-D40 F 20 20 12 40 60 125 34 21 SCAM050200H TH40LH 4.5 0.39 ● ● GTFR/L2020K-F12-D52 20 20 12 52 72 125 34 21 SCAM050200H TH40LH 4.5 0.38 ● ● GTFR/L2020K-F12-D64 20 20 12 64 100 125 34 21 SCAM050200H TH40LH 4.5 0.38 ○ ○ GTFR/L2020K-F12-D92 20 20 12 92 140 125 34 21 SCAM050200H TH40LH 4.5 0.38 ○ ○ GTFR/L2020K-F12-D132 20 20 12 132 230 125 34 21 SCAM050200H TH40LH 5.0 0.38 ○ ○ GTFR/L2020K-F12-D220 20 20 12 220 500 125 34 21 SCAM050200H TH40LH 5.0 0.38 ○ ○ GTFR/L2525M-F12-D40 25 25 12 40 60 150 34 26 SCAM060200H TH50LH 5.5 0.71 ● ● GTFR/L2525M-F12-D52 25 25 12 52 72 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-F12-D64 25 25 12 64 100 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-F12-D92 25 25 12 92 140 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-F12-D132 25 25 12 132 230 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-F12-D220 25 25 12 220 500 150 34 26 SCAM060200H TH50LH 5.5 0.69 ● ● GTFR/L2525M-F12-D300 25 25 12 300 1100 150 34 26 SCAM060200H TH50LH 5.5 0.69 ● ● Face Holder-linear The diagram shows the right hand ●Stock ○Available Upon Order Parting OٳDQGGrooving Tool Holders-GT Series Parting OٳDQGGrooving Tool Holders-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 028 029 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mended Torque （NM） Weight (KG) In Stock H=HF B CDX DAXIN DAXX LF LH WF R L GTFR/L2525M-G12-D40 G 25 25 12 40 70 150 34 26 SCAM060200H TH50LH 5.5 0.71 ● ● GTFR/L2525M-G12-D60 25 25 12 60 95 150 34 26 SCAM060200H TH50LH 5.5 0.71 ● ● GTFR/L2525M-G12-D85 25 25 12 85 130 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-G12-D120 25 25 12 120 180 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-G12-D175 25 25 12 175 500 150 34 26 SCAM060200H TH50LH 5.5 0.70 ● ● GTFR/L2525M-H12-D40 H 25 25 12 40 70 150 35 26 SCAM060200H TH50LH 5.5 0.71 ● ● GTFR/L2525M-H12-D58 25 25 12 58 100 150 35 26 SCAM060200H TH50LH 5.5 0.71 ● ● GTFR/L2525M-H12-D88 25 25 12 88 180 150 35 26 SCAM060200H TH50LH 6.0 0.70 ● ● GTFR/L2525M-H12-D168 25 25 12 168 400 150 35 26 SCAM060200H TH50LH 6.0 0.70 ● ● GTFR/L2525M-J15-D75 J 25 25 15 75 115 150 39 26 SCAM080260H TH60LH 7.0 0.70 ● ● GTFR/L2525M-J15-D110 25 25 15 110 150 150 39 26 SCAM080260H TH60LH 7.0 0.70 ● ● GTFR/L2525M-J15-D140 25 25 15 140 1100 150 39 26 SCAM080260H TH60LH 7.0 0.69 ● ● GTFR/L2525M-J24-D50 25 25 24 50 80 150 55 26 SCAM080260H TH60LH 7.0 0.69 ● ● GTFR/L2525M-J24-D75 25 25 24 75 115 150 55 26 SCAM080260H TH60LH 7.0 0.68 ● ● GTFR/L2525M-J24-D110 25 25 24 110 150 150 55 26 SCAM080260H TH60LH 7.0 0.68 ● ● GTFR/L2525M-J24-D140 25 25 24 140 1100 150 55 26 SCAM080260H TH60LH 7.0 0.67 ● ● GTFR/L3225P-J24-D110 32 25 24 110 150 170 55 26 SCAM080260H TH60LH 7.0 0.98 ○ ○ GTFR/L3225P-J24-D140 32 25 24 140 540 170 55 26 SCAM080260H TH60LH 7.0 1.24 ● ○ Face Holder-linear The diagram shows the right hand ●Stock ○Available Upon Order Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mended Torque （NM） Weight (KG) In Stock H=HF B CDX DAXIN DAXX LF LH WF R L GTFPR/L2525M-E09-D70 E 25 25 9 70 100 150 24 35.5 SCAM060200H TH50LH 5.5 0.78 ● ○ GTFPR/L2525M-E09-D110 25 25 9 110 170 150 24 35.5 SCAM060200H TH50LH 5.5 0.78 ● ● GTFPR/L2525M-F12-D40 F 25 25 12 40 60 150 24 38.5 SCAM060200H TH50LH 5.5 0.77 ● ● GTFPR/L2525M-F12-D52 25 25 12 52 72 150 24 38.5 SCAM060200H TH50LH 5.5 0.77 ● ● GTFPR/L2525M-F12-D64 25 25 12 64 100 150 24 38.5 SCAM060200H TH50LH 5.5 0.77 ● ● GTFPR/L2525M-F12-D92 25 25 12 92 140 150 24 38.5 SCAM060200H TH50LH 5.5 0.77 ● ● GTFPR/L2525M-F12-D132 25 25 12 132 230 150 24 38.5 SCAM060200H TH50LH 5.5 0.76 ● ○ GTFPR/L2525M-F12-D220 25 25 12 220 500 150 24 38.5 SCAM060200H TH50LH 5.5 0.76 ● ○ GTFPR/L2525M-F12-D300 25 25 12 300 1100 150 24 38.5 SCAM060200H TH50LH 5.5 0.76 ● ○ GTFPR/L2525M-G15-D70 G 25 25 15 70 100 150 24 41.5 SCAM060200H TH50LH 5.5 0.79 ● ○ GTFPR/L2525M-G15-D110 25 25 15 110 170 150 24 41.5 SCAM060200H TH50LH 5.5 0.78 ● ○ GTFPR/L2525M-H18-D168 H 25 25 18 168 400 150 32 44.5 SCAM060200H TH50LH 6.0 0.78 ● ○ GTFPR/L2525M-J20-D50 J 25 25 20 50 80 150 32 46.5 SCAM080260H TH60LH 7.0 0.79 ● ○ GTFPR/L2525M-J20-D75 25 25 20 75 115 150 32 46.5 SCAM080260H TH60LH 7.0 0.78 ● ○ GTFPR/L2525M-J20-D110 25 25 20 110 150 150 32 46.5 SCAM080260H TH60LH 7.0 0.78 ● ○ GTFPR/L2525M-J20-D140 25 25 20 140 630 150 32 46.5 SCAM080260H TH60LH 7.0 0.76 ● ○ GTFPR/L3225P-J20-D110 32 25 20 110 150 170 32 46.5 SCAM080260H TH60LH 7.0 1.12 ● ○ GTFPR/L3225P-J20-D140 32 25 20 140 630 170 32 46.5 SCAM080260H TH60LH 7.0 1.10 ● ○ Face Holder-vertical The diagram shows the right hand ●Stock ○Available Upon Order Parting OٳDQGGrooving Tool Holders-GT Series Parting OٳDQGGrooving Tool Holders-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 030 031 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mended Torque （NM） Weight (KG) In Stock DMIN DCONMS CDX WF LF LH H R L GTIR/L3220Q-B05 B 32 20 5 15.0 180 30 18 SI60M040140-05718H① TT15PH② 3.5 0.37 ● ● GTIR/L3220Q-C06 C 32 20 6 16.0 180 30 18 SI60M040140-05718H① TT15PH② 3.5 0.37 ● ● GTIR/L3225R-C06 32 25 6 18.5 200 35 23 SCAM040160H TH30LH 3.5 0.65 ● ● GTIR/L4032S-C09 40 32 9 25.0 250 45 30 SCAM040160H TH30LH 4.0 1.40 ● ● GTIR/L3220Q-E06 E 32 20 6 16.0 180 30 18 SI60M040140-05718H① TT15PH② 4.0 0.37 ● ● GTIR/L3225R-E09 32 25 9 21.5 200 35 23 SCAM050160H TH40LH 4.5 0.64 ● ● GTIR/L4032S-E09 40 32 9 25.0 250 45 30 SCAM050160H TH40LH 4.5 1.40 ● ● GTIR/L5040T-E12 50 40 12 32.0 300 55 38 SCAM050200H TH40LH 4.5 2.61 ● ● GTIR/L3225R-F09 F 32 25 9 21.5 200 35 23 SCAM050160H TH40LH 4.5 0.63 ● ● GTIR/L4032S-F10 40 32 10 26.0 250 45 30 SCAM060160H TH50LH 5.0 1.39 ● ● GTIR/L5040T-F12 50 40 12 32.0 300 55 38 SCAM060200H TH50LH 5.0 2.61 ● ● GTIR/L6050U-F13 60 50 13 38.0 350 65 48 SCAM060250H TH50LH 5.0 4.93 ● ● GTIR/L3225R-G09 G 32 25 9 21.5 200 35 23 SCAM050160H TH40LH 4.5 0.64 ● ● GTIR/L4032S-G11 40 32 11 27.0 250 45 30 SCAM060160H TH50LH 5.0 1.38 ● ● GTIR/L5040T-G12 50 40 12 32.0 300 55 38 SCAM060200H TH50LH 5.5 2.61 ● ● GTIR/L6050U-G13 60 50 13 38.0 350 65 48 SCAM060250H TH50LH 5.5 4.93 ● ● GTIR/L5040T-H12 H 50 40 12 32.0 300 55 38 SCAM060200H TH50LH 5.5 2.61 ● ● GTIR/L6050U-H13 60 50 13 38.0 350 65 48 SCAM060250H TH50LH 5.5 4.93 ● ● Tool Holder with Internal Hole The diagram shows the right hand ①7RU[VFUHZ② Flag-shaped wrench ●Stock ○Available Upon Order Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX LF LH WF R L GTER/L2020K-E20-C E 20 20 20 125 44.8 21 SCAM050200H TH40LH 4.0 0.32 ● ● GTER/L2525M-E20-C 25 25 20 150 44.8 26 SCAM060200H TH50LH 4.5 0.61 ● ● GTER/L2525M-F25-C F 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.59 ● ● GTER/L2525M-G25-C G 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.59 ● ● GTER/L2525M-H25-C H 25 25 25 150 47 26 SCAM060200H TH50LH 4.5 0.60 ● ● GTER/L3232P-J24-C J 32 32 24 170 54.8 33 SCAM060200H TH50LH 7.0 1.19 ● ● 5HFRPPHQGHGPD[LPXPFRROLQJٵXLGSUHVVXUHEDU E[WHUQDODiameter Tool Holder-high-pressure Internal Cooling The diagram shows the right hand ●Stock ○Available Upon Order Parting OٳDQGGrooving Tool Holders-GT Series Parting OٳDQGGrooving Tool Holders-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 032 033 TURNING TOOLS A TURNING TOOLS A Order No. Tool Apron Code SSC Dimensions (mm) Screw Wrench Recom- mend- ed Torque (NM) Weight (KG) In Stock H=HF B CDX CUTDIA LF LH WF R L GTER/L1212H-CD24-SC C 12 12 12 24 100 22.5 12.2 SI60M040160-05718H TT15PH 3.0 0.10 ● ● GTER/L1616H-CD32-SC 16 16 16 32 100 26.5 16.2 SI60M040160-05718H TT15PH 3.0 0.17 ● ● GTER/L1212H-ED24-SC E 12 12 12 24 100 22.5 12.3 SI60M040160-05718H TT15PH 3.0 0.10 ● ● GTER/L1616H-ED32-SC 16 16 16 32 100 26.5 16.3 SI60M040160-05718H TT15PH 3.0 0.17 ● ● 5HFRPPHQGHGPD[LPXPFRROLQJٵXLGSUHVVXUHEDU E[WHUQDODiameter Tool Holder-high-pressure Internal Cooling The diagram shows the right hand Dedicated for Automatic Lathe ●Stock ○Available Upon Order ⊙ Radial Infeed ⊙ Radial Infeed ⊙ Radial Infeed ⊙ Radial Infeed ⊙ Radial Infeed CW (mm) CW (mm) fn(mm/r) fn(mm/r) GT-FC GT-MC CW (mm) CW (mm) GT-RC GT-OC fn(mm/r) fn(mm/r) CW (mm) ap (mm) GT-FG fn(mm/r) fn(mm/r) CW ⊙$[LDO)HHG Recommended Cutting Data GT Series Parting OٳDQGGrooving Tool Holders-GT Series

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 3DUWLQJ2ٳDQG*URRYLQJ7RROV TURNING TOOLS 034 035 TURNING TOOLS A TURNING TOOLS A ⊙$[LDO)HHG ⊙$[LDO)HHG ⊙$[LDO)HHG⊙ Radial Infeed ⊙ Radial Infeed ⊙ Radial Infeed CW (mm) ap (mm) GT-MG fn(mm/r) fn(mm/r) CW CW (mm) ap (mm) GT-FT fn(mm/r) fn(mm/r) CW CW (mm) ap (mm) GT-MT fn(mm/r) fn(mm/r) CW Recommended Cutting Data GT Series ⊙$[LDO)HHG⊙ Radial Infeed CW (mm) ap (mm) GT-OT fn(mm/r) fn(mm/r) CW CW (mm) ap (mm) GT-MR fn(mm/r) fn(mm/r) CW CW (mm) ap (mm) GT-OR fn(mm/r) fn(mm/r) CW Recommended Cutting Data GT Series ⊙$[LDO)HHG ⊙$[LDO)HHG⊙ Radial Infeed ⊙ Radial Infeed

TURNING TOOLS 3DUWLQJ2ٳDQG*URRYLQJ7RROV 036 TURNING TOOLS A ISO Workpiece Material Hardness (HB) Cutting Speed Vc (m/min) Carbon Steel 80–250 100 (60-165) 140 (100-250) 100 (60-160) 115 (80-190) 150 (110-260) 120 (90-200) Low Alloy Steel 140–260 95 (45-155) 130 (80-230) 95 (45-150) 110 (60-170) 140 (90-240) 115 (70-185) High Alloy Steel 180–300 90 (45-145) 120 (80-220) 90 (45-140) 105 (60-160) 130 (80-230) 110 (65-170) Cast Steel 180–300 80 (40-125) 110 (45-180) 80 (40-120) 95 (40-150) 115 (50-190) 100 (40-150) Ferritic Martensitic 150–270 90 (45-130) 105 (60-160) 110 (65-170) Austenitic 150–270 95 (45-140) 110 (60-165) 115 (70-180) Malleable Cast Iron 150–230 130 (95-230) 110 (75-185) 140 (100-240) 115 (85-195) Grey Cast Iron 150–230 120 (95-215) 105 (65-165) 130 (100-230) 110 (75-180) Nodular Cast Iron 160–260 110 (70-210) 100 (55-155) 120 (70-220) 105 (60-165) High-tem- perature Alloy 130–400 35 (15-60) 40 (30-70) Titanium Alloy 130–400 35 (20-60) 40 (35-70) GM1230 GP1120 GAT7125 GST7135 GK1115 GST7115 Recommended Cutting Data MEMO

MILLING W ● Optimized for high-performance machining of steel, stainless steel, cast iron, and pre- hardened steel (≤52HRC) ● High-precision models for high-speed and high-accuracy mold machining ● High-toughness substrate with AlCr coating for extended tool life High-Performance Endmills in General Machining UP300

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 040 041 MILLING B MILLING B Applicable Machining Materials Teeth Shape of End Cutting Edge Coating Tool Name and Outline Series Model Range of Sizes Size Table Page Cutting Data Page Workpiece Material 1 2 3 4 5 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4 Carbon Steel, Alloy Steel Alloy Steel Stainless Steel Cast Iron Aluminum Alloy Copper Alloy Graphite and Composite Material High- temperature Alloy Titanium Alloy Hardness Steel Hardness Steel Hardness Steel ＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC Steel Cast Iron UP300 4 Square AICrXN 4 Flutes, Square UP300-S4 D1 ～ D20 42 66 ◎ ◎ ○ ◎ 4 AICrXN 4 Flutes, Corner Radius UP300-R4 D1 ～ D20 45 66 ◎ ◎ ○ ◎ 2 AICrXN 2 Flutes, Ballnose UP300-B2 R0.3 ～ R10 48 67 ◎ ◎ ○ ◎ ○ 4 AICrXN 4 Flutes, Corner Radius, High Precision UP300-HP-R4 D4 ～ D12 50 67 ◎ ◎ ○ ◎ ○ 4 AICrXN 4 Flutes with Long Neck, Corner Radius, High Precision UP300-HP-RN4 D1 ～ D4 52 67 ◎ ◎ ○ ◎ ○ 2 AICrXN 2 Flutes, Ballnose, High Precision UP300-HP-B2 R0.5 ～ R6 53 68 ◎ ◎ ○ ◎ ○ 2 AICrXN 2 Flutes with Long Neck, Ballnose, High Precision UP300-HP-BN2 R0.15 ～ R2 54 68 ◎ ◎ ○ ◎ ○ 4 Chamfer Square AICrXN 4 Flutes, Square, Keyway UP300-S-S4 D1.9 ～ D11.8 57 68 ◎ ◎ ○ ◎ 4 Chamfer AICrXN 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HA D2 ～ D20 59 66 ◎ ◎ ○ ◎ 4 Chamfer AICrXN 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HB D2 ～ D20 61 66 ◎ ◎ ○ ◎ 4 AICrXN 4 Flutes with Long Neck, Corner Radius UP300-RN4-HB D2 ～ D20 63 66 ◎ ◎ ○ ◎ 2 AICrXN 2 Flutes, Ballnose UP300-B2-HA R0.5 ～ R10 65 67 ◎ ◎ ○ ◎ ○ Tool Series Catalog (by series) ◎ Most Suitable ○ Suitable

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 042 043 MILLING B MILLING B 4 Flutes, Square UP300-S4 Order No. D Lc L d Figure No. Stock UP300-S4-01003 1 3 50 4 1 ● UP300-S4-01505 1.5 5 50 4 1 ● UP300-S4-02006 2 6 50 4 1 ● UP300-S4-02508 2.5 8 50 4 1 ● UP300-S4-33009 3 9 50 3 2 ● UP300-S4-03009 3 9 50 4 1 ● UP300-S4-03015 3 15 60 4 1 ● UP300-S4-63009 3 9 50 6 1 ● UP300-S4-03510 3.5 10 50 4 1 ● UP300-S4-04011 4 11 50 4 2 ● UP300-S4-04020 4 20 60 4 2 ● UP300-S4-64011 4 11 50 6 1 ● UP300-S4-64011A 4 11 75 6 1 ● UP300-S4-05013 5 13 50 6 1 ● UP300-S4-06016 6 16 50 6 2 ● UP300-S4-06016A 6 16 75 6 2 ● UP300-S4-06035 6 35 75 6 2 ● UP300-S4-06035A 6 35 100 6 2 〇 ◎ Most Suitable ○ Suitable D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) UP300-S4 4 Flutes, Square Order No. D Lc L d Figure No. Stock UP300-S4-07020 7 20 60 8 1 ● UP300-S4-08020 8 20 60 8 2 ● UP300-S4-08025 8 25 60 8 2 ● UP300-S4-08035 8 35 75 8 2 〇 UP300-S4-08035A 8 35 100 8 2 〇 UP300-S4-09023 9 23 75 10 1 ● UP300-S4-10025 10 25 75 10 2 ● UP300-S4-10025A 10 25 100 10 2 ● UP300-S4-10030 10 30 100 10 2 ● UP300-S4-10035 10 35 75 10 2 ● UP300-S4-10040 10 40 100 10 2 ● UP300-S4-10045 10 45 100 10 2 ● UP300-S4-11028 11 28 75 12 1 ● UP300-S4-12030 12 30 75 12 2 ● UP300-S4-12035 12 35 75 12 2 ● UP300-S4-12050 12 50 100 12 2 ● UP300-S4-14032 14 32 75 14 2 ● UP300-S4-14034 14 34 100 14 2 ● ◎ Most Suitable ○ Suitable Continued AICrXN AICrXNSHANK h6 SHANK h6 4 4Helix 35° Helix 35° Square Square ●Stock ○Available Upon Order D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 044 045 MILLING B MILLING B UP300-S4 Order No. D Lc L d Figure No. Stock UP300-S4-14045 14 45 100 14 2 ● UP300-S4-15036 15 36 100 16 1 〇 UP300-S4-16036 16 36 100 16 2 ● UP300-S4-16040 16 40 100 16 2 ● UP300-S4-16045 16 45 100 16 2 ● UP300-S4-16060 16 60 120 16 2 ● UP300-S4-18045 18 45 100 18 2 ● UP300-S4-20045 20 45 100 20 2 ● UP300-S4-20050 20 50 100 20 2 ● UP300-S4-20070 20 70 150 20 2 ● UP300-S4-20080 20 80 150 20 2 ● ◎ Most Suitable ○ Suitable 4 Flutes, Square Continued 4 Flutes, Corner Radius UP300-R4 Order No. D Lc R L d Figure No. Stock UP300-R4-01002 1 3 0.2 50 4 1 ● UP300-R4-01502 1.5 5 0.2 50 4 1 ● UP300-R4-02002 2 6 0.2 50 4 1 ● UP300-R4-02005 2 6 0.5 50 4 1 ● UP300-R4-02505 2.5 8 0.5 50 4 1 ● UP300-R4-03002 3 9 0.2 50 4 1 ● UP300-R4-03005 3 9 0.5 50 4 1 ● UP300-R4-04002 4 11 0.2 50 4 2 ● UP300-R4-04002A 4 11 0.2 75 4 2 ● UP300-R4-04003 4 11 0.3 50 4 2 ● UP300-R4-64003 4 11 0.3 50 6 1 〇 UP300-R4-04005 4 11 0.5 50 4 2 ● UP300-R4-04005A 4 11 0.5 75 4 2 ● UP300-R4-05005 5 13 0.5 50 6 1 ● UP300-R4-06002 6 16 0.2 50 6 2 ● UP300-R4-06002A 6 16 0.2 75 6 2 ● UP300-R4-06003 6 16 0.3 50 6 2 ● UP300-R4-06005 6 16 0.5 50 6 2 ● ◎ Most Suitable ○ Suitable AICrXNSHANK h6 4 Helix 35° Square AICrXNSHANK h6 4 Helix 35° D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) ●Stock ○Available Upon Order D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 046 047 MILLING B MILLING B UP300-R4 Order No. D Lc R L d Figure No. Stock UP300-R4-06005A 6 16 0.5 75 6 2 ● UP300-R4-06010 6 16 1 50 6 2 ● UP300-R4-06010A 6 16 1 75 6 2 〇 UP300-R4-06020 6 16 2 50 6 2 ● UP300-R4-08002 8 20 0.2 75 8 2 ● UP300-R4-08005 8 20 0.5 60 8 2 ● UP300-R4-08005A 8 20 0.5 75 8 2 ● UP300-R4-08005B 8 20 0.5 100 8 2 ● UP300-R4-08010 8 20 1 60 8 2 ● UP300-R4-08010A 8 20 1 75 8 2 ● UP300-R4-08010B 8 20 1 100 8 2 〇 UP300-R4-08020 8 20 2 60 8 2 ● UP300-R4-10002 10 25 0.2 100 10 2 ● UP300-R4-10003 10 25 0.3 75 10 2 ● UP300-R4-10005 10 25 0.5 75 10 2 ● UP300-R4-10005A 10 25 0.5 100 10 2 ● UP300-R4-10010 10 25 1 75 10 2 ● UP300-R4-10015 10 25 1.5 75 10 2 ● Continued 4 Flutes, Corner Radius ◎ Most Suitable ○ Suitable UP300-R4 Order No. D Lc R L d Figure No. Stock UP300-R4-10020 10 25 2 75 10 2 ● UP300-R4-10020A 10 25 2 100 10 2 ● UP300-R4-12005 12 30 0.5 75 12 2 ● UP300-R4-12010 12 30 1 75 12 2 ● UP300-R4-12020 12 30 2 75 12 2 ● UP300-R4-12030 12 30 3 75 12 2 ● UP300-R4-14010 14 32 1 100 14 2 ● UP300-R4-14020 14 32 2 100 14 2 ● UP300-R4-16005 16 36 0.5 100 16 2 ● UP300-R4-16010 16 36 1 100 16 2 ● UP300-R4-16020 16 36 2 100 16 2 ● UP300-R4-16030 16 36 3 100 16 2 ● UP300-R4-20010 20 45 1 100 20 2 ● Continued 4 Flutes, Corner Radius ◎ Most Suitable ○ Suitable AICrXNSHANK h6 4 Helix 35° AICrXNSHANK h6 4 Helix 35° D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) ●Stock ○Available Upon Order D Tolerance D≤12 0 -0.02 D＞12 0 -0.03 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 048 049 MILLING B MILLING B 2 Flutes, Ballnose UP300-B2 Order No. D R Lc L d Figure No. Stock UP300-B2-00601 0.6 0.3 1.2 50 4 1 ● UP300-B2-01002 1 0.5 2 50 4 1 ● UP300-B2-01503 1.5 0.75 3 50 4 1 ● UP300-B2-02004 2 1 4 50 4 1 ● UP300-B2-62004 2 1 4 50 6 1 ● UP300-B2-02505 2.5 1.25 5 50 4 1 ● UP300-B2-33006 3 1.5 6 50 3 2 ● UP300-B2-03006 3 1.5 6 50 4 1 ● UP300-B2-03006A 3 1.5 6 75 4 1 ● UP300-B2-63006 3 1.5 6 50 6 1 ● UP300-B2-03506 3.5 1.75 6 50 4 1 ● UP300-B2-04008 4 2 8 50 4 2 ● UP300-B2-64008 4 2 8 50 6 1 ● UP300-B2-04008A 4 2 8 75 4 2 ● UP300-B2-05010 5 2.5 10 50 6 1 ● UP300-B2-06012 6 3 12 50 6 2 ● UP300-B2-06012A 6 3 12 60 6 2 ● UP300-B2-06012B 6 3 12 100 6 2 ● ◎ Most Suitable ○ Suitable R Tolerance R≤1.5 ±0.010 R>1.5 ±0.015 Unit (mm) 2 Flutes, Ballnose UP300-B2 Order No. D R Lc L d Figure No. Stock UP300-B2-07014 7 3.5 14 60 8 1 ● UP300-B2-08014 8 4 14 60 8 2 ● UP300-B2-10018 10 5 18 75 10 2 ● UP300-B2-12022 12 6 22 75 12 2 ● UP300-B2-16030 16 8 30 100 16 2 ● UP300-B2-16030A 16 8 30 110 16 2 〇 UP300-B2-20038 20 10 38 100 20 2 ● UP300-B2-20040 20 10 40 120 20 2 〇 ◎ Most Suitable ○ Suitable Continued AICrXNSHANK h6 Helix 30° AICrXNSHANK h6 Helix 30° ●Stock ○Available Upon Order R Tolerance R≤1.5 ±0.010 R>1.5 ±0.015 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 050 051 MILLING B MILLING B 4 Flutes, Corner Radius, High Precision UP300-HP-R4 Order No. D Lc R L d Figure No. Stock UP300-HP-R4-04002 4 11 0.2 50 4 2 ● UP300-HP-R4-04005 4 11 0.5 50 4 2 ● UP300-HP-R4-64005 4 11 0.5 50 6 1 ● UP300-HP-R4-06002 6 16 0.2 75 6 2 ● UP300-HP-R4-06002A 6 16 0.2 50 6 2 ● UP300-HP-R4-06002B 6 16 0.2 60 6 2 ● UP300-HP-R4-06005 6 16 0.5 60 6 2 ● UP300-HP-R4-06005A 6 16 0.5 75 6 2 ● UP300-HP-R4-06005B 6 16 0.5 50 6 2 ● UP300-HP-R4-08002 8 20 0.2 75 8 2 ● UP300-HP-R4-08005 8 20 0.5 75 8 2 ● UP300-HP-R4-08005A 8 20 0.5 60 8 2 ● UP300-HP-R4-08005B 8 20 0.5 100 8 2 ● UP300-HP-R4-08010 8 20 1 75 8 2 ● UP300-HP-R4-10002 10 25 0.2 100 10 2 ● UP300-HP-R4-10005 10 25 0.5 100 10 2 ● UP300-HP-R4-10005A 10 25 0.5 75 10 2 ● UP300-HP-R4-10010 10 25 1 100 10 2 ● ◎ Most Suitable ○ Suitable D D Tolerance R Tolerance D≤4 0 -0.01 ±0.005 4＜D≤12 0 -0.015 Unit (mm) 4 Flutes, Corner Radius, High Precision UP300-HP-R4 Order No. D Lc R L d Figure No. Stock UP300-HP-R4-12005 12 30 0.5 100 12 2 ● UP300-HP-R4-12005A 12 30 0.5 120 12 2 ● UP300-HP-R4-12010 12 30 1 100 12 2 ● ◎ Most Suitable ○ Suitable Continued AICrXN AICrXN4 4SHANK h6 SHANK h6Helix 35° Helix 35° ●Stock ○Available Upon Order D D Tolerance R Tolerance D≤4 0 -0.01 ±0.005 4＜D≤12 0 -0.015 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 052 053 MILLING B MILLING B 4 Flutes with Long Neck, Corner Radius, High Precision UP300-HP-RN4 Order No. D Lc R L1 d2 L d Figure No. Stock UP300-HP-RN4-01004 1 1.5 0.2 4 0.96 50 4 1 ● UP300-HP-RN4-01006 1 1.5 0.2 6 0.96 50 4 1 ● UP300-HP-RN4-01506 1.5 2.3 0.2 6 1.44 50 4 1 ● UP300-HP-RN4-01508 1.5 2.3 0.2 8 1.44 50 4 1 ● UP300-HP-RN4-01510 1.5 2.3 0.2 10 1.44 50 4 1 ● UP300-HP-RN4-02008 2 3 0.2 8 1.92 50 4 1 ● UP300-HP-RN4-02010 2 3 0.2 10 1.92 50 4 1 ● UP300-HP-RN4-03012 3 4.5 0.2 12 2.88 50 4 1 ● UP300-HP-RN4-03012A 3 4.5 0.5 12 2.88 50 4 1 ● UP300-HP-RN4-63012 3 4.5 0.5 12 2.88 60 6 1 ● UP300-HP-RN4-63012A 3 4.5 0.2 12 2.88 60 6 1 ● UP300-HP-RN4-63016 3 4.5 0.5 16 2.88 60 6 1 ● UP300-HP-RN4-64012 4 6 0.5 12 3.86 60 6 1 ● UP300-HP-RN4-64016 4 6 0.5 16 3.86 60 6 1 ● UP300-HP-RN4-64016A 4 6 0.2 16 3.86 60 6 1 ● UP300-HP-RN4-64020 4 6 0.5 20 3.86 60 6 1 ● ◎ Most Suitable ○ Suitable D D Tolerance R Tolerance D≤4 0 -0.01 ±0.005 Unit (mm) 2 Flutes, Ballose, High Precision UP300-HP-B2 Order No. D R Lc L d Figure No. Stock UP300-HP-B2-01001 1 0.5 1 50 4 1 ● UP300-HP-B2-61001 1 0.5 1 75 6 1 〇 UP300-HP-B2-02002 2 1 2 50 4 1 ● UP300-HP-B2-62002 2 1 2 75 6 1 〇 UP300-HP-B2-04004 4 2 4 50 4 2 ● UP300-HP-B2-64004 4 2 4 75 6 1 〇 UP300-HP-B2-06006 6 3 6 75 6 2 〇 UP300-HP-B2-06006A 6 3 6 50 6 2 ● UP300-HP-B2-08008B 8 4 8 75 8 2 ● UP300-HP-B2-08008C 8 4 8 60 8 2 ● UP300-HP-B2-08008D 8 4 8 100 8 2 ● UP300-HP-B2-10010 10 5 10 100 10 2 ● UP300-HP-B2-10010A 10 5 10 75 10 2 ● UP300-HP-B2-12012 12 6 12 100 12 2 ● UP300-HP-B2-12012A 12 6 12 75 12 2 ● ◎ Most Suitable ○ Suitable R Tolerance R≤3 ±0.005 3＜R≤6 ±0.007 Unit (mm) AICrXN4 AICrXNSHANK h6 Helix 35° SHANK h6 Helix 30° ●Stock ○Available Upon Order ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 054 055 MILLING B MILLING B 2 Flutes with Long Neck, Ballnose, High Precision UP300-HP-BN2 Order No. D R Lc L1 d2 L d Figure No. Stock UP300-HP-BN2-00301 0.3 0.15 0.24 1 0.27 50 4 1 ● UP300-HP-BN2-00301A 0.3 0.15 0.24 0.6 0.27 50 4 1 ● UP300-HP-BN2-00302A 0.3 0.15 0.24 1.5 0.27 50 4 1 ● UP300-HP-BN2-00401 0.4 0.2 0.32 1 0.37 50 4 1 ● UP300-HP-BN2-00402 0.4 0.2 0.32 2 0.37 50 4 1 ● UP300-HP-BN2-00501 0.5 0.25 0.4 1 0.47 50 4 1 ● UP300-HP-BN2-00502 0.5 0.25 0.4 2 0.47 50 4 1 ● UP300-HP-BN2-00503 0.5 0.25 0.4 3 0.47 50 4 1 ● UP300-HP-BN2-00504 0.5 0.25 0.4 4 0.47 50 4 1 ● UP300-HP-BN2-00601 0.6 0.3 0.48 1 0.57 50 4 1 ● UP300-HP-BN2-00602 0.6 0.3 0.48 2 0.57 50 4 1 ● UP300-HP-BN2-00603A 0.6 0.3 0.48 3 0.57 50 4 1 ● UP300-HP-BN2-00706 0.7 0.35 0.56 6 0.66 50 4 1 ● UP300-HP-BN2-00801 0.8 0.4 0.64 1.2 0.76 50 4 1 ● UP300-HP-BN2-00802 0.8 0.4 0.64 2 0.76 50 4 1 ● UP300-HP-BN2-00803 0.8 0.4 0.64 3 0.76 50 4 1 ● UP300-HP-BN2-00804 0.8 0.4 0.64 4 0.76 50 4 1 ● UP300-HP-BN2-01004 1 0.5 0.8 4 0.96 50 4 1 ● ◎ Most Suitable ○ Suitable R Tolerance R≤3 ±0.005 Unit (mm) R Tolerance R≤3 ±0.005 Unit (mm) 2 Flutes with Long Neck, Ballnose, High Precision UP300-HP-BN2 Order No. D R Lc L1 d2 L d Figure No. Stock UP300-HP-BN2-01008 1 0.5 0.8 8 0.96 50 4 1 ● UP300-HP-BN2-01504 1.5 0.75 1.2 4 1.44 50 4 1 ● UP300-HP-BN2-01506 1.5 0.75 1.2 6 1.44 50 4 1 ● UP300-HP-BN2-01508 1.5 0.75 1.2 8 1.44 50 4 1 ● UP300-HP-BN2-01510 1.5 0.75 1.2 10 1.44 50 4 1 ● UP300-HP-BN2-61506 1.5 0.75 1.2 6 1.44 60 6 1 ● UP300-HP-BN2-61508 1.5 0.75 1.2 8 1.44 60 6 1 ● UP300-HP-BN2-61510 1.5 0.75 1.2 10 1.44 60 6 1 ● UP300-HP-BN2-02006 2 1 1.6 6 1.92 50 4 1 ● UP300-HP-BN2-02008 2 1 1.6 8 1.92 50 4 1 ● UP300-HP-BN2-02010 2 1 1.6 10 1.92 50 4 1 ● UP300-HP-BN2-02012 2 1 1.6 12 1.92 50 4 1 ● UP300-HP-BN2-62006 2 1 1.6 6 1.92 60 6 1 ● UP300-HP-BN2-62008 2 1 1.6 8 1.92 60 6 1 ● UP300-HP-BN2-62010 2 1 1.6 10 1.92 60 6 1 ● UP300-HP-BN2-03012 3 1.5 2.4 12 2.88 50 4 1 ● UP300-HP-BN2-63012 3 1.5 2.4 12 2.88 60 6 1 ● UP300-HP-BN2-63016 3 1.5 2.4 16 2.88 60 6 1 ● ◎ Most Suitable ○ Suitable Continued AICrXN AICrXNSHANK h6 SHANK h6Helix 30° Helix 30° ●Stock ○Available Upon Order ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 056 057 MILLING B MILLING B UP300-HP-BN2 Order No. D R Lc L1 d2 L d Figure No. Stock UP300-HP-BN2-64012 4 2 3.2 12 3.86 60 6 1 ● UP300-HP-BN2-64016 4 2 3.2 16 3.86 60 6 1 ● UP300-HP-BN2-64020 4 2 3.2 20 3.86 60 6 1 ● UP300-HP-BN2-64020A 4 2 3.2 20 3.86 75 6 1 ● 2 Flutes with Long Neck, Ballnose, High Precision Continued ◎ Most Suitable ○ Suitable 4 Flutes, Square, Keyway UP300-S-S4 Order No. D Lc Tool Tip L1 d Figure No. Stock UP300-S-S4-01904 1.9 4 C0.05 50 4 1 ● UP300-S-S4-02505 2.5 5 - 50 6 1 ● UP300-S-S4-02804 2.8 4 C0.1 50 4 1 ● UP300-S-S4-02805 2.8 5 C0.1 50 6 1 ● UP300-S-S4-02906 2.9 6 C0.1 50 4 1 ● UP300-S-S4-03507 3.5 7 C0.1 50 6 1 ● UP300-S-S4-03807 3.8 7 C0.1 50 6 1 ● UP300-S-S4-04508 4.5 8 - 50 6 1 ● UP300-S-S4-04808 4.8 8 C0.1 50 6 1 ● UP300-S-S4-04808A 4.8 8 R0.2 50 6 2 ● UP300-S-S4-05514 5.5 14 - 50 6 1 ● UP300-S-S4-05710 5.75 10 R0.2 50 6 2 ● UP300-S-S4-05711A 5.75 11 C0.1 50 6 1 ● UP300-S-S4-05810 5.8 10 C0.1 50 6 1 ● UP300-S-S4-05810A 5.8 10 R0.2 50 6 2 ● UP300-S-S4-05811 5.8 11 C0.1 50 6 1 ● UP300-S-S4-06810 6.8 12 C0.1 60 8 1 ● UP300-S-S4-07410 7.4 10 C0.1 60 8 1 〇 UP300-S-S4-07710 7.7 10 C0.1 60 8 1 ● ◎ Most Suitable ○ Suitable D Tolerance D≤12 0 -0.02 Unit (mm) AICrXN4 Chamfer Square AICrXNSHANK h6 Helix 30° SHANK h6 Helix 35°/37° R Tolerance R≤3 ±0.005 Unit (mm) ●Stock ○Available Upon Order ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 058 059 MILLING B MILLING B UP300-S-S4 Order No. D Lc Tool Tip L1 d Figure No. Stock UP300-S-S4-07710A 7.7 10 R0.2 60 8 2 ● UP300-S-S4-07813 7.8 13 C0.1 60 8 1 ● UP300-S-S4-09810 9.8 14 C0.1 75 10 1 ● UP300-S-S4-11830 11.8 30 C0.1 75 12 1 ● 4 Flutes, Square, Keyway Continued ◎ Most Suitable ○ Suitable 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HA Order No. D Lc C L1 d2 L d Shank Figure No. Stock UP300-CN4-02002-HA 2 6 0.02 10 1.8 57 6 HA 1 〇 UP300-CN4-03003-HA 3 8 0.03 18 2.8 57 6 HA 1 〇 UP300-CN4-03013-HA 3 8 0.13 18 2.8 57 6 HA 1 〇 UP300-CN4-04004-HA 4 11 0.04 21 3.8 57 6 HA 1 〇 UP300-CN4-04018-HA 4 11 0.18 21 3.8 57 6 HA 1 〇 UP300-CN4-05005-HA 5 13 0.05 21 4.8 57 6 HA 1 〇 UP300-CN4-05020-HA 5 13 0.2 21 4.8 57 6 HA 1 〇 UP300-CN4-06006-HA 6 13 0.06 21 5.5 57 6 HA 2 〇 UP300-CN4-06020-HA 6 13 0.2 21 5.5 57 6 HA 2 〇 UP300-CN4-07007-HA 7 16 0.07 27 6.5 63 8 HA 1 〇 UP300-CN4-07020-HA 7 16 0.2 27 6.5 63 8 HA 1 〇 UP300-CN4-08008-HA 8 19 0.08 27 7.5 63 8 HA 2 〇 UP300-CN4-08020-HA 8 19 0.2 27 7.5 63 8 HA 2 〇 UP300-CN4-09009-HA 9 19 0.09 32 8.5 72 10 HA 1 〇 UP300-CN4-09030-HA 9 19 0.3 32 8.5 72 10 HA 1 〇 UP300-CN4-10010-HA 10 22 0.1 32 9.5 72 10 HA 2 〇 UP300-CN4-10030-HA 10 22 0.3 32 9.5 72 10 HA 2 〇 UP300-CN4-12012-HA 12 26 0.12 38 11.5 83 12 HA 2 〇 ◎ Most Suitable ○ Suitable D Tolerance h10 Unit (mm) AICrXN4 Chamfer AICrXN4 Chamfer Square SHANK h6 Helix 35°/37° SHANK h6 Helix 35° D Tolerance D≤12 0 -0.02 Unit (mm) ●Stock ○Available Upon Order ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 060 061 MILLING B MILLING B 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HA Order No. D Lc C L1 d2 L d Shank Figure No. Stock UP300-CN4-12030-HA 12 26 0.3 38 11.5 83 12 HA 2 〇 UP300-CN4-14014-HA 14 26 0.14 42 13.5 83 14 HA 2 〇 UP300-CN4-14030-HA 14 26 0.3 42 13.5 83 14 HA 2 〇 UP300-CN4-16015-HA 16 32 0.15 44 15.5 92 16 HA 2 〇 UP300-CN4-16040-HA 16 32 0.4 44 15.5 92 16 HA 2 〇 UP300-CN4-18015-HA 18 32 0.15 50 17.5 92 18 HA 2 〇 UP300-CN4-18040-HA 18 32 0.4 50 17.5 92 18 HA 2 〇 UP300-CN4-20015-HA 20 38 0.15 54 19.5 104 20 HA 2 〇 UP300-CN4-20050-HA 20 38 0.5 54 19.5 104 20 HA 2 〇 Continued ◎ Most Suitable ○ Suitable 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HB Order No. D Lc C L1 d2 L d Shank Figure No. Stock UP300-CN4-02002-HB 2 6 0.02 10 1.8 57 6 HB 1 ● UP300-CN4-03003-HB 3 8 0.03 18 2.8 57 6 HB 1 ● UP300-CN4-03013-HB 3 8 0.13 18 2.8 57 6 HB 1 ● UP300-CN4-04004-HB 4 11 0.04 21 3.8 57 6 HB 1 ● UP300-CN4-04018-HB 4 11 0.18 21 3.8 57 6 HB 1 ● UP300-CN4-05005-HB 5 13 0.05 21 4.8 57 6 HB 1 ● UP300-CN4-05020-HB 5 13 0.2 21 4.8 57 6 HB 1 〇 UP300-CN4-06006-HB 6 13 0.06 21 5.5 57 6 HB 2 ● UP300-CN4-06020-HB 6 13 0.2 21 5.5 57 6 HB 2 ● UP300-CN4-07007-HB 7 16 0.07 27 6.5 63 8 HB 1 ● UP300-CN4-07020-HB 7 16 0.2 27 6.5 63 8 HB 1 〇 UP300-CN4-08008-HB 8 19 0.08 27 7.5 63 8 HB 2 ● UP300-CN4-08020-HB 8 19 0.2 27 7.5 63 8 HB 2 ● UP300-CN4-09009-HB 9 19 0.09 32 8.5 72 10 HB 1 ● UP300-CN4-09030-HB 9 19 0.3 32 8.5 72 10 HB 1 〇 UP300-CN4-10010-HB 10 22 0.1 32 9.5 72 10 HB 2 ● UP300-CN4-10030-HB 10 22 0.3 32 9.5 72 10 HB 2 ● UP300-CN4-12012-HB 12 26 0.12 38 11.5 83 12 HB 2 ● ◎ Most Suitable ○ Suitable AICrXN4 Chamfer SHANK h6 Helix 35° AICrXN4 Chamfer SHANK h6 Helix 35° D Tolerance h10 Unit (mm) ●Stock ○Available Upon Order D Tolerance h10 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 062 063 MILLING B MILLING B 4 Flutes with Long Neck, Square (Tip Chamfer) UP300-CN4-HB Order No. D Lc C L1 d2 L d Shank Figure No. Stock UP300-CN4-12030-HB 12 26 0.3 38 11.5 83 12 HB 2 ● UP300-CN4-14014-HB 14 26 0.14 42 13.5 83 14 HB 2 ● UP300-CN4-14030-HB 14 26 0.3 42 13.5 83 14 HB 2 〇 UP300-CN4-16015-HB 16 32 0.15 44 15.5 92 16 HB 2 ● UP300-CN4-16040-HB 16 32 0.4 44 15.5 92 16 HB 2 ● UP300-CN4-18015-HB 18 32 0.15 50 17.5 92 18 HB 2 ● UP300-CN4-18040-HB 18 32 0.4 50 17.5 92 18 HB 2 〇 UP300-CN4-20015-HB 20 38 0.15 54 19.5 104 20 HB 2 ● UP300-CN4-20050-HB 20 38 0.5 54 19.5 104 20 HB 2 ● Continued ◎ Most Suitable ○ Suitable 4 Flutes with Long Neck, Corner Radius UP300-RN4-HB Order No. D Lc R L1 d2 L d Shank Figure No. Stock UP300-RN4-02002-HB 2 6 0.2 10 1.8 57 6 HB 1 ● UP300-RN4-03005-HB 3 8 0.5 18 2.8 57 6 HB 1 ● UP300-RN4-04005-HB 4 11 0.5 21 3.8 57 6 HB 1 ● UP300-RN4-05005-HB 5 13 0.5 21 4.8 57 6 HB 1 ● UP300-RN4-06005-HB 6 13 0.5 21 5.5 57 6 HB 2 ● UP300-RN4-06010-HB 6 13 1 21 5.5 57 6 HB 2 ● UP300-RN4-08005-HB 8 19 0.5 27 7.5 63 8 HB 2 ● UP300-RN4-08010-HB 8 19 1 27 7.5 63 8 HB 2 ● UP300-RN4-08020-HB 8 19 2 27 7.5 63 8 HB 2 〇 UP300-RN4-10005-HB 10 22 0.5 32 9.5 72 10 HB 2 ● UP300-RN4-10010-HB 10 22 1 32 9.5 72 10 HB 2 ● UP300-RN4-10015-HB 10 22 1.5 32 9.5 72 10 HB 2 〇 UP300-RN4-10020-HB 10 22 2 32 9.5 72 10 HB 2 〇 UP300-RN4-12005-HB 12 26 0.5 38 11.5 83 12 HB 2 ● UP300-RN4-12010-HB 12 26 1 38 11.5 83 12 HB 2 ● UP300-RN4-12015-HB 12 26 1.5 38 11.5 83 12 HB 2 〇 UP300-RN4-12020-HB 12 26 2 38 11.5 83 12 HB 2 〇 UP300-RN4-16010-HB 16 32 1 44 15.5 92 16 HB 2 ● ◎ Most Suitable ○ Suitable AICrXN4 Chamfer SHANK h6 Helix 35° AICrXN4SHANK h6 Helix 35° D Tolerance h10 Unit (mm) ●Stock ○Available Upon Order D Tolerance h10 Unit (mm) ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 064 065 MILLING B MILLING B 4 Flutes with Long Neck, Corner Radius UP300-RN4-HB Order No. D Lc R L1 d2 L d Shank Figure No. Stock UP300-RN4-16015-HB 16 32 1.5 44 15.5 92 16 HB 2 〇 UP300-RN4-16020-HB 16 32 2 44 15.5 92 16 HB 2 ● UP300-RN4-20010-HB 20 38 1 54 19.5 104 20 HB 2 ● UP300-RN4-20015-HB 20 38 1.5 54 19.5 104 20 HB 2 〇 UP300-RN4-20020-HB 20 38 2 54 19.5 104 20 HB 2 ● Continued ◎ Most Suitable ○ Suitable Order No. D R Lc L d Shank Figure No. Stock UP300-B2-01003-HA 1 0.5 3 38 3 HA 1 ● UP300-B2-01503-HA 1.5 0.75 3 38 3 HA 1 ● UP300-B2-02006-HA 2 1 6 57 6 HA 1 ● UP300-B2-03007-HA 3 1.5 7 57 6 HA 1 ● UP300-B2-04008-HA 4 2 8 57 6 HA 1 ● UP300-B2-05010-HA 5 2.5 10 57 6 HA 1 〇 UP300-B2-06010-HA 6 3 10 57 6 HA 2 ● UP300-B2-08016-HA 8 4 16 63 8 HA 2 ● UP300-B2-10019-HA 10 5 19 72 10 HA 2 ● UP300-B2-12022-HA 12 6 22 83 12 HA 2 ● UP300-B2-14022-HA 14 7 22 83 14 HA 2 〇 UP300-B2-16026-HA 16 8 26 92 16 HA 2 〇 UP300-B2-18026-HA 18 9 26 92 18 HA 2 〇 UP300-B2-20032-HA 20 10 32 104 20 HA 2 〇 2 Flutes, Ballnose UP300-B2-HA ◎ Most Suitable ○ Suitable D Tolerance R Tolerance h10 ±0.02 Unit (mm) AICrXN4SHANK h6 Helix 35° AICrXNSHANK h6 Helix 30° D Tolerance h10 Unit (mm) ●Stock ○Available Upon Order ●Stock ○Available Upon Order 5HFRPPHQGHG&XWWLQJ'DWDण3 5HFRPPHQGHG&XWWLQJ'DWDण3 Fig1 Fig2 Fig1 Fig2 Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎ ○ Workpiece Material 1234 5 123 123 1 Carbon Steels， Alloy Steels (＜35HRC) Alloy Steels (≤48HRC) Stainless Steel Cast Iron Pre-hardened Steel (45-52HRC) ◎ ◎ ○ ◎

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 066 067 MILLING B MILLING B Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 3 4  8 10 12  20 Carbon Steels， Alloy Steels （＜35HRC） ap)1.5D 180 Rotation Speed （r/min） 19110 14330 9550    3580  ae)0.15D Feed Speed （mm/min） 2140  1830  1830    Alloy Steels （35-48HRC） ap)1D 130 Rotation Speed （r/min） 13800 10350  5180 4140 3450 2590  ae)0.12D Feed Speed （mm/min） 1210  1100 1240 1130 1010 830  Stainless Steel ap)1.5D 130 Rotation Speed （r/min） 13800 10350  5180 4140 3450 2590  ae)0.15D Feed Speed （mm/min） 1380 1330 1190 1300 1230  980 910 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap)1.5D  Rotation Speed （r/min）   8490  5100 4250 3190 2550 ae)0.15D Feed Speed （mm/min）    1500 1410  1210 1120 High Alloy Cast Iron （35-45HRC） ap)1D 140 Rotation Speed （r/min）  11150      2230 ae)0.12D Feed Speed （mm/min） 1310 1340 1340 1250  1120 1000 910 Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 3 4  8 10 12  20 Carbon Steels， Alloy Steels （＜35HRC） ap)' 80 Rotation Speed （r/min） 8490  4250 3190 2550 2120 1590  Feed Speed （mm/min） 1050 1220  850   850  Alloy Steels （35-48HRC） ap)0.3D  Rotation Speed （r/min）   3190 2390 1910 1590 1190  Feed Speed （mm/min）    500  480 490 500 Stainless Steel ap)0.3D 55 Rotation Speed （r/min） 5840 4380 2920 2190   1100 880 Feed Speed （mm/min） 420 420  450 430 430 380 350 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap)0.5D 55 Rotation Speed （r/min） 5840 4380 2920 2190   1100 880 Feed Speed （mm/min）    480  450 410  High Alloy Cast Iron （35-45HRC） ap)0.3D 50 Rotation Speed （r/min） 5310 3980  1990 1590 1330 1000 800 Feed Speed （mm/min） 450  480 400 380 380 350 320 Recommended Cutting Data UP300-S4/R4/CN4-HA(HB)/RN4-HB Steel and Cast Iron—Side Milling UP300-S4/R4/CN4-HA(HB)/RN4-HB Steel and Cast Iron—Slot Milling Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 4 5   8 9 10 11 12 Carbon Steels， Alloy Steels （＜35HRC） ap≤0.2D 220 Rotation Speed （r/min） 17500 14000 11670 10000 8750 7780 7000 6360 5830 ae≤0.3D Feed Speed （mm/min） 1400 1400 1400 1400 1400 1400 1400 1400 1400 Alloy Steels （35-48HRC） ap≤0.15D 180 Rotation Speed （r/min） 14320 11450 9540 8180 7160 6360 5720 5200 4770 ae≤0.15D Feed Speed （mm/min） 910 950 980 940 920 910 910 910 910 Stainless Steel ap≤0.2D 110 Rotation Speed （r/min） 8760 7010 5840 5010 4380 3890 3500 3190 2920 ae≤0.2D Feed Speed （mm/min） 610 630 640 630 630 620 630 640 640 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap≤0.2D 160 Rotation Speed （r/min） 12730 10180 8480 7270 6360 5650 5090 4620 4240 ae≤0.2D Feed Speed （mm/min） 890 910 930 910 910 900 910 920 930 High Alloy Cast Iron （35-45HRC） ap≤0.1D 120 Rotation Speed （r/min） 9550 7640 6370 5460 4780 4250 3820 3470 3190 ae≤0.1D Feed Speed （mm/min） 610 640 660 660 670 650 650 660 670 Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 1 2 3 4 5  8 10 12 Carbon Steels， Alloy Steels （＜35HRC） ap≤0.2D 160 Rotation Speed （r/min） 22400 18900 14400 12740 10190 8490 6370 5100 4250 ae≤0.15D Feed Speed （mm/min） 1260 2230 2120 2500 2500 2500 2500 2500 2500 Alloy Steels （35-48HRC） ap≤0.1D 120 Rotation Speed （r/min） 19152 16100 12200 9550 7640 6370 4780 3820 3190 ae≤0.1D Feed Speed （mm/min） 1081 1890 1800 2000 2100 2300 2500 2500 2500 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap≤0.2D 140 Rotation Speed （r/min） 20160 17700 13000 11150 8920 7430 5570 4460 3720 ae≤0.2D Feed Speed （mm/min） 1138 2080 1910 1560 1610 1640 1590 1610 1640 High Alloy Cast Iron （35-45HRC） ap≤0.1D 120 Rotation Speed （r/min） 19152 16100 12200 9550 7640 6370 4780 3820 3190 ae≤0.1D Feed Speed （mm/min） 1081 1380 1460 1220 1280 1330 1310 1300 1340 Recommended Cutting Data UP300-B2/B2-HA 6WHHODQG&DVW,URQȁ3URٴOH0LOOLQJ UP300-HP-R4/RN4 Steel and Cast Iron—Contour Milling

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 068 069 MILLING B MILLING B Recommended Cutting Data UP300-HP-B2/BN2 6WHHODQG&DVW,URQȁ3URٴOH0LOOLQJ Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 1 2 3 4 6 8 10 12 Carbon Steels， Alloy Steels （＜35HRC） ap≤0.04D 220 Rotation Speed （r/min） 50000 35030 23360 17520 11680 8760 7010 5840 ae≤0.04D Feed Speed （mm/min） 2800 2800 2800 2800 2800 2800 2800 2800 Alloy Steels （35-48HRC） ap≤0.04D 200 Rotation Speed （r/min） 50000 31847 21231 15924 10616 7962 6370 5310 ae≤0.04D Feed Speed （mm/min） 1950 2010 2200 2300 2500 3000 2600 2500 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap≤0.04D 220 Rotation Speed （r/min） 50000 35030 23360 17520 11680 8760 7010 5840 ae≤0.04D Feed Speed （mm/min） 2520 2450 2570 2630 2570 2540 2520 2530 High Alloy Cast Iron （35-45HRC） ap≤0.04D 220 Rotation Speed （r/min） 50000 35030 23360 17520 11680 8760 7010 5840 ae≤0.04D Feed Speed （mm/min） 2380 2450 2430 2450 2450 2450 2440 2440 Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 1.9 2.8 3.8 4.8 5.8 6.8 7.8 9.8 11.8 Carbon Steels， Alloy Steels （＜35HRC） ap≤1D 120 Rotation Speed （r/min） 13500 12740 9550 7640 6400 5500 4800 3820 3200 ae≤0.15D Feed Speed （mm/min） 1040 850 800 750 650 650 600 600 600 Alloy Steels （35-48HRC） ap≤1D 90 Rotation Speed （r/min） 9550 8490 6370 5100 5000 4230 4000 3180 2650 ae≤0.12D Feed Speed （mm/min） 660 630 600 500 470 480 490 500 500 Stainless Steel ap≤1D 60 Rotation Speed （r/min） 9550 6400 4800 3820 3180 2730 2400 1910 1600 ae≤0.12D Feed Speed （mm/min） 420 420 470 450 430 430 380 350 350 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap≤1D 80 Rotation Speed （r/min） 12740 8500 6400 5100 4250 3640 3200 2550 2150 ae≤0.12D Feed Speed （mm/min） 560 600 560 480 460 450 410 370 370 High Alloy Cast Iron （35-45HRC） ap≤1D 60 Rotation Speed （r/min） 9550 6400 4800 3820 3180 2730 2400 1910 1600 ae≤0.12D Feed Speed （mm/min） 450 460 480 400 380 380 350 320 320 UP300-S-S4 Steel and Cast Iron—Side Milling Workpiece Material Cutting Amount Vc m/min Edge Diameter (mm) 1.9 2.8 3.8 4.8 5.8 6.8 7.8 9.8 11.8 Carbon Steels， Alloy Steels （＜35HRC） ap≤1D 100 Rotation Speed （r/min） 9550 8490 6370 5100 5000 4230 4000 3180 2650 Feed Speed （mm/min） 750 500 500 430 530 530 600 600 600 Alloy Steels （35-48HRC） ap≤1D 60 Rotation Speed （r/min） 6370 6370 4780 3820 3185 2730 2390 1910 1590 Feed Speed （mm/min） 660 630 600 500 470 480 490 500 500 Stainless Steel ap≤0.3D 55 Rotation Speed （r/min） 8750 5840 4380 3500 2920 2500 2190 1750 1460 Feed Speed （mm/min） 420 420 470 450 430 430 380 350 350 Gray Cast Iron Nodular Cast Iron （＜32HRC） ap≤0.8D 55 Rotation Speed （r/min） 8750 5840 4380 3500 2920 2500 2190 1750 1460 Feed Speed （mm/min） 560 600 560 480 460 450 410 370 370 High Alloy Cast Iron （35-45HRC） ap≤0.5D 50 Rotation Speed （r/min） 7960 5300 3980 3185 2650 2275 1990 1590 1330 Feed Speed （mm/min） 450 460 480 400 380 380 350 320 320 Recommended Cutting Data UP300-S-S4 Steel and Cast Iron—Slot Milling

MILLING Solid Carbide Endmills Solid Carbide Endmills MILLING 070 071 MILLING B MILLING B Test Tool UP300-S4 7RRO6SHFLٴFDWLRQ '   G Workpiece Material 45# Steel+Copper Alloy （180-260HB） Machining Type Finishing Cutting Method Side Milling Rotational Speed/ Cutting Speed 530 PPLQ Feed Rate 400mm/min(0.05mm/z） Cutting Volume ap=10mm，ae=0.3mm Cooling Method Water-based Emulsion Test Conclusion Test successful, tool life increased by 14% compared to competitor. Applications Case 1 Cylinder Block Test Tool UP300-HP-R4 7RRO6SHFLٴFDWLRQ ' 5   G Workpiece Material 2434（+5&） Machining Type 6HPLٴQLVK0DFKLQLQJ Cutting Method Contour Milling (Climb Milling) Rotational Speed/ Cutting Speed 530 PPLQ Feed Rate 3000mm/min(0.312mm/z） Cutting Volume ap=0.15mm，ae=0.15mm Cooling Method Water-based Emulsion Test Conclusion Test successful Case 2 Automotive Interior Component - Right Door Panel Plastic Mold 0 Competitor GESAC 10050 150 200 250 180 205 Workpiece before Machining Workpiece after Machining Quantity of Processed Workpieces (pcs) Surface Quality of the Machined Cavity Sidewall Tool Corner Slight Wear after 19 Hours of Machining Test Tool UP300-HP-B2 7RRO6SHFLٴFDWLRQ 5   G Workpiece Material P20（35-38HRC） Machining Type Finish Machining Cutting Method 3URٴOH0LOOLQJ &OLPE Conventional Milling) Rotational Speed/ Cutting Speed 8000RPM(200.9m/min) Feed Rate PPPLQ PP]） Cutting Volume ap=0.2mm，ae=0.2mm Cooling Method Air Cooling Test Conclusion Test successful Case 3 Automotive Plastic Molds Automotive Plastic Mold Image of the Tool after 16 Hours of Machining Test Tool UP300-S-S4 7RRO6SHFLٴFDWLRQ ' &   G Workpiece Material 20CrMnTi（28-30HRC） Machining Type Rough Machining Cutting Method Slot Milling Rotational Speed/ Cutting Speed 530 PPLQ Feed Rate 450mm/min(0.03mm/z） Cutting Volume ap=3-5mm，ae=5.8mm Cooling Method Water-based Emulsion Test Conclusion Test successful, tool life increased by 30% compared to competitor. Case 4 Motor Shaft 0 Competitor GESAC 50 100 150 100 130 Workpiece after Machining Workpiece after Machining +14% +30%

072 073 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Milling Insert Grade Grades for Machining P-Type Materials Milling Insert Grade Grades for Machining M&S Materials Grades for Machining P-Type Materials: GA4425 ● New AlTi nano-multilayer coating with high-strength submicron substrate ensures superior edge stability for multi-material machining. ● Ideal for semi-rough to rough machining of general-purpose materials. Grades for Machining M&S Materials: GMM7130 ● High-temperature resistant and strong anti-oxidation coating, combined with newly-developed superior toughness and thermal-conductivity substrate, ensuring excellent tool life and machining stability under both dry and wet cutting conditions. ● Suitable for difficult-to-cut materials such as stainless steel and high- temperature alloys under medium to rough cutting conditions.

075 Indexable Milling Tools MILLING MILLING B 3URٴOHb0LOOLQJb7RROVbIRUb'LٶFXOWWR0DFKLQHb0DWHULDOV 53b6HULHV ● The high-strength cutting edge and sharp rake face design ensure smooth cutting while allowing the cutting edge to handle various unstable machining conditions with ease ● The streamlined chipbreaker combined with the dam-like protrusion design ensures that even at the later stage of processing, there is still sufficient structural strength, thereby extending the service lifeof the insert ● The insert's Great Wall-style indexable design ensures precise utilization of the entire cutting edge, smooth handling, durability, and reduced operating costs RP*S Insert + MPS100 Tool Holder RP*S Order No. Dimensions (mm) Coated Cemented Carbide Cemented Carbide Cermet IC S RE D1 GA4225 GA4230 GA4325 GA4330 GP4225 GP2115 GMM7130 GM4240 GK4125 GK2115 GSM7130 GHM7120 GN9125 GP01TM RPMT10T3M0-SM 10 3.97 5 4.3 ● RPMT1204M0-SM 12 4.76 6 4.4 ● RPMT1204M0T-SH 12 4.76 6 4.4 ● Profile Milling 3RVLWLYHW\SH(FRQRPLF3URٴOH0LOOLQJ,QVHUWV Stainless Steel / Titanium Alloy / Super Alloy Medium Load Cutting Stainless Steel / Titanium Alloy Heavy Load Cutting SM SH Medium rake angle and medium cutting edge width design Balancing blade strength and sharpness Medium rake angle and large cutting edge width design Provides higher cutting edge strength RP*S Series Geometry ' ,& 6 ƒ 5( ●Stock ○Available Upon Order

076 077 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Profile Milling MPS100 Mandrel Type Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCON LF KWW KDP MPS100-040R05A16-RP10-DB 40 5 40 16 40 8.4 5.6 5 RPMT10T3M0-S* 䧃 Fig1 0.19 ● MPS100-040R04A16-RP12-DB 40 4 40 16 40 8.4 5.6 6 RPMT1204M0-S* 䧃 Fig1 0.17 ● MPS100-042R06A16-RP10-DB 42 6 42 16 40 8.4 5.6 5 RPMT10T3M0-S* 䧃 Fig1 0.22 ● MPS100-050R06A22-RP10-DB 50 6 50 22 40 10.4 6.3 5 RPMT10T3M0-S* 䧃 Fig1 0.29 ● MPS100-050R04A22-RP12-DB 50 4 50 22 40 10.4 6.3 6 RPMT1204M0-S* 䧃 Fig1 0.26 ● MPS100-050R05A22-RP12-DB 50 5 50 22 40 10.4 6.3 6 RPMT1204M0-S* 䧃 Fig1 0.25 ● MPS100-052R06A22-RP10-DB 52 6 52 22 40 10.4 6.3 5 RPMT10T3M0-S* 䧃 Fig1 0.32 ● MPS100-052R05A22-RP12-DB 52 5 52 22 40 10.4 6.3 6 RPMT1204M0-S* 䧃 Fig1 0.30 ● MPS100-063R06A22-RP12-DB 63 6 63 22 40 10.4 6.3 6 RPMT1204M0-S* 䧃 Fig1 0.41 ● MPS100-066R07A22-RP12-DB 66 7 66 22 40 10.4 6.3 6 RPMT1204M0-S* 䧃 Fig1 0.48 ● MPS100-080R05A27-RP12-DB 80 5 80 27 50 12.4 7 6 RPMT1204M0-S* 䧃 Fig1 0.92 ● MPS100-080R07A27-RP12-DB 80 7 80 27 50 12.4 7 6 RPMT1204M0-S* 䧃 Fig1 0.93 ● MPS100-100R08A32-RP12-DB 100 8 100 32 50 14.4 8 6 RPMT1204M0-S* 䧃 Fig1 1.59 ● KWW KDP DCON LF DC APMX Fig1Fig1 ●Stock ○Available Upon Order Profile Milling MPS100 Cylindrical Straight Shank Type Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling DiagramWeight (KG) In Stock DC DCON LF KDP MPS100-020R02P20-RP10-DB 20 2 20 20 150 50 5 RPMT10T3M0-S* 䧃 Fig2 0.30 ● MPS100-020R02P20-RP10L-DB 20 2 20 20 200 60 5 RPMT10T3M0-S* 䧃 Fig2 0.41 ● MPS100-025R03P25-RP10-DB 25 3 25 25 150 60 5 RPMT10T3M0-S* 䧃 Fig3 0.48 ● MPS100-025R03P25-RP10L-DB 25 3 25 25 220 60 5 RPMT10T3M0-S* 䧃 Fig3 0.73 ● MPS100-025R02P25-RP12-DB 25 2 25 25 150 60 6 RPMT1204M0-S* 䧃 Fig3 0.46 ● MPS100-032R04P32-RP10-DB 32 4 32 32 160 60 5 RPMT10T3M0-S* 䧃 Fig2 0.87 ● MPS100-032R04P32-RP10L-DB 32 4 32 32 220 70 5 RPMT10T3M0-S* 䧃 Fig2 1.21 ● MPS100-032R03P32-RP12S-DB 32 3 32 32 120 60 6 RPMT1204M0-S* 䧃 Fig3 0.62 ● MPS100-032R03P32-RP12-DB 32 3 32 32 160 60 6 RPMT1204M0-S* 䧃 Fig3 0.86 ● MPS100-032R03P32-RP12L-DB 32 3 32 32 220 70 6 RPMT1204M0-S* 䧃 Fig3 1.22 ● MPS100-035R04P32-RP10-DB 35 4 35 32 160 60 5 RPMT10T3M0-S* 䧃 Fig4 0.91 ● MPS100-040R04P32-RP12-DB 40 4 40 32 160 35 6 RPMT1204M0-S* 䧃 Fig4 0.93 ● Fig2 Fig3 Fig4 LF LU APMX DC DCON LF LU APMX DC DCON DCON LF LU APMX DC FIg2 FIg3 FIg4 ●Stock ○Available Upon Order

078 079 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Profile Milling MPS100 Replaceable Tool Bit Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCON DCSFMS LF CRKS MPS100-020R02M10-RP10-DB 20 2 20 10.5 18 30 10 5 RPMT10T3M0-S* 䧃 Fig5 0.05 ● MPS100-025R03M12-RP10-DB 25 3 25 12.5 23 35 12 5 RPMT10T3M0-S* 䧃 Fig5 0.08 ● MPS100-025R02M12-RP12-DB 25 2 25 12.5 22.5 35 12 6 RPMT1204M0-S* 䧃 Fig5 0.08 ● MPS100-032R04M16-RP10-DB 32 4 32 17 28.6 43 16 5 RPMT10T3M0-S* 䧃 Fig5 0.19 ● MPS100-032R03M16-RP12-DB 32 3 32 17 28 43 16 6 RPMT1204M0-S* 䧃 Fig5 0.17 ● MPS100-035R03M16-RP12-DB 35 3 35 17 29 43 16 6 RPMT1204M0-S* 䧃 Fig5 0.20 ● MPS100-040R04M16-RP12-DB 40 4 40 17 29 43 16 6 RPMT1204M0-S* 䧃 Fig5 0.22 ● List of Tool Accessories Parts Name Insert Screw Recommended Torque Insert Screw Wrench Shape Suitable Insert RPMT10T3M0-S*(DC=20) Order No. SI60M040080-05306Q 3.5 N·m TT15KQ — RPMT10T3M0-S*(DC ≥ 25) Order No. SI60M040089-05306Q 3.5 N·m TT15KQ — RPMT1204M0-S* Order No. SI60M040100-05712Q 3.5 N·m TT15KQ TT15TQ Fig5 ●Stock ○Available Upon Order LF APMX DC DCON CRKS DCSFMS Fig5 Recommended Cutting Data Machined Material Material Hardness Grade Cutting Speed Vc(m/min) 6SHFLٴFDWLRQV Feed/edge fz (mm) Medium Cutting (M) Heavy Cutting (H) Stainless Steel (Ferritic, Martensitic) HRC20-35 GMM7130 220 (150-280) 10 12 0.4 (0.2-0.5) 0.6 (0.4-0.8) Stainless Steel (Austenitic, Duplex) HRC20-35 GMM7130 180 (100-230) 10 12 0.3 (0.1-0.5) 0.5 (0.3-0.7) Heat-resistant Alloys, Titanium Alloys HRC30-45 GMM7130 40 (30-65) 10 12 0.2 (0.1-0.3) —

080 MILLING Indexable Milling Tools MILLING B Workpiece Name Superalloy Blades Tool Specification RPMT1204M0-SM Grade GMM7130 Workpiece Material GH4169(40HRC) Cutting Speed 40m/min Feed per Tooth 0.3mm/z Cutting Depth ap=1mm Cutting Method Blade Profile Copy Milling Cooling Method Water-based Emulsion Workpiece Name Turbine Blade Tool Specification RPMT1204M0-SM Grade GMM7130 Workpiece Material 17-4PH(32HRC) Cutting Speed 220m/min Feed per Tooth 0.55mm/z Cutting Depth ap=1mm Cutting Method Blade Profile Copy Milling Cooling Method Dry Case 1 Rough Machining of Superalloy Blades Case 2 Rough Machining of Stainless Steel Blades Applications Competitor Competitor GESAC GESAC RPMT12 Competitor Processing Time/min Performance Equivalent 0 5 10 15 20 RPMT12 Competitor Processing Time/min 60 75 25% ● Suitable for rapid feed processing of cavities and sidewalls in industries such as molds and aviation ● Rich groove types and brand combinations to meet the processing needs of various materials ● Negative 4-blade structure+fast feed dedicated groove for high efficiency, high economy, and high tability processing 8QLYHUVDO1HJDWLYH)RXU(GJHV+LJK)HHG0LOOLQJ7RROV /10;VHULHV LNMX Insert + MKF115 Tool Holder

082 083 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B LNMX Fast Feed Milling Negative Four Edged Fast Feed Milling Inserts Light Duty of General Materials Medium Duty of General Materials GL GM Low cutting force, suitable for machining of stainless steel, titanium alloy, and light duty machining. Under general working conditions, to achieve high-stability machining. LNMX Series Geometry Order No. Dimensions (mm) Coated Cemented Carbide Cemented Carbide Cermet LE W1 S D1 RE GA4225 GA4230 GA4325 GA4330 GP4225 GP2115 GMM7130 GM4240 GK4125 GK2115 GSM7130 GHM7120 GN9125 GP01TM LNMX090603-GL 9 6.3 3.4 3.3 1 ● LNMX120705-GL 11.9 9.1 4.2 4 1.5 ● LNMX090603-GM 9 6.3 3.4 3.3 1 ● LNMX120705-GM 11.9 9.1 4.2 4 1.5 ● ●Stock ○Available Upon Order Fast Feed Milling MKF115 Mandrel Type Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCON LF KWW KDP MKF115-040R04A16-LN12 40 4 30 40 16 40 8.4 5.6 1.5 LNMX12 䧃 Fig1 0.18 ● MKF115-040R05A16-LN09 40 5 32 40 16 40 8.4 5.6 1 LNMX09 䧃 Fig1 0.20 ● MKF115-040R05A16-LN12 40 5 30 40 16 40 8.4 5.6 1.5 LNMX12 䧃 Fig1 0.18 ● MKF115-040R06A16-LN09 40 6 32 40 16 40 8.4 5.6 1 LNMX09 䧃 Fig1 0.20 ● MKF115-050R06A22-LN09 50 6 42 50 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.34 ● MKF115-050R06A22-LN12 50 6 40 50 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.30 ● MKF115-050R07A22-LN12 50 7 40 50 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.30 ● MKF115-050R08A22-LN09 50 8 42 50 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.34 ● MKF115-052R06A22-LN12 52 6 42 52 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.32 ● MKF115-052R07A22-LN09 52 7 44 52 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.35 ● MKF115-052R07A22-LN12 52 7 42 52 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.31 ● MKF115-052R08A22-LN09 52 8 44 52 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.35 ● MKF115-063R06A22-LN12 63 6 53 63 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.39 ● MKF115-063R07A22-LN09 63 7 55 63 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.47 ● MKF115-063R08A22-LN12 63 8 53 63 22 40 10.4 6.3 1.5 LNMX12 䧃 Fig1 0.40 ● MKF115-063R09A22-LN09 63 9 55 63 22 40 10.4 6.3 1 LNMX09 䧃 Fig1 0.45 ● MKF115-080R08A27-LN12 80 8 70 80 27 50 12.4 7 1.5 LNMX12 䧃 Fig1 0.98 ● MKF115-080R10A27-LN12 80 10 70 80 27 50 12.4 7 1.5 LNMX12 䧃 Fig1 0.96 ● MKF115-100R09A32-LN12 100 9 90 100 32 50 14.4 8 1.5 LNMX12 䧃 Fig1 1.41 ● MKF115-100R11A32-LN12 100 11 90 100 32 50 14.4 8 1.5 LNMX12 䧃 Fig1 1.39 ● MKF115-125R11B40-LN12 125 11 115 125 40 63 16.4 9 1.5 LNMX12 × Fig2 2.40 ● MKF115-125R12B40-LN12 125 12 115 125 40 63 16.4 9 1.5 LNMX12 × Fig2 2.39 ● MKF115-125R14B40-LN12 125 14 115 125 40 63 16.4 9 1.5 LNMX12 × Fig2 2.37 ● ●Stock ○Available Upon Order Fig1 Fig2 Fig3

084 085 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Fast Feed Milling MKF115 Cylindrical Straight Shank Type Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCON LF LU MKF115-016R02P15-LN09 16 2 8 16 15 150 40 1 LNMX09 䧃 Fig4 0.19 ○ MKF115-016R02P15-LN09-DB 16 2 8 16 15 150 40 1 LNMX09 䧃 Fig4 0.19 ● MKF115-016R02P15-LN09L-DB 16 2 8 16 15 200 40 1 LNMX09 䧃 Fig4 0.27 ● MKF115-016R02P16-LN09 16 2 8 16 16 150 40 1 LNMX09 䧃 Fig4 0.21 ○ MKF115-016R02P16-LN09-DB 16 2 8 16 16 150 40 1 LNMX09 䧃 Fig4 0.21 ● MKF115-016R02P16-LN09S 16 2 8 16 16 100 30 1 LNMX09 䧃 Fig4 0.14 ○ MKF115-016R02P16-LN09S-DB 16 2 8 16 16 100 30 1 LNMX09 䧃 Fig4 0.14 ● MKF115-017R02P16-LN09 17 2 9 17 16 150 40 1 LNMX09 䧃 Fig4 0.21 ○ MKF115-017R02P16-LN09-DB 17 2 9 17 16 150 40 1 LNMX09 䧃 Fig4 0.21 ● MKF115-017R02P16-LN09L-DB 17 2 9 17 16 200 40 1 LNMX09 䧃 Fig4 0.29 ● MKF115-018R02P16-LN09 18 2 10 18 16 150 40 1 LNMX09 䧃 Fig4 0.21 ○ MKF115-018R02P16-LN09-DB 18 2 10 18 16 150 40 1 LNMX09 䧃 Fig4 0.21 ● MKF115-020R02P20-LN09L 20 2 12 20 20 200 70 1 LNMX09 䧃 Fig4 0.43 ● MKF115-020R03P20-LN09 20 3 12 20 20 160 60 1 LNMX09 䧃 Fig4 0.32 ○ MKF115-020R03P20-LN09-DB 20 3 12 20 20 160 60 1 LNMX09 䧃 Fig4 0.32 ● MKF115-020R03P20-LN09L-DB 20 3 12 20 20 200 70 1 LNMX09 䧃 Fig4 0.40 ● MKF115-020R03P20-LN09S 20 3 12 20 20 130 50 1 LNMX09 䧃 Fig4 0.26 ● MKF115-020R04P20-LN09 20 4 12 20 20 160 60 1 LNMX09 䧃 Fig4 0.32 ○ MKF115-020R04P20-LN09-DB 20 4 12 20 20 160 60 1 LNMX09 䧃 Fig4 0.32 ● MKF115-020R04P20-LN09L-DB 20 4 12 20 20 200 70 1 LNMX09 䧃 Fig4 0.41 ● MKF115-020R04P20-LN09S-DB 20 4 12 20 20 130 50 1 LNMX09 䧃 Fig4 0.26 ● MKF115-021R03P20-LN09 21 3 13 21 20 160 60 1 LNMX09 䧃 Fig4 0.32 ● MKF115-021R03P20-LN09L-DB 21 3 13 21 20 200 60 1 LNMX09 䧃 Fig4 0.41 ● MKF115-025R02P25-LN12 25 2 15 25 25 150 70 1.5 LNMX12 䧃 Fig4 0.47 ● MKF115-025R03P25-LN09L 25 3 17 25 25 220 80 1 LNMX09 䧃 Fig4 0.72 ● MKF115-025R03P25-LN12 25 3 15 25 25 150 70 1.5 LNMX12 䧃 Fig4 0.46 ● MKF115-025R03P25-LN12L 25 3 15 25 25 200 80 1.5 LNMX12 䧃 Fig4 0.63 ● MKF115-025R04P24-LN09 25 4 17 25 24 180 60 1 LNMX09 䧃 Fig4 0.55 ● MKF115-025R04P25-LN09 25 4 17 25 25 180 60 1 LNMX09 䧃 Fig4 0.58 ● MKF115-025R04P25-LN09-DB 25 4 17 25 25 180 60 1 LNMX09 䧃 Fig4 0.59 ● Note: Ending with “-DB” is an electroplated tool. Fig4 ●Stock ○Available Upon Order Fast Feed Milling MKF115 Cylindrical Straight Shank Type Note: Ending with “-DB” is an electroplated tool. Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCON LF LU MKF115-025R04P25-LN09-DB 25 4 17 25 25 180 60 1 LNMX09 䧃 Fig4 0.59 ● MKF115-025R04P25-LN09L-DB 25 4 17 25 25 200 70 1 LNMX09 䧃 Fig4 0.65 ● MKF115-025R04P25-LN09S 25 4 17 25 25 140 50 1 LNMX09 䧃 Fig4 0.45 ● MKF115-025R05P25-LN09 25 5 17 25 25 180 60 1 LNMX09 䧃 Fig4 0.58 ○ MKF115-025R05P25-LN09-DB 25 5 17 25 25 180 60 1 LNMX09 䧃 Fig4 0.58 ● MKF115-025R05P25-LN09L-DB 25 5 17 25 25 220 80 1 LNMX09 䧃 Fig4 0.71 ● MKF115-025R05P25-LN09S-DB 25 5 17 25 25 140 50 1 LNMX09 䧃 Fig4 0.45 ● MKF115-026R03P25-LN12L 26 3 16 26 25 220 90 1.5 LNMX12 䧃 Fig4 0.72 ● MKF115-032R03P32-LN12 32 3 22 32 32 160 70 1.5 LNMX12 䧃 Fig4 0.85 ● MKF115-032R03P32-LN12L 32 3 22 32 32 220 90 1.5 LNMX12 䧃 Fig4 1.19 ● MKF115-032R04P32-LN09S 32 4 24 32 32 150 60 1 LNMX09 䧃 Fig4 0.80 ● MKF115-032R04P32-LN12 32 4 22 32 32 160 70 1.5 LNMX12 䧃 Fig4 0.84 ● MKF115-032R04P32-LN12L 32 4 22 32 32 220 90 1.5 LNMX12 䧃 Fig4 1.18 ● MKF115-032R05P32-LN09 32 5 24 32 32 200 70 1 LNMX09 䧃 Fig4 1.08 ● MKF115-032R05P32-LN09S 32 5 24 32 32 150 60 1 LNMX09 䧃 Fig4 0.80 ● MKF115-033R05P32-LN09 33 5 25 33 32 200 70 1 LNMX09 䧃 Fig4 1.10 ● MKF115-035R04P32-LN09 35 4 27 35 32 200 50 1 LNMX09 䧃 Fig4 1.14 ● MKF115-035R04P32-LN12 35 4 25 35 32 160 50 1.5 LNMX12 䧃 Fig4 0.87 ● MKF115-035R05P32-LN09 35 5 27 35 32 200 50 1 LNMX09 䧃 Fig4 1.13 ● MKF115-040R04P32-LN12 40 4 30 40 32 180 50 1.5 LNMX12 䧃 Fig4 1.02 ● MKF115-040R04P32-LN12L 40 4 30 40 32 250 50 1.5 LNMX12 䧃 Fig4 1.44 ● MKF115-040R05P32-LN12 40 5 30 40 32 180 50 1.5 LNMX12 䧃 Fig4 1.02 ● MKF115-040R05P32-LN12L 40 5 30 40 32 250 50 1.5 LNMX12 䧃 Fig4 1.43 ● MKF115-040R06P32-LN09L 40 6 32 40 32 220 50 1 LNMX09 䧃 Fig4 1.26 ● MKF115-040R06P32-LN09S 40 6 32 40 32 150 50 1 LNMX09 䧃 Fig4 0.85 ● Fig4 ●Stock ○Available Upon Order

086 087 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Fast Feed Milling MKF115 Replaceable Tool Bit Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCSFMS DCON LF CRKS MKF115-016R02M08-LN09 16 2 8 16 14.5 8.5 25.5 M08 1 LNMX09 䧃 Fig5 0.03 ○ MKF115-016R02M08-LN09-DB 16 2 8 16 14.5 8.5 25.5 M08 1 LNMX09 䧃 Fig5 0.03 ● MKF115-017R02M08-LN09 17 2 8 17 14.5 8.5 25.5 M08 1 LNMX09 䧃 Fig5 0.03 ○ MKF115-017R02M08-LN09-DB 17 2 8 17 14.5 8.5 25.5 M08 1 LNMX09 䧃 Fig5 0.03 ● MKF115-020R03M10-LN09 20 3 12 20 18 10.5 31 M10 1 LNMX09 䧃 Fig5 0.05 ● MKF115-021R03M10-LN09 21 3 13 21 18 10.5 31 M10 1 LNMX09 䧃 Fig5 0.05 ● MKF115-025R02M12-LN12 25 2 15 25 23 12.5 35 M12 1.5 LNMX12 䧃 Fig5 0.09 ● MKF115-025R03M12-LN09 25 3 17 25 21 12.5 35 M12 1 LNMX09 䧃 Fig5 0.09 ● MKF115-025R03M12-LN12 25 3 15 25 23 12.5 35 M12 1.5 LNMX12 䧃 Fig5 0.09 ● MKF115-025R04M12-LN09 25 4 17 25 21 12.5 35 M12 1 LNMX09 䧃 Fig5 0.09 ● MKF115-026R03M12-LN12 26 3 15 26 23 12.5 35 M12 1.5 LNMX12 䧃 Fig5 0.09 ● MKF115-026R04M12-LN09 26 4 18 26 21 12.5 35 M12 1 LNMX09 䧃 Fig5 0.09 ● MKF115-030R03M16-LN12 30 3 20 30 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.19 ● MKF115-032R03M16-LN12 32 3 22 32 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.21 ● MKF115-032R04M16-LN09 32 4 24 32 28.5 17 42 M16 1 LNMX09 䧃 Fig5 0.20 ● MKF115-032R04M16-LN12 32 4 22 32 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.19 ● MKF115-032R05M16-LN09 32 5 24 32 28.5 17 42 M16 1 LNMX09 䧃 Fig5 0.19 ○ MKF115-032R05M16-LN09-DB 32 5 24 32 28.5 17 42 M16 1 LNMX09 䧃 Fig5 0.19 ● MKF115-035R03M16-LN12 35 3 25 35 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.22 ● MKF115-035R04M16-LN12 35 4 25 35 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.21 ● MKF115-035R05M16-LN09 35 5 27 35 28.5 17 45 M16 1 LNMX09 䧃 Fig5 0.22 ● MKF115-040R04M16-LN12 40 4 30 40 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.24 ● MKF115-040R05M16-LN12 40 5 30 40 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.23 ● MKF115-040R06M16-LN09 40 6 32 40 28.5 17 45 M16 1 LNMX09 䧃 Fig5 0.25 ● MKF115-042R05M16-LN12 42 5 32 42 28.5 17 45 M16 1.5 LNMX12 䧃 Fig5 0.24 ● Note: Ending with “-DB” is an electroplated tool. Fig5 ●Stock ○Available Upon Order Parts Name Insert Screw Recommended Torque Insert Screw Wrench Shape Suitable Insert LNMX09 Order No. 6,0,% 1.2 N·m TI08KB -- LNMX12 Order No. 6,0,% 3 N·m TI10KB TI10TB List of Tool Accessories Machining Program Parameters ,QVHUW6SHFLٴFDWLRQV Approximate Programmed Fillet R (mm) Cutting Residue K (mm) Cut-in Amount (mm) Diagram LNMX09   0 1.9 (Recommend)  0 2.2  0.05 2.5 0.28 0.14 LNMX12 2.4  0  (Recommend) 0.54 0 3.0 0.43 0.04 3.3 0.32 0.12 Cut-In Amount Approximate Programmed Fillet R Cutting Residue K

088 089 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Insert 6SHFLٴFDWLRQV Cutter Diameter D(mm) Ramp Milling Helical Interpolation Milling Maximum Ramp $QJOHƄ r Maximum Cutting Depth Ap (mm) Minimum Tool Path length L (mm) for Machining to the Maximum Cutting Depth Minimum Diameter HD Min (mm) Maximum Diameter HD Max(mm) LNMX09  2 1 29 23 30  1.8 1 32 25 32 18  1 34  34 20 1.5 1 38 31 38 21 1.4 1 41 33 40 25 1.1 1 52 41 48  1.1 1 52 43 50 32 0.8 1  55  33 0.8 1    35 0.8 1    40  1 82   50 0.5 1 115 91 98 52 0.5 1 115 95 102  0.4 1 143  124 LNMX12 25 1.3 1.5  35 48  1.3 1.5   50 32 1.2 1.5  49  35 1.1 1.5  55  40 1.1 1.5    50 0.9 1.5 95 85 98 52 0.9 1.5 95 89 102   1.5 115 111 124 80 0.55 1.5  145 158 100 0.45 1.5 191 185 198 125 0.35 1.5  235 248 Parameters for Ramp Milling and Helical Milling Recommended Cutting Data Machined Material Material Hardness Grade 6SHFLٴFDWLRQV Recommended Cutting Depth Ap (mm) Cutting Speed Vc(m/min) Feed/edge fz (mm) Medium Cutting (M) Heavy Cutting (H) Stainless Steel (Ferritic, Martensitic) ≤ HB270 GMM7130 LNMX09 1 120 (80-160) 0.8 (0.6-1.2) 1 (0.8-1.2) LNMX12 1.5 Stainless Steel (Austenitic, Duplex) ≤ HB270 GMM7130 LNMX09 1 100 (60-140) 0.6 (0.4-0.8) 0.8 (0.6-1.0) LNMX12 1.5 Heat-resistant Alloys, Titanium Alloys HRC30-45 GMM7130 LNMX09 1 50 (30-70) 0.4 (0.2-0.6) 0.5 (0.3-0.7) LNMX12 1.5

090 MILLING Indexable Milling Tools MILLING B Competitor Case 1 Joint machiningt Case 2 Slideway machiningt Competitor GESAC GESAC Applications Competitor-30min GESAC-80min 0 30 60 90 30 80 0 40 80 120 90 120 30% Processing Time/min Processing Time/min Workpiece Name Joint machiningt Tool Specification LNMX090603-GM Grade GMM7130 Workpiece Material GH3625 Cutting Speed 40m/min Feed per Tooth 0.4mm/z Cutting Depth 0.3mm Cutting Method Rough Milling Cooling Method Water-based Emulsion Workpiece Name Slideway machiningt Tool Specification LNMX090603-GM Grade GMM7130 Workpiece Material 15-5PH Cutting Speed 125m/min Feed per Tooth 0.4mm/z Cutting Depth 0.4mm Cutting Method Slot Milling Cooling Method Water-based Emulsion 3RVLWLYH)RXU(GJHV+LJK)HHG0LOOLQJ7RROV 62( 0 76HULHV ● Positive rake angle machining ensures smooth cutting and stable processing ● Two-stage cutting edge design meets the requirements of different machining conditions ● The inclusion of a wiper edge design provides excellent surface quality during high-feed machining and side wall processing ● Special surface coating technology ensures a smooth cutting edge, reducing the accumulation of built-up edges ● Primarily used for rough machining of difficult-to-process materials SOE(M)T-SM Insert +MKT113 Tool Holder I SOMT-ST Insert +MKT213 Tool Holder 100%

092 093 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B SOE (M)T Positive Four-Edged Fast-Feed Milling Insert Fast Feed Milling Note: ★ 1. SM slot shape inserts correspond to the MKT113 series tool. ★ 2. ST slot shape inserts correspond to the MKT213 series tool. &XWWLQJRIGLٶFXOWWRPDFKLQHPDWHULDOV &XWWLQJRIGLٶFXOWWRPDFKLQHPDWHULDOV SM ST Positive rake angle, suitable for medium duty cutting Gradual rake angle, suitable for medium duty cutting SOE(M)T Series Geometry Order No. Dimensions (mm) Coated Cemented Carbide Cemented Carbide Cermet IC S D1 RE GA4225 GA4230 GA4325 GA4330 GP4225 GP2115 GMM7130 GM4240 GK4125 GK2115 GSM7130 GHM7120 GN9125 GP01TM SOET09T312-SM 9.525 3.97 4.2 1.2 ● SOMT09T312-SM 9.525 3.97 4.2 1.2 ● SOET120420-SM 12.7 4.76 4.4 2.0 ● SOMT120420-SM 12.7 4.76 4.4 2.0 ● SOMT090412-ST 9.525 4.76 4.0 1.2 ● SOMT120512-ST 12.7 5.56 4.4 1.2 ● ●Stock ○Available Upon Order MKT113 Mandrel Type Fig1 Fig2 Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling DiagramWeight (KG) In StockDC DCX DCON LF KWW KDP MKT113-040R04A16-SO09 40 4 24.2 40 16 40 8.4 5.6 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.17 ● MKT113-040R05A16-SO09 40 5 24.2 40 16 40 8.4 5.6 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.18 ● MKT113-042R04A16-SO09 42 4 26.2 42 16 40 8.4 5.6 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.18 ● MKT113-042R05A16-SO09 42 5 26.2 42 16 40 8.4 5.6 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.19 ● MKT113-050R05A22-SO09 50 5 34.2 50 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.26 ● MKT113-050R06A22-SO09 50 6 34.2 50 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.27 ● MKT113-050R07A22-SO09 50 7 34.2 50 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.26 ● MKT113-050R05A22-SO12 50 5 29.6 50 22 40 10.4 6.3 1.4 SOE(M)T1204-SM 䧃 Fig1 0.22 ● MKT113-052R06A22-SO09 52 6 36.2 52 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.28 ● MKT113-052R07A22-SO09 52 7 36.2 52 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.28 ● MKT113-052R05A22-SO12 52 5 31.6 52 22 40 10.4 6.3 1.4 SOE(M)T1204-SM 䧃 Fig1 0.24 ● MKT113-063R06A22-SO09 63 6 47.2 63 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.48 ● MKT113-063R08A22-SO09 63 8 47.2 63 22 40 10.4 6.3 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.48 ● MKT113-063R06A27-SO09 63 6 55.9 63 27 50 12.4 7 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.54 ● MKT113-063R08A27-SO09 63 8 55.9 63 27 50 12.4 7 1.2 SOE(M)T09T3-SM 䧃 Fig1 0.56 ● MKT113-063R05A22-SO12 63 5 42.6 63 22 40 10.4 6.3 1.4 SOE(M)T1204-SM 䧃 Fig1 0.42 ● MKT113-063R06A22-SO12 63 6 42.6 63 22 40 10.4 6.3 1.4 SOE(M)T1204-SM 䧃 Fig1 0.42 ● MKT113-063R05A27-SO12 63 5 42.6 63 27 50 12.4 7 1.4 SOE(M)T1204-SM 䧃 Fig1 0.52 ● MKT113-063R06A27-SO12 63 6 42.6 63 27 50 12.4 7 1.4 SOE(M)T1204-SM 䧃 Fig1 0.52 ● MKT113-066R05A27-SO12 66 5 45.7 66 27 50 12.4 7 1.4 SOE(M)T1204-SM 䧃 Fig1 0.5 ● MKT113-080R06A27-SO12 80 6 60 80 27 50 12.4 7 1.4 SOE(M)T1204-SM 䧃 Fig1 0.83 ● MKT113-080R08A27-SO12 80 8 60 80 27 50 12.4 7 1.4 SOE(M)T1204-SM 䧃 Fig1 0.88 ● MKT113-100R07B32-SO12 100 7 79.7 100 32 50 14.4 8 1.4 SOE(M)T1204-SM × Fig2 1.39 ● MKT113-125R07B40-SO12 125 7 104.7 125 40 63 16.4 9 1.4 SOE(M)T1204-SM × Fig2 2.52 ● Fast Feed Milling ●Stock ○Available Upon Order

094 095 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B MKT113 Cylindrical Straight Shank Type Fig3 Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling DiagramWeight (KG) In StockDC DCX DCON LF LU MKT113-025R02P25-SO09S 25 2 9.3 25 25 110 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.35 ● MKT113-025R02P25-SO09 25 2 9.3 25 25 150 50 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.49 ● MKT113-025R02P25-SO09L 25 2 9.3 25 25 200 75 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.67 ● MKT113-025R03P25-SO09S 25 3 9.3 25 25 110 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.35 ● MKT113-025R03P25-SO09 25 3 9.3 25 25 150 50 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.49 ● MKT113-025R03P25-SO09-DB 25 3 9.3 25 25 150 50 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.49 ● MKT113-025R03P25-SO09L 25 3 9.3 25 25 200 75 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.67 ● MKT113-032R03P32-SO09S 32 3 16.2 32 32 120 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.63 ● MKT113-032R03P32-SO09 32 3 16.2 32 32 180 60 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.98 ● MKT113-032R03P32-SO09L 32 3 16.2 32 32 250 100 1.2 SOE(M)T09T3-SM 䧃 Fig3 1.39 ● MKT113-032R04P32-SO09S 32 4 16.2 32 32 120 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.63 ● MKT113-032R04P32-SO09 32 4 16.2 32 32 180 60 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.99 ● MKT113-032R04P32-SO09L 32 4 16.2 32 32 250 100 1.2 SOE(M)T09T3-SM 䧃 Fig3 1.38 ● MKT113-032R02P32-SO12S 32 2 11.7 32 32 120 40 1.4 SOE(M)T1204-SM 䧃 Fig3 0.64 ● MKT113-032R02P32-SO12 32 2 11.7 32 32 180 60 1.4 SOE(M)T1204-SM 䧃 Fig3 0.99 ● MKT113-032R02P32-SO12L 32 2 11.7 32 32 250 100 1.4 SOE(M)T1204-SM 䧃 Fig3 1.39 ● MKT113-032R03P32-SO12S 32 3 11.7 32 32 120 40 1.4 SOE(M)T1204-SM 䧃 Fig3 0.62 ● MKT113-032R03P32-SO12 32 3 11.7 32 32 180 60 1.4 SOE(M)T1204-SM 䧃 Fig3 0.98 ● MKT113-032R03P32-SO12L 32 3 11.7 32 32 250 100 1.4 SOE(M)T1204-SM 䧃 Fig3 1.39 ● MKT113-035R04P32-SO09S 35 4 19.2 35 32 120 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 0.64 ● MKT113-035R04P32-SO09 35 4 19.2 35 32 180 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 1.03 ● MKT113-035R04P32-SO09L 35 4 19.2 35 32 250 40 1.2 SOE(M)T09T3-SM 䧃 Fig3 1.45 ● MKT113-035R03P32-SO12S 35 3 14.7 35 32 120 40 1.4 SOE(M)T1204-SM 䧃 Fig3 0.64 ● MKT113-035R03P32-SO12 35 3 14.7 35 32 180 40 1.4 SOE(M)T1204-SM 䧃 Fig3 1 ● MKT113-035R03P32-SO12L 35 3 14.7 35 32 250 40 1.4 SOE(M)T1204-SM 䧃 Fig3 1.42 ● Fast Feed Milling Note: Ending with “-DB” is an electroplated tool. ●Stock ○Available Upon Order Note: Ending with “-DB” is an electroplated tool. Note: Ending with “-DB” is an electroplated tool. Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCON LF LU MKT113-032R04W32-SO09S-DB 32 4 11.7 32 32 120 40 1.2 SOE(M)T09T3-SM 䧃 Fig5 0.64 ● MKT113-035R05W32-SO09S-DB 35 5 19.2 35 32 120 40 1.2 SOE(M)T09T3-SM 䧃 Fig5 0.66 ● MKT113-035R05W32-SO09-DB 35 5 19.2 35 32 180 40 1.2 SOE(M)T09T3-SM 䧃 Fig5 1.03 ● MKT113-035R05W32-SO09L-DB 35 5 19.2 35 32 250 40 1.2 SOE(M)T09T3-SM 䧃 Fig5 1.46 ● MKT113 Replaceable Tool Bit Fig4 Order No. DiameterTeeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling DiagramWeight (KG) In Stock DC DCX DCSFMSDCON LF CRKS MKT113-025R02M12-SO09 25 2 9.3 25 23 12.5 35 M12 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.09 ● MKT113-025R03M12-SO09 25 3 9.3 25 23 12.5 35 M12 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.09 ● MKT113-025R03M12-SO09-DB 25 3 9.3 25 23 12.5 35 M12 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.09 ● MKT113-032R03M16-SO09 32 3 16.2 32 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.17 ● MKT113-032R04M16-SO09 32 4 16.2 32 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.17 ● MKT113-032R02M16-SO12 32 2 11.7 32 29 17 40 M16 1.4 SOE(M)T1204-SM 䧃 Fig4 0.17 ● MKT113-032R03M16-SO12 32 3 11.7 32 29 17 40 M16 1.4 SOE(M)T1204-SM 䧃 Fig4 0.16 ● MKT113-035R03M16-SO09 35 3 19.2 35 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.18 ● MKT113-035R04M16-SO09 35 4 19.2 35 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.17 ● MKT113-035R05M16-SO09 35 5 19.2 35 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.19 ● MKT113-035R05M16-SO09-DB 35 5 19.2 35 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.19 ● MKT113-035R03M16-SO12 35 3 14.7 35 29 17 40 M16 1.4 SOE(M)T1204-SM 䧃 Fig4 0.17 ● MKT113-040R05M16-SO09 40 5 24.2 40 29 17 40 M16 1.2 SOE(M)T09T3-SM 䧃 Fig4 0.2 ● MKT113-042R04M16-SO12 42 4 21.7 42 29 17 40 M16 1.4 SOE(M)T1204-SM 䧃 Fig4 0.2 ● Fast Feed Milling MKT113 Side-clamping Type Fig5 ●Stock ○Available Upon Order ●Stock ○Available Upon Order

096 097 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B MKT213 Mandrel Type Fig1 Fig2 Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCON LF KWW KDP MKT213-040R04A16-SO09 40 4 24.8 40 16 40 8.4 5.6 1.1 SOMT0904-ST 䧃 Fig1 0.17 ○ MKT213-040R05A16-SO09 40 5 24.8 40 16 40 8.4 5.6 1.1 SOMT0904-ST 䧃 Fig1 0.18 ○ MKT213-042R04A16-SO09 42 4 26.8 42 16 40 8.4 5.6 1.1 SOMT0904-ST 䧃 Fig1 0.19 ○ MKT213-042R05A16-SO09 42 5 26.8 42 16 40 8.4 5.6 1.1 SOMT0904-ST 䧃 Fig1 0.2 ○ MKT213-050R05A22-SO09 50 5 35.3 50 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.27 ○ MKT213-050R06A22-SO09 50 6 35.3 50 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.27 ○ MKT213-050R07A22-SO09 50 7 35.3 50 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.28 ○ MKT213-050R05A22-SO12 50 5 29.5 50 22 40 10.4 6.3 1.8 SOMT1205-ST 䧃 Fig1 0.24 ● MKT213-052R06A22-SO09 52 6 36.8 52 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.28 ○ MKT213-052R07A22-SO09 52 7 36.8 52 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.3 ○ MKT213-052R05A22-SO12 52 5 31.5 52 22 40 10.4 6.3 1.8 SOMT1205-ST 䧃 Fig1 0.26 ○ MKT213-063R06A22-SO09 63 6 47.8 63 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.48 ○ MKT213-063R08A22-SO09 63 8 47.8 63 22 40 10.4 6.3 1.1 SOMT0904-ST 䧃 Fig1 0.49 ○ MKT213-063R06A27-SO09 63 6 47.8 63 27 50 12.4 7 1.1 SOMT0904-ST 䧃 Fig1 0.56 ○ MKT213-063R08A27-SO09 63 8 47.8 63 27 50 12.4 7 1.1 SOMT0904-ST 䧃 Fig1 0.58 ○ MKT213-063R06A22-SO12 63 6 42.4 63 22 40 10.4 6.3 1.8 SOMT1205-ST 䧃 Fig1 0.46 ● MKT213-063R06A27-SO12 63 6 42.4 63 27 50 12.4 7 1.8 SOMT1205-ST 䧃 Fig1 0.54 ○ MKT213-066R05A27-SO12 66 5 45.4 66 27 50 12.4 7 1.8 SOMT1205-ST 䧃 Fig1 0.55 ○ MKT213-080R06A27-SO12 80 6 59.4 80 27 50 12.4 7 1.8 SOMT1205-ST 䧃 Fig1 0.89 ○ MKT213-080R08A27-SO12 80 8 59.4 80 27 50 12.4 7 1.8 SOMT1205-ST 䧃 Fig1 0.91 ○ MKT213-100R07B32-SO12 100 7 79.7 100 32 60 14.4 8 1.8 SOMT1205-ST × Fig2 1.35 ● MKT213-125R08B40-SO12 125 8 104.7 125 40 60 16.4 9 1.8 SOMT1205-ST × Fig2 2.61 ○ Fast Feed Milling ●Stock ○Available Upon Order MKT213 Cylindrical Straight Shank Type Fig3 Order No. Diameter Teeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCXDCON LF LU MKT213-025R02P25-SO09S 25 2 9.9 25 25 110 40 1.1 SOMT0904-ST 䧃 Fig3 0.36 ○ MKT213-025R02P25-SO09 25 2 9.9 25 25 150 50 1.1 SOMT0904-ST 䧃 Fig3 0.51 ○ MKT213-025R02P25-SO09L 25 2 9.9 25 25 200 75 1.1 SOMT0904-ST 䧃 Fig3 0.68 ○ MKT213-025R03P25-SO09S 25 3 9.9 25 25 110 40 1.1 SOMT0904-ST 䧃 Fig3 0.36 ● MKT213-025R03P25-SO09 25 3 9.9 25 25 150 50 1.1 SOMT0904-ST 䧃 Fig3 0.51 ● MKT213-025R03P25-SO09L 25 3 9.9 25 25 300 50 1.1 SOMT0904-ST 䧃 Fig3 1.07 ○ MKT213-032R03P32-SO09S 32 3 16.8 32 32 120 40 1.1 SOMT0904-ST 䧃 Fig3 0.64 ○ MKT213-032R03P32-SO09 32 3 16.8 32 32 180 60 1.1 SOMT0904-ST 䧃 Fig3 0.99 ○ MKT213-032R03P32-SO09L 32 3 16.8 32 32 250 100 1.1 SOMT0904-ST 䧃 Fig3 1.39 ○ MKT213-032R04P32-SO09S 32 4 16.8 32 32 120 40 1.1 SOMT0904-ST 䧃 Fig3 0.65 ● MKT213-032R04P32-SO09 32 4 16.8 32 32 180 60 1.1 SOMT0904-ST 䧃 Fig3 1 ● MKT213-032R04P32-SO09L 32 4 16.8 32 32 250 100 1.1 SOMT0904-ST 䧃 Fig3 1.4 ○ MKT213-032R02P32-SO12S 32 2 11.5 32 32 120 40 1.8 SOMT1205-ST 䧃 Fig3 0.65 ○ MKT213-032R02P32-SO12 32 2 11.5 32 32 180 60 1.8 SOMT1205-ST 䧃 Fig3 1.01 ○ MKT213-032R02P32-SO12L 32 2 11.5 32 32 250 100 1.8 SOMT1205-ST 䧃 Fig3 1.41 ○ MKT213-032R03P32-SO12S 32 3 11.5 32 32 120 40 1.8 SOMT1205-ST 䧃 Fig3 0.64 ○ MKT213-032R03P32-SO12 32 3 11.5 32 32 180 60 1.8 SOMT1205-ST 䧃 Fig3 1 ○ MKT213-032R03P32-SO12L 32 3 11.5 32 32 250 100 1.8 SOMT1205-ST 䧃 Fig3 1.41 ○ MKT213-035R04P32-SO09S 35 4 19.9 35 32 120 40 1.1 SOMT0904-ST 䧃 Fig3 0.65 ○ MKT213-035R04P32-SO09 35 4 19.9 35 32 180 40 1.1 SOMT0904-ST 䧃 Fig3 1.02 ○ MKT213-035R04P32-SO09L 35 4 19.9 35 32 250 40 1.1 SOMT0904-ST 䧃 Fig3 1.45 ○ MKT213-035R03P32-SO12S 35 3 14.4 35 32 120 40 1.8 SOMT1205-ST 䧃 Fig3 0.65 ○ MKT213-035R03P32-SO12 35 3 14.4 35 32 180 40 1.8 SOMT1205-ST 䧃 Fig3 1.03 ○ MKT213-035R03P32-SO12L 35 3 14.4 35 32 250 40 1.8 SOMT1205-ST 䧃 Fig3 1.47 ○ Fast Feed Milling ●Stock ○Available Upon Order

098 099 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B MKT213 Replaceable Tool Bit Fig4 Order No. DiameterTeeth Dimensions (mm) Maximum Cutting Depth APMX Matched Insert Internal Cooling Diagram Weight (KG) In Stock DC DCX DCSFMSDCON LF CRKS MKT213-025R02M12-SO09 25 2 9.9 25 23 12.5 35 M12 1.1 SOMT0904-ST 䧃 Fig4 0.09 ● MKT213-025R03M12-SO09 25 3 9.9 25 23 12.5 35 M12 1.1 SOMT0904-ST 䧃 Fig4 0.09 ○ MKT213-032R03M16-SO09 32 3 16.8 32 29 17 40 M16 1.1 SOMT0904-ST 䧃 Fig4 0.19 ○ MKT213-032R04M16-SO09 32 4 16.8 32 29 17 40 M16 1.1 SOMT0904-ST 䧃 Fig4 0.18 ● MKT213-032R02M16-SO12 32 2 11.4 32 29 17 40 M16 1.8 SOMT1205-ST 䧃 Fig4 0.16 ○ MKT213-032R03M16-SO12 32 3 11.4 32 29 17 40 M16 1.8 SOMT1205-ST 䧃 Fig4 0.16 ○ MKT213-035R04M16-SO09 35 4 19.9 35 29 17 40 M16 1.1 SOMT0904-ST 䧃 Fig4 0.17 ○ MKT213-035R03M16-SO12 35 3 14.4 35 29 17 40 M16 1.8 SOMT1205-ST 䧃 Fig4 0.17 ○ MKT213-040R05M16-SO09 40 5 24.8 40 29 17 40 M16 1.1 SOMT0904-ST 䧃 Fig4 0.2 ○ MKT213-042R04M16-SO12 40 4 21.4 42 29 17 40 M16 1.8 SOMT1205-ST 䧃 Fig4 0.2 ○ Fast Feed Milling ●Stock ○Available Upon Order Parts Name Insert Screw Recommended Torque Insert Screw Wrench Shape Suitable Insert SOE(M)T09T3-SM Order No. SI60M035076-04808IB 3 TI10KB - SOE(M)T1204-SM Order No. SI60M040100-05510IS 3.5 TI15KB TI15TB SOMT0904-ST Order No. SI60M035076-04808IB 3 TI10KB - SOMT1205-ST Order No. SI60M040100-05510IS 3.5 TI15KB TI15TB List of Tool Accessories N·m Machining Program Parameters ,QVHUW6SHFLٴFDWLRQV Approximate Programmed Fillet R (mm) Cutting Residue K (mm) Schematic Diagram SOET09T312-SM 2.34 0.9 SOMT09T312-SM 2.34 0.9 SOET120420-SM 3.29 1.0 SOMT120420-SM 3.29 1.0 SOMT090412-ST 2.20  SOMT120512-ST  1.0 Cutting Residue K Cutting Residue K Approximate Programmed Fillet R Approximate Programmed Fillet R

100 101 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Insert 6SHFLٴFDWLRQV Cutter Diameter D(mm) Ramp Milling Helical Interpolation Milling Maximum Ramp $QJOHƄ r Maximum Cutting Depth Ap (mm) Minimum Tool Path Length L (mm) for Machining to the Maximum Cutting Depth Minimum Diameter HD Min (mm) Maximum Diameter HD Max(mm) MKT113 SO*T09-SM 25 3 1.2 22.9 33 48 32 2.5 1.2    35 2 1.2 34.4 53  40 1.8 1.2 38.2   42 1.8 1.2 38.2  82 50 1.5 1.2 45.8 83 98 52 1.2 1.2   102  1 1.2  109 124 MKT113 SO*T12-SM 32 2.5 1.4 32.1 41  35 2 1.4 40.1   42 1.8 1.4 44.5  82 50 1.5 1.4 53.5  98 52 1 1.4 80.2 81 102  0.8 1.4 100.3 103 124  0.8 1.4 100.3 109 130 80  1.4   158 100 0.5 1.4   198 125 0.4 1.4 200.5  248 MKT213 SOMT09-ST 25 3 1.1 21.0 33 48 32 2.5 1.1 25.2   35 2 1.1 31.5 53  40 1.5 1.1 42.0   42 1.5 1.1 42.0  82 50 1.2 1.1 52.5 83 98 52 1 1.1   102   1.1 105.0 109 124 MKT213 SOMT12-ST 32 2.5 1.8 41.2   35 2.5 1.8 41.2 53  42 2 1.8 51.5  82 50 1.5 1.8  83 98 52 1.5 1.8   102  1 1.8 103.1 109 124  0.8 1.8 128.9 115 130 80 0.5 1.8  143 158 100 0.3 1.8 343.8 183 198 125 0.2 1.8  233 248 Parameters for Ramp Milling and Helical Milling Machined Material Material Hardness Grade 6SHFLٴFDWLRQV Recommended cutting Depth Ap(mm) Cutting Speed Vc(m/min) Feed/edge fz (mm) Medium Cutting (M) Heavy Cutting (H) Stainless Steel (Ferritic, Martensitic) ≤ HB270 GMM7130 SOE(M)T09T3-SM 1.2 120 （80-160） 1.0 （0.6-1.4） 1.2 （0.8-1.5） SOE(M)T1204-SM 1.4 SOMT0904-ST 1.1 SOMT1205-ST 1.8 Stainless Steel (Austenitic, Duplex) ≤ HB270 GMM7130 SOE(M)T09T3-SM 1.2 100 （60-140） 0.6 （0.6-1.0） 1.0 （0.8-1.2） SOE(M)T1204-SM 1.4 SOMT0904-ST 1.1 SOMT1205-ST 1.8 Heat- resistant Alloys, Titanium Alloys HRC30-45 GMM7130 SOE(M)T09T3-SM 1.2 40 (30-60) 0.5 （0.3-0.8） 0.7 （0.4-1.1） SOE(M)T1204-SM 1.4 SOMT0904-ST 1.1 SOMT1205-ST 1.8 Recommended Cutting Data

102 MILLING Indexable Milling Tools MILLING B Competitor GESAC Competitor GESAC Case 1 Rear beam cavity machining Case 2 Superalloy Test Piece Applications 0 50 100 350% 50% Workpiece Rear beam Tool specification SOMT120420-SM Grade GMM7130 Workpiece Material TC4（HRC30-35） Cutting Speed 50m/min Feed Rate 0.83mm/z Cutting Volume ap=0.8mm Cutting Method Cavity Milling Cooling Method Water-based Emulsion SOMT12 Competitor Processing Time/h Workpiece Test Piece Tool specification SOMT09T312-SM Grade GMM7130 Workpiece Material GH4282（HRC38-43） Cutting Speed 25m/min Feed Rate 0.3mm/z Cutting Volume ap=0.3mm Cutting Method Face Milling Cooling Method Water-based Emulsion Processing Time/min 2 40 6 Wear Failure Chips W DM Insert + MTD122 Tool Holder ,QGH[DEOHb'LVF7\SHb7KUHDGb0LOOLQJb7RROV '0b6HULHV ● Precision grinding ensures high accuracy in blade and tooth profiles, delivering minimal runout even with complex interface positioning ● Disc-type thread mills come in 3/6-flute designs, with dense tooth configurations that inherently boost machining efficiency ● The disc-type thread mill's unique blade design and precision control deliver superior thread surface finish while effectively suppressing burrs ● The series features the new GA4425 grade, offering extended tool life and reduced changeover time for sustained multi-station processing of complex components

104 105 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Symbols Designation Description DIN 1835 Form A Steel shaft without clamping surface DIN 1835 Form B Steel shaft with Weldon clamping surface DIN 6535 Form A Solid carbide shaft without clamping surface DIN 6535 Form B Solid carbide shaft with Weldon clamping surface Cutter with tightening thread Ø min. 8 mm Smallest necessary bore-diameter Internal coolant supply Number of inserts Designation Description M Thread standard M Thread with undercut (Trio-Cut) IR / IL for right- and left hand internal thread for left hand thread modify your NC-program! AR / AL for right- and left hand external thread for left hand thread modify your NC-program! Full form Full form thread milling Partial form Partial form thread milling 60° α Point angle DIN 13 Thread standard Designation Rules for Disc-Type Thread Milling Insert DM R12 096 100 MM L TH GA4425 ① ② ③ ④ ⑤ ⑥ ⑧⑦ ⑤Thread Form Standard Designation General Thread Form VM=V-shaped tooth 60° VW=Hewitt Tooth Shape 55° Special Thread Form MM=Metric thread 60° WH=G+BSW+BSF WM=BSW+BSF WW=BSW WF=BSF UN=UN60° NT=NPT60° AC=ACME29° SA=STUB-ACME ⑧Grade GA4425 ②Code for Cutting Direction/ Insert Interface Specification Code for Cutting Direction L/R=Left/Right Hand Insert Interface Specification 12/16/20/25 ⑦Application Scenario TH=Thread Milling ⑥Thread Hole Designation For an insert specification machining either diameter: the major diameter is identified by "L"; the minor diameter has no marking. Most inserts suit a range of thread diameters and are unmarked. ③Insert Diameter 096=9.6mm 105=10.5mm 160=16.0mm 200=20.0mm 260=26.0mm ①Product Series Name DM ④Thread Pitch Metric thread pitch 100=1.00mm 150=1.50mm 175=1.75mm 200=2.00mm Imperial thread pitch 12=12" 11=11" 10=10" 09=9"

106 107 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Designation Rules for Disc-Type Thread Milling Insert MTD 122 12 070 P10 DM12 S HA ① ② ③ ④ ⑤ ⑥ ⑧⑦ ⑥Insert Designation DM12 DM*12 Insert ②Series Code =122 ⑦Tool Holder Length S Short （M） Medium L Long ⑧Shank Material and Treatment Process Code HA Blackened Steel Shank DB Electroplated Steel Shank C Carbide Shank HM Heavy Metal Shank ③Insert Interface Specification 12/16/20/25 ④Tool Head Diameter 070=7.0mm 115=11.5mm ①Product Series Name MTD ⑤Shank Interface Designation Shank Interface Type Designation P Straight Shank W Flattened Straight Shank M Threaded Interface Interface Size 16=16mm 20=20mm 25=25mm Thread Milling POLYMILL Order No. Dimensions Thread Number of teeth Grade Pitch mm D mm LP1 mm LP2 mm t mm GA4425 DMR12096100MM-TH 1.00 9.6 2.65 0.80 0.572 ≥ M12x 1 3 ○ DMR12096150MM-TH 1.50 9.6 2.50 0.95 0.875 ≥ M14 x 1.5 3 ○ DMR12096175MM-TH 1.75 9.6 2.25 1.20 1.010 only M12 3 ○ DMR12105200MM-TH 2.00 10.5 2.25 1.20 1.127 only M14, M16 3 ○ DMR12105200MML-TH 2.00 10.5 2.25 1.20 1.157 ≥ M18x 2 3 ○ DMR16160100MM-TH 1.00 16.0 2.80 1.03 0.572 ≥ M18 x 1 6 ○ DMR16160150MM-TH 1.50 16.0 2.55 1.28 0.864 ≥ M20 x 1.5 6 ○ DMR16160200MM-TH 2.00 16.0 2.55 1.28 1.157 ≥ M22 x 2 6 ○ DMR16160250MM-TH 2.50 16.0. 2.05 1.78 1.400 only M20, M22 6 ○ DMR16160250MML-TH 2.50 16.0. 2.05 1.78 1.444 ≥ M24 x 2.5 6 ○ DMR16160300MM-TH 3.00 16.0. 3.05 1.78 1.702 ≥ M24 6 ○ DMR20200150MM-TH 1.50 20.0 2.55 1.28 0.875 ≥ M24 x 1.5 6 ○ DMR20200200MM-TH 2.00 20.0 2.55 1.28 1.157 ≥ M27 x 2 6 ○ DMR20200300MM-TH 3.00 20.0 2.15 1.68 1.745 only M24, M27 6 ○ DMR25260150MM-TH 1.50 26.0 2.15 1.28 0.875 ≥ M30 x 1.5 6 ○ DMR25260200MM-TH 2.00 26.0 2.55 1.28 1.159 ≥ M33 x 2 6 ○ DMR25260300MM-TH 3.00 26.0 2.95 1.88 1.702 ≥ M39 x 3 6 ○ DMR25240350MM-TH 3.50 24.0 2.75 2.08 1.960 only M30, M33 6 ○ DMR25260350MM-TH 3.50 26.0 2.90 1.93 1.980 ≥ M42 x 3.5 6 ○ DMR25260400MM-TH 4.00 26.0 2.65 2.18 2.262 M36 - M54 x 4 6 ○ DMR25260400MML-TH 4.00 26.0 2.90 1.93 2.262 ≥ M48 x 4 6 ○ DMR25260450MM-TH 4.50 26.0 2.65 2.18 2.602 ≥ M42 6 ○ DMR25260500MM-TH 5.00 26.0 3.85 3.48 2.836 ≥ M48 6 ○ DMR25260550MM-TH 5.50 26.0 3.85 3.48 3.182 ≥ M56 6 ○ DMR25260600MM-TH 6.00 26.0 3.85 3.48 3.467 ≥ M64 6 ○ ●Stock ○Available Upon Order DIN 13 Full formMFM IR / IL

108 109 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Thread Milling POLYMILL Order No. Dimensions（mm） Number of teeth Grade Pitch mm Thread Nominal Ø mm D mm LP1 mm LP2 mm G mm Smax. mm GA4425 DMR12117100VM-TH 1-3 ≥16 11.7 2.125 1.33 0.10 1.81 3 ○ DMR16160100VM-TH 1-4 ≥20 16.0 2.70 1.68 0.10 2.45 6 ○ DMR16160250VM-TH 2.5-4 ≥22 16.0 2.70 1.68 0.25 2.45 6 ○ DMR16177100VM-TH 1-3 ≥22 17.7 2.70 1.05 0.10 1.81 6 ○ DMR20200100VM-TH 1-3 ≥24 20.0 2.15 1.68 0.10 1.81 6 ○ DMR20217100VM-TH 1-2 ≥27 21.7 4.15 1.00 0.10 1.15 6 ○ DMR20217200VM-TH 2-4 ≥30 21.7 2.95 1.80 0.15 2.45 6 ○ DMR25260100VM-TH 1-3 ≥32 26.0 2.75 2.08 0.10 1.81 6 ○ DMR25260250VM-TH 2.5-5 ≥36 26.0 2.65 2.18 0.25 3.20 6 ○ DMR25260350VM-TH 3.5-6 ≥52 26.0 3.85 2.93 0.40 4.20 6 ○ ●Stock ○Available Upon Order Full formMFM IR / IL UN NPT NPSM AR / AL Thread Milling POLYMILL Order No. Dimensions Thread Number of teeth Grade Pitch / " Pitch mm D mm LP1 mm LP2 mm t mm GA4425 DMR1210012WW-TH 12 2.117 10 2.25 1.1 1.371 BSW 9ȕ16b 3 ○ DMR1210411WW-TH 11 2.309 10.4 2.15 1.5 1.494 BSW 5ȕ8 + 11ȕ16 3 ○ DMR1211710WW-TH 10 2.540 11.7 2.2 1.4 1.455 BSW 3ȕ4 + 13ȕ16 3 ○ DMR1616009WW-TH 9 2.822 16 2.15 1.675 1.622 BSW 7ȕ8 + 15ȕ16 6 ○ DMR1616008WW-TH 8 3.175 16 2.65 1.84 1.83 BSW 1 6 ○ DMR1616007WW-TH 7 3.629 16 2.65 2.05 2.098 BSW 11ȕ8 + 11ȕ4 6 ○ DMR1616006WW-TH 6 4.233 16 3.175 2.2 2.455 BSW 13ȕ8 + 11ȕ2 6 ○ DMR2020007WW-TH 7 3.629 20 2.7 2.225 2.098 BSW 11ȕ8 + 11ȕ4 6 ○ DMR2020006WW-TH 6 4.233 20 3.15 2.675 2.455 BSW 13ȕ8 + 11ȕ2 6 ○ DMR2524006WW-TH 6 4.233 24 4.4 2.675 2.455 BSW 13ȕ8 6 ○ DMR2524006WWL-TH 6 4.233 24 4.4 2.675 2.455 BSW 11ȕ2 6 ○ DMR2524005WW-TH 5 5.080 24 3.9 2.875 2.955 BSW 15ȕ8 + 13ȕ4 6 ○ ●Stock ○Available Upon Order BS 84 BSW AR / AL Full form

110 111 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Thread Milling POLYMILL Order No. Dimensions Thread Number of teeth Grade Pitch / " Pitch mm D mm LP1 mm LP2 mm t mm GA4425 DMR1209614WF-TH 14 1.814 9.6 2.25 1.1 1.177 BSF 5ȕ8 + 11ȕ16 3 ○ DMR1210012WF-TH 12 2.117 10 2.25 1.1 1.371 BSF 3ȕ4 + 11ȕ16 3 ○ DMR1210411WF-TH 11 2.309 10.4 2.15 1.5 1.494 BSF 7ȕ8 3 ○ DMR1211710WF-TH 10 2.540 11.7 2.20 1.4 1.455 BSF 1 3 ○ DMR1616009WF-TH 9 2.822 16 2.15 1.675 1.622 BSF 11ȕ8 + 11ȕ4 6 ○ DMR1616008WF-TH 8 3.175 16 2.15 1.675 1.83 BSF 13ȕ8 - 15ȕ8 6 ○ DMR1616007WF-TH 7 3.629 16 2.65 2.05 2.098 BSF 13ȕ4 + 2 6 ○ DMR1616006WF-TH 6 4.233 16 3.175 2.2 2.455 BSF 21ȕ4 - 23ȕ4 6 ○ DMR2020008WF-TH 8 3.175 20 2.15 1.675 1.83 BSF 13ȕ8 - 15ȕ8 6 ○ DMR2020007WF-TH 7 3.629 20 2.7 2.225 2.098 BSF 13ȕ4 + 2 6 ○ DMR2020006WF-TH 6 4.233 20 3.15 2.675 2.455 BSF 21ȕ4 - 23ȕ4 6 ○ DMR2524008WF-TH 8 3.175 24 2.1 1.675 1.83 BSF 13ȕ8 - 15ȕ8 6 ○ DMR2524007WF-TH 7 3.629 24 2.65 2.175 2.098 BSF 13ȕ4 + 2 6 ○ DMR2524006WF-TH 6 4.233 24 4.4 2.675 2.455 BSF 21ȕ4 - 23ȕ4 6 ○ DMR2524005WF-TH 5 5.080 24 3.9 2.875 2.955 BSF 3 - 31ȕ4 6 ○ ●Stock ○Available Upon Order Full formBS 84 BSF IR / IL Thread Milling POLYMILL Order No. Dimensions Thread Number of teeth Grade Pitch / " Pitch mm D mm LP1 mm LP2 mm t mm GA4425 DMR1211714WM-TH 14 1.814 11.7 2.30 1.3 1.178 BSW / BSF - 14 Gg 3 ○ DMR1211712WM-TH 12 2.117 11.7 2.25 1.4 1.374 BSW / BSF - 12 Gg 3 ○ DMR1211711WM-TH 11 2.309 11.7 2.25 1.4 1.498 BSW / BSF - 11 Gg 3 ○ DMR1211710WM-TH 10 2.540 11.7 2.25 1.4 1.646 BSW / BSF - 10 Gg 3 ○ DMR1616014WM-TH 14 1.814 16 2.15 1.675 1.178 BSW / BSF - 14 Gg 6 ○ DMR1616012WM-TH 12 2.117 16 2.15 1.675 1.374 BSW / BSF - 12 Gg 6 ○ DMR1616011WM-TH 11 2.309 16 2.75 2.075 1.498 BSW / BSF - 11 Gg 6 ○ DMR1616010WM-TH 10 2.540 16 2.15 1.675 1.646 BSW / BSF - 10 Gg 6 ○ DMR1616009WM-TH 9 2.822 16 2.15 1.675 1.829 BSW / BSF - 9 Gg 6 ○ DMR1616008WM-TH 8 3.175 16 2.65 1.820 2.056 BSW / BSF - 8 Gg 6 ○ DMR1616007WM-TH 7 3.629 16 3.15 2.225 2.348 BSW / BSF - 7 Gg 6 ○ DMR1616006WM-TH 6 4.233 16 3.15 2.225 2.737 BSW / BSF - 6 Gg 6 ○ DMR2020014WM-TH 14 1.814 20 2.10 1.725 1.178 BSW / BSF - 14 Gg 6 ○ DMR2020012WM-TH 12 2.117 20 2.10 1.725 1.374 BSW / BSF - 12 Gg 6 ○ DMR2020011WM-TH 11 2.309 20 2.10 1.725 1.498 BSW / BSF - 11 Gg 6 ○ DMR2020010WM-TH 10 2.540 20 2.10 1.725 1.646 BSW / BSF - 10 Gg 6 ○ DMR2020009WM-TH 9 2.822 20 2.10 1.725 1.829 BSW / BSF - 9 Gg 6 ○ DMR2020008WM-TH 8 3.175 20 2.65 2.175 2.056 BSW / BSF - 8 Gg 6 ○ DMR2020007WM-TH 7 3.629 20 2.65 2.175 2.348 BSW / BSF - 7 Gg 6 ○ DMR2020006WM-TH 6 4.233 20 3.15 2.675 2.737 BSW / BSF - 6 Gg 6 ○ DMR2526011WM-TH 11 2.309 26 2.75 2.075 1.478 BSW / BSF - 11 Gg 6 ○ DMR2526008WM-TH 8 3.175 26 2.60 2.175 2.056 BSW / BSF - 8 Gg 6 ○ DMR2526007WM-TH 7 3.629 26 2.60 2.175 2.348 BSW / BSF - 7 Gg 6 ○ DMR2524006WM-TH 6 4.233 24 4.40 2.675 2.737 BSW / BSF - 6 Gg 6 ○ DMR2524005WM-TH 5 5.080 24 4.40 2.675 3.281 BSW / BSF - 5 Gg 6 ○ ●Stock ○Available Upon Order Full formBS 84 BSW AR / AL BSF

112 113 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Thread Milling POLYMILL Order No. Dimensions Thread Number of teeth Grade Pitch / " Pitch mm D mm LP1 mm LP2 mm t mm GA4425 DMR1616014VW-TH 14 - 8 1.814 - 3.175 16 2.75 1.625 0.35 2.5 6 ○ DMR2526008VW-TH 8 - 4 3.175 - 6.35 26 2.65 2.175 0.6 2.8 6 ○ ●Stock ○Available Upon Order BSF IR / IL G DIN 228/1 Partial formBSW AR / AL Circular Milling Tools with Polygonal Insert Seat Screw torques max. 107596 T08 IP 1.0 Nm 143158 T08 IP 1.1 Nm 107597 T15 IP 3.8 Nm 107529 T20 IP 5.5 Nm POLYMILL Order No. Form Dimensions（mm） Shaft Spare part No. dh6 d1 Dmax. Smax.(D-d1)/2 L L1 L2 Screwdriver* Screw * MTD122-12070P10-DM12 A 10 7.0 11.7 2.35 54 8 - Steel T8 IP 111656 M2.5x7 107596 MTD122-12070W12-DM12 B 12 7.0 11.7 2.35 67.5 20 - Steel MTD122-12070W12-DM12S B 12 7.0 11.7 2.35 67.5 20 - Carbide MTD122-12070P12-DM12S A 12 7.0 11.7 2.35 67.5 20 - Carbide MTD122-12070W12-DM12 B 12 7.0 11.7 2.35 80 30 - Carbide MTD122-12070P12-DM12 A 12 7.0 11.7 2.35 80 30 - Carbide MTD122-12070W12-DM12L B 12 7.0 11.7 2.35 100 40 - Carbide MTD122-12070P12-DM12L A 12 7.0 11.7 2.35 100 40 - Carbide MTD122-16090P10-DM16 A 10 9.0 17.7 4.35 60 11 - Steel T8 IP 111656 M3x12 143158 MTD122-16090W12-DM16 B 12 9.0 17.7 4.35 67.4 21 - Steel MTD122-16090W12-DM16S B 12 9.0 17.7 4.35 67.4 21 - Carbide MTD122-16090P12-DM16S A 12 9.0 17.7 4.35 67.4 21 - Carbide MTD122-16090W12-DM16 B 12 9.0 17.7 4.35 82.4 36 - Carbide MTD122-16090P12-DM16 A 12 9.0 17.7 4.35 82.4 36 - Carbide MTD122-16090P12-DM16L A 12 9.0 17.7 4.35 100 30 - Carbide MTD122-16115P12-DM16 A 12 11.5 17.7 2.85 82.4 37.4 13 Carbide MTD122-16120P12-DM16 A 12 12.0 17.7 2.85 122.5 77.5 - Carbide MTD122-20115P12-DM20 A 12 11.5 21.7 5.1 62.4 14.4 - Steel T15 IP 111671 M4x13 107597 MTD122-20115W16-DM20 B 16 11.5 21.7 5.1 80 30 - Steel MTD122-20115W16-DM20S B 16 11.5 21.7 5.1 80 30 - Carbide MTD122-20115P16-DM20S A 16 11.5 21.7 5.1 80 30 - Carbide MTD122-20115W16-DM20 B 16 11.5 21.7 5.1 100 50 - Carbide MTD122-20115P16-DM20 A 16 11.5 21.7 5.1 100 50 - Carbide MTD122-20155P16-DM20 A 16 15.5 21.7 3.1 105.5 57.5 20 Carbide MTD122-25136P16-DM25 A 16 13.6 27.7 7.05 69.6 20.4 - Steel T20 IP 111594 M5x13.5 107529 MTD122-25136W16-DM25 B 16 13.6 27.7 7.05 79.6 30.5 - Steel MTD122-25136W16-DM25S B 16 13.6 27.7 7.05 79.6 30.5 - Carbide MTD122-25136P16-DM25S A 16 13.6 27.7 7.05 79.6 30.5 - Carbide MTD122-25136W16-DM25 B 16 13.6 27.7 7.05 94.6 45.5 - Carbide MTD122-25136P16-DM25 A 16 13.6 27.7 7.05 94.6 45.5 - Carbide MTD122-25136W16-DM25L B 16 13.6 27.7 7.05 109.6 60.5 - Carbide MTD122-25136P16-DM25L A 16 13.6 27.7 7.05 109.6 60.5 - Carbide MTD122-25155P16-DM25 A 16 15.5 27.7 6.1 105 57 21.5 Carbide MTD122-25155P16-DM25L A 16 15.5 27.7 6.1 149.5 101.5 21.5 Carbide MTD122-25155P20-DM25 A 20 15.5 27.7 6.1 100 52 21.5 Carbide MTD122-25155P20-DM25L A 20 15.5 27.7 6.1 174.45 128.5 21.5 Carbide DIN 1835 Form A DIN 1835 Form B DIN 6535 Form A DIN 6535 Form B

114 MILLING Indexable Milling Tools MILLING B Thread size (M) Wrench size mm Tightening torque Nm M5 7 8 M6 9 10 M8 11 25 M10 15 40 M12 19 60 M16 24 80 Circular M Milling Tools with Polygonal Insert Seat Assembling Instructions Screw torques max. 107596 T08 IP 1.0 Nm 143158 T08 IP 1.1 Nm 107597 T15 IP 3.8 Nm 107529 T20 IP 5.5 Nm POLYMILL Order No. Form Dimensions（mm） Spare part No. d1 Dmax. Smax.(D-d1)/2 L M dg6 LPF Screwdriver* Screw * MTD122-12095M05-DM12 B 9.5 11.7 1.1 10.0 M5 5.5 5.0 111656 107596 MTD122-16095M05-DM16 B 9.5 17.7 4.1 15.0 M5 5.5 5.0 111656 143158 MTD122-16110M06-DM16 B 11.0 17.7 3.35 15.0 M6 6.5 5.0 111656 143158 MTD122-20115M06-DM20 B 11.5 21.7 5.1 15.0 M6 6.5 5.0 111671 107597 MTD122-20135M08-DM20 B 13.5 21.7 4.1 15.0 M8 8.5 5.5 111671 107597 MTD122-25136M08-DM25 B 13.6 27.7 7.05 18.0 M8 8.5 5.5 111594 107529 MTD122-25180M10-DM25 B 18.0 27.7 4.85 18.0 M10 10.5 5.5 111594 107529 W TC Insert + MTC190 Tool Holder 3RVLWLYHb&RPE7\SHb7KUHDGb0LOOLQJb7RROV 7&b6HULHV ● Precision grinding ensures high accuracy in blade and tooth profiles, delivering minimal runout even with complex interface positioning ● TC series comb-type thread mills feature innovative positive-curve blades that enable smooth cutting and significantly improve threading efficiency ● Comb-type inserts deliver clean thread surface finishes while effectively suppressing burrs and chatter marks during thread milling ● The series features the new GA4425 grade, offering extended tool life and reduced changeover time for sustained multi-station processing of complex components

116 117 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Designation Rules for Comb-Type Thread Milling Insert ⑥Thread Tpye I Internal thread E External thread M Universal for internal/ external threads ⑧Grade GA4425 ②Compatible Tool Holder Diameter Curved Edge Insert 12=12mm 17=17mm 20=20mm 25=25mm ⑦Geometry Code C=Curved Edge CU=Curved Edge With Undercut ①Product Series Name TC Curved Edge Insert ③ Metric thread pitch 100=1.00mm 150=1.50mm 175=1.75mm 200=2.00mm Imperial thread pitch 12=12" 11=11" 10=10" 09=9" TC 12 100 MM L I C GA4425 ① ② ③ ④ ⑤ ⑥ ⑧⑦ ④Thread Form Standard Designation General Thread Form VM=V-shaped tooth 60° VW=Hewitt Tooth Shape 55° Special Thread Form MM=Metric thread 60° WH=G+BSW+BSF WM=BSW+BSF WW=BSW WF=BSF UN=UN60° NT=NPT60° AC=ACME29° SA=STUB-ACME ⑤Thread Hole Designation For an insert specification machining either diameter: the major diameter is identified by "L"; the minor diameter has no marking. Most inserts suit a range of thread diameters and are unmarked. Designation Rules for Comb-Type Thread Milling Insert ②Product Generation+ Tool Cutting Edge Angle 1+90=190 ⑦Tool Holder Length S Short （M） Medium L Long ③Tool Diameter 012=12mm 017=17mm 020=20mm 025=25mm ④Cutting Direction+Number of Teeth Cutting Direction L/R=Left/Right Hand Number of Teeth 03=3 teeth MTC 190 012 R01 W16 TC12 L HA ① ② ③ ④ ⑤ ⑥ ⑧⑦ ①Product Series Name MTC Tool Holder of Curved Edge Insert ⑥Insert Designation TC12 TC12 curved-edge insert ⑤Shank Interface Designation Shank Interface Type Designation P Straight Shank W Flattened Straight Shank M Threaded Interface A/B/ C/D Mandrel Type Interface Size 16=16mm 20=20mm 25=25mm ⑧Shank Material and Treatment Process Code HA Blackened Steel Shank DB Electroplated Steel Shank C Carbide Shank HM Heavy Metal Shank

118 119 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Order No. Pitch mm HP mm LG* mm Teeth LP2* mm TC12100MMI-C 1.0 7.5 11.0 12 0.5 TC12150MMI-C 1.5 7.5 10.5 8 0.75 Order No. Pitch mm Pitch / " HP mm LG* mm Teeth LP2* mm TC1219WHM-C 1.337 19 7.5 9.07 9 0.65 TC1214WHM-C 1.814 14 7.5 9.07 6 0.9 Order No. Dimensions（mm） Shaft Spare part No. T8 IP Screwdriver* Screw *D dh6 d1 L L1 MTC190-012R01W16-TC12 12 16 9.4 74 18 Steel 111656 115567 Circular Milling Inserts Circular Milling Inserts Screw torques max. 1.1 Nm Circular Milling Tools TRIOCUT Note: Type 12 milling tools can only be used with type 12 milling inserts M DIN 13 Full form IR / IL BSW BSFG AR / AL Full form IR / IL DIN 228/1 DIN 1835 Form B Ø min. 14 mm Order No. Dimensions（mm） Shaft Spare part No. T15 IP Screwdriver* Screw *D dh6 d1 L L1 MTC190-017R01W16-TC17 17 16 13.7 79 30 Steel 111671 115628 MTC190-017R01W20-TC17 17 20 13.7 92 30 Steel 111671 115628 Order No. Pitch mm HP mm LG** mm Teeth LP2** mm TC17100MMI-C 1.0 11 16.0 17 0.55 TC17150MMI-C 1.5 11 16.5 12 0.75 TC17200MMI-C 2.0 11 16.0 9 1.0 Order No. Pitch mm HP mm LG** mm Teeth LP2** mm TC17150MME-C 1.5 11 16.5 12 0.75 Circular Milling Inserts Screw torques max. 3.8 Nm Circular Milling Tools Note: Type 17 milling tools can only be used with type 17 milling inserts Circular Milling Inserts TRIOCUT M DIN 13 Full form IR / IL DIN 1835 Form B Ø min. 19 mm M DIN 13 Full form AR / AL Full form

120 121 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Circular Milling Inserts Circular Milling Inserts Circular Milling Inserts Order No. Pitch mm HP mm LG** mm Teeth LP2** mm R mm TC17100MMI-CU 1.0 11 14.0 15 3.6 0.4 TC17150MMI-CU 1.5 11 13.5 10 4.1 0.4 TC17200MMI-CU 2.0 11 12.0 7 3.6 0.4 Order No. Pitch mm Pitch / " HP mm LG** mm Teeth LP2** mm Thread TC1711WHM-C 2.309 11 11 16.16 8 1.16 all TC1714WHM-C 1.814 14 11 16.33 10 0.95 5/8 – 3/4 – 7/8" Order No. Pitch mm Pitch / " HP mm LG** mm Teeth LP2** mm Thread TC1714WHI-C 1.814 14 11 16.33 10 0.95 G ½ " DIN 13 Full form IR / IL BSW BSFG AR / AL Full form IR / IL DIN 228/1 BSW BSFG Full form IR / IL DIN 228/1 Circular Milling Inserts Order No. Pitch mm Pitch / " HP mm LG** mm Teeth LP2** mm R mm Thread TC1711WHM-CU 2.309 11 11 11.54 6 4.6 0.4 all TC1714WHM-CU 1.814 14 11 12.69 8 3.5 0.4 5/8 – 3/4 – 7/8" TC1714WHLM-CU 1.814 14 11 12.69 8 3.5 0.4 only ½ " BSW BSF Full form IR / IL DIN 228/1 G

122 123 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Order No. D mm dh6 mm d1 mm L mm L1 mm Shaft Spare part No. T8 IP Screwdriver* Screw * MTC190-020R03W20-TC20 20 20 17.5 83 32 Steel 111656 115567 Order No. D mm dg6 mm M LPF mm d1 mm L mm Shaft Spare part No. T8 IP Screwdriver* Screw * MTC190-020R03M10-TC20 20 10.5 10 5 17.5 21 Steel 111656 115567 Screw torques max. 1.1 Nm Screw torques max. 1.1 Nm Circular Milling Tools Circular Milling Tools Note: Please adapt cutting data to overhangs length TRIOCUT TRIOCUT DIN 1835 Form B Ø min. 22 mm Ø min. 22 mm Circular Milling Inserts Circular Milling Inserts Note: Type 20 milling tools can only be used with type 20 milling inserts ** for internal threads only Note: Type 20 milling tools can only be used with type 20 milling inserts ** for internal threads only Order No. Pitch mm HP mm LG** mm Teeth LP2** mm TC20100MMI-C 1.0 7.5 12.0 13 0.5 TC20150MMI-C 1.5 7.5 10.5 8 0.75 Order No. Pitch mm Pitch / " HP mm LG** mm Teeth LP2** mm Thread TC2014WHM-C 1.814 14 7.5 9.07 6 0.9 TC2014WHLM-C 1.814 14** 7.5 9.07 6 0.9 G ¾ " M DIN 13 Full form IR / IL BSW BSFG AR / AL Full form IR / IL DIN 228/1

124 125 MILLING Indexable Milling Tools Indexable Milling Tools MILLING MILLING B MILLING B Order No. D mm dh6 mm d1 mm L mm L1 mm Shaft Spare part No. T15 IP Screwdriver* Screw * MTC190-025R03W25-TC25 25 25 21.7 107.6 50 Steel 111671 115628 MTC190-025R03W25-TC25 25 25 21.7 142.6 85 Heavy metal 111671 115628 Order No. D mm dg6 mm M LPF mm d1 mm L mm Shaft Spare part No. T15 IP Screwdriver* Screw * MTC190-025R03M10-TC25 25 10.5 10 5 21.7 30 Steel 111671 115628 Screw torques max. 3.8 Nm Screw torques max. 3.8 Nm Circular Milling Tools Circular Milling Tools Note: Please adapt cutting data to overhangs length TRIOCUT TRIOCUT DIN 1835 Form B Ø min. 26 mm Ø min. 26 mm Circular Milling Inserts Note: Type 25 milling tools can only be used with type 25 milling inserts Circular Milling Inserts Note: Type 25 milling tools can only be used with type 25 milling inserts Circular Milling Inserts Note: Type 25 milling tools can only be used with type 25 milling inserts Order No. Pitch mm HP mm LG** mm Teeth LP2** mm TC25100MMI-C 1.0 11 16.0 17 0.5 TC25150MMI-C 1.5 11 16.5 12 0.75 TC25200MMI-C 2.0 11 16.0 9 1.11 Order No. Pitch mm HP mm LG** mm Teeth LP2** mm TC25150MME-C 1.5 11 16.5 12 0.75 Order No. Pitch mm Pitch / " HP mm LG** mm Teeth LP2** mm TC2511WHM-C 2.309 11 11 16.16 8 1.16 TC2514WHM-C 1.814 14 11 16.33 10 0.95 M DIN 13 Full form IR / IL M DIN 13 Full form AR / AL BSW BSFG AR / AL Full form IR / IL DIN 228/1

HOLEMAKING TOOLS W ● T-Series utilizes HSS-PM material combined with a high-wear-resistant, low-friction composite multilayer coating to achieve high-efficiency machining ● T-Series adopts DIN standards and metric thread ● ET-Series employs HSS with a high-wear-resistant composite coating, offering versatile and general-purpose performance ● ET-Series complies with JIS standards, as well as metric and unified threads T/ET Tap Series

128 129 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ⑤ Cooling Mode N External Cooling C Internal Cooling of Central Outlet Water R Internal Cooling of Side Outlet Water T 118 S D C ③ Tap Type S Spiral Fluted Tap P Spiral Pointed Tap H Straight Fluted Tap F Fluteless Tap ② Tap Series Number 118 General Machining Series, Mainly for Machining PKM 128 Cast Iron Machining Series 138 Steel Machining Series 166 Copper Aluminum Alloy Machining Series 168 Stainless Steel Machining Series ① Tap Category T High-performance Tap ET Economic Tap ④ Tap Size Standard D German DIN Standard J Japanese JIS Standard Representation Rules for Tap Order No. Representation Rules for Tap Order No. ① ② ③ ④ ⑤ ⑥ Thread Diameter 030 Metric Tap Diameter M3 mm U0 American Standard No.0 U916 American System 9/16 Inch ⑨ Tap Accuracy Grade 6hx Tap Accuracy Grade P2 Tap Accuracy Grade Rh10 Tap Accuracy Grade ⑦ Pitch (Metric)/Number of Threads per Inch (Imperial) 030 Metric Tap Pitch 0.5 mm 12 American System 12 Threads per Inch ⑧ Cutting tap length A &XWWLQJWDSOHQJWKRIVWUDLJKWٵXWHGWDS3 SLWFK B Cutting tap length of spiral pointed tap 3.5-5.5P (pitch) C &XWWLQJWDSOHQJWKRIVWUDLJKWٵXWHGWDSRUVSLUDOٵXWHGWDS3 SLWFK RUH[WUXVLRQWDSOHQJWKRIٵXWHOHVVWDS 2-3P (pitch) D &XWWLQJWDSOHQJWKRIVWUDLJKWٵXWHGWDSRUVSLUDOٵXWHGWDS3 SLWFK RUH[WUXVLRQWDSOHQJWKRIٵXWHOHVVWDS 3-5.5P (pitch) E &XWWLQJWDSOHQJWKRIVWUDLJKWٵXWHGWDSRUVSLUDOٵXWHGWDS3 SLWFK RUH[WUXVLRQWDSOHQJWKRIٵXWHOHVVWDS 1.5-2P (pitch) F &XWWLQJWDSOHQJWKRIVWUDLJKWٵXWHGWDSRUVSLUDOٵXWHGWDS3 SLWFK RUH[WUXVLRQWDSOHQJWKRIٵXWHOHVVWDS 1-1.5P (pitch) 6HX030 050 C ⑥ ⑦ ⑧ ⑨

130 131 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDN-040070D-6HX M4×0.7 4 0.7 6HX 4P D 13 63 9 21 4.5 3.4 6 4.5×3.4 10.0 4 3.70 ○ T118-FDN-040070C-6HX M4×0.7 4 0.7 6HX 2.5P C 14 63 9 21 4.5 3.4 6 4.5×3.4 10.0 4 3.70 ● T118-FDN-050080D-6HX M5×0.8 5 0.8 6HX 4P D 13 70 10 25 6 4.9 8 6×4.9 12.5 4 4.64 ○ T118-FDN-050080C-6HX M5×0.8 5 0.8 6HX 2.5P C 14 70 10 25 6 4.9 8 6×4.9 12.5 4 4.64 ● T118-FDN-060100D-6HX M6×1 6 1 6HX 4P D 13 80 10 30 6 4.9 8 6×4.9 15.0 4 5.53 ○ T118-FDN-060100C-6HX M6×1 6 1 6HX 2.5P C 14 80 10 30 6 4.9 8 6×4.9 15.0 4 5.53 ● T118-FDN-070100D-6HX M7×1 7 1 6HX 4P D 5 80 10 30 7 5.5 8 7×5.5 17.5 4 6.53 ○ T118-FDN-070100C-6HX M7×1 7 1 6HX 2.5P C 5 80 10 30 7 5.5 8 7×5.5 17.5 4 6.53 ○ T118-FDN-080125D-6HX M8×1.25 8 1.25 6HX 4P D 5 90 13 35 8 6.2 9 8×6.2 20.0 8 7.40 ○ T118-FDN-080125C-6HX M8×1.25 8 1.25 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 8 7.40 ● T118-FDN-080100D-6HX M8×1 8 1 6HX 4P D 5 90 13 35 8 6.2 9 8×6.2 20.0 8 7.53 ○ T118-FDN-080100C-6HX M8×1 8 1 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 8 7.53 ○ T118-FDN-100150D-6HX M10×1.5 10 1.5 6HX 4P D 5 100 15 39 10 8 11 10×8 25.0 10 9.26 ○ T118-FDN-100150C-6HX M10×1.5 10 1.5 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 10 9.26 ● T118-FDN-100125D-6HX M10×1.25 10 1.25 6HX 4P D 5 100 15 39 10 8 11 10×8 25.0 10 9.40 ○ T118-FDN-100125C-6HX M10×1.25 10 1.25 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 10 9.40 ● T118-FDN-100100D-6HX M10×1 10 1 6HX 4P D 5 100 15 39 10 8 11 10×8 25.0 10 9.53 ○ T118-FDN-100100C-6HX M10×1 10 1 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 10 9.53 ○ T118-FDN-120175D-6HX M12×1.75 12 1.75 6HX 4P D 5 110 17 49 9 7 10 9×7 30.0 10 11.13 ○ T118-FDN-120175C-6HX M12×1.75 12 1.75 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 10 11.13 ● T118-FDN-120150D-6HX M12×1.5 12 1.5 6HX 4P D 5 110 17 49 9 7 10 9×7 30.0 10 11.26 ○ T118-FDN-120150C-6HX M12×1.5 12 1.5 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 10 11.26 ● T118-FDN .( High-performance General Machining Fluteless Tap ◎ Most Suitable ○ Suitable Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ○ ◎ ◎ 5HFRPPHQGHG&XWWLQJ'DWDण3 Series Positioning Dimensional Standards Threaded Tool Type Cooling Mode Tap Diameter Range High performance DIN Fluteless Tap External Cooling M4-M30 T118-FDN — DIN Fluteless Tap Internal Cooling M4-M30 T118-FDC T118-FDR — DIN Spiral Fluted Tap External Cooling M4-M16 T118-SDN — DIN Spiral Pointed Tap External Cooling M4-M16 T118-PDN — DIN Straight Fluted Tap External Cooling M5-M16 — — — T128-HDN DIN Straight Fluted Tap Internal Cooling M5-M16 — — — T128-HDC T128-HDR Economical JIS Fluteless Tap External Cooling M1-M16 ET138-FJN ET168-FJN ET166-FJN — JIS Spiral Fluted Tap External Cooling M1-M16 ET138-SJN ET168-SJN ET166-SJN — JIS Spiral Pointed Tap External Cooling M1-M16 ET138-PJN ET168-PJN ET166-PJN — JIS Straight Fluted Tap External Cooling M5-M16 — — — ET128-HJN JIS Straight Fluted Tap Internal Cooling M5-M16 — — — ET128-HJC ET128-HJR Tap Product Application List DIN371/ DIN376 DIN374HSS- PM TiAl-CISO 6HXM MF ●Stock ○Available Upon Order

132 133 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ T118-FDN High-performance General Machining Fluteless Tap Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ○ ◎ ◎ ◎ Most Suitable ○ Suitable Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDN-120125D-6HX M12×1.25 12 1.25 6HX 4P D 5 110 17 49 9 7 10 9×7 30.0 10 11.40 ○ T118-FDN-120125C-6HX M12×1.25 12 1.25 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 10 11.40 ● T118-FDN-120100D-6HX M12×1 12 1 6HX 4P D 5 110 17 49 9 7 10 9×7 30.0 10 11.53 ○ T118-FDN-120100C-6HX M12×1 12 1 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 10 11.53 ○ T118-FDN-140200D-6HX M14×2 14 2 6HX 4P D 5 110 20 53 11 9 12 11×9 35.0 10 12.99 ○ T118-FDN-140200C-6HX M14×2 14 2 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 10 12.99 ● T118-FDN-140150D-6HX M14×1.5 14 1.5 6HX 4P D 5 110 20 53 11 9 12 11×9 35.0 10 13.26 ○ T118-FDN-140150C-6HX M14×1.5 14 1.5 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 10 13.26 ● T118-FDN-140125D-6HX M14×1.25 14 1.25 6HX 4P D 5 110 20 53 11 9 12 11×9 35.0 10 13.40 ○ T118-FDN-140125C-6HX M14×1.25 14 1.25 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 10 13.40 ○ T118-FDN-140100D-6HX M14×1 14 1 6HX 4P D 5 110 20 53 11 9 12 11×9 35.0 10 13.53 ○ T118-FDN-140100C-6HX M14×1 14 1 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 10 13.53 ○ T118-FDN-160200D-6HX M16×2 16 2 6HX 4P D 5 110 20 54 12 9 12 12×9 40.0 12 14.99 ○ T118-FDN-160200C-6HX M16×2 16 2 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 12 14.99 ● T118-FDN-160150D-6HX M16×1.5 16 1.5 6HX 4P D 5 110 20 54 12 9 12 12×9 40.0 12 15.26 ○ T118-FDN-160150C-6HX M16×1.5 16 1.5 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 12 15.26 ● T118-FDN-160125D-6HX M16×1.25 16 1.25 6HX 4P D 5 110 20 54 12 9 12 12×9 40.0 12 15.40 ○ T118-FDN-160125C-6HX M16×1.25 16 1.25 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 12 15.40 ○ T118-FDN-160100D-6HX M16×1 16 1 6HX 4P D 5 110 20 54 12 9 12 12×9 40.0 12 15.53 ○ T118-FDN-160100C-6HX M16×1 16 1 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 12 15.53 ○ T118-FDN-180250D-6HX M18×2.5 18 2.5 6HX 4P D 5 125 25 61 14 11 14 14×11 45.0 12 16.72 ○ T118-FDN-180250C-6HX M18×2.5 18 2.5 6HX 2.5P C 5 125 25 61 14 11 14 14×11 45.0 12 16.72 ○ 5HFRPPHQGHG&XWWLQJ'DWDण3 Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDN-180200D-6HX M18×2 18 2 6HX 4P D 5 125 25 61 14 11 14 14×11 45.0 12 16.99 ○ T118-FDN-180200C-6HX M18×2 18 2 6HX 2.5P C 5 125 25 61 14 11 14 14×11 45.0 12 16.99 ○ T118-FDN-180150D-6HX M18×1.5 18 1.5 6HX 4P D 5 125 25 61 14 11 14 14×11 45.0 12 17.26 ○ T118-FDN-180150C-6HX M18×1.5 18 1.5 6HX 2.5P C 5 125 25 61 14 11 14 14×11 45.0 12 17.26 ○ T118-FDN-200250D-6HX M20×2.5 20 2.5 6HX 4P D 5 140 25 69 16 12 15 16×12 50.0 12 18.72 ○ T118-FDN-200250C-6HX M20×2.5 20 2.5 6HX 2.5P C 5 140 25 69 16 12 15 16×12 50.0 12 18.72 ○ T118-FDN-200200D-6HX M20×2 20 2 6HX 4P D 5 140 25 69 16 12 15 16×12 50.0 12 18.99 ○ T118-FDN-200200C-6HX M20×2 20 2 6HX 2.5P C 5 140 25 69 16 12 15 16×12 50.0 12 18.99 ○ T118-FDN-200150D-6HX M20×1.5 20 1.5 6HX 4P D 5 140 25 69 16 12 15 16×12 50.0 12 19.26 ○ T118-FDN-200150C-6HX M20×1.5 20 1.5 6HX 2.5P C 5 140 25 69 16 12 15 16×12 50.0 12 19.26 ○ T118-FDN-220250D-6HX M22×2.5 22 2.5 6HX 4P D 5 140 25 69 18 14.5 17 18×14.5 55.0 12 20.72 ○ T118-FDN-220250C-6HX M22×2.5 22 2.5 6HX 2.5P C 5 140 25 69 18 14.5 17 18×14.5 55.0 12 20.72 ○ T118-FDN-220200D-6HX M22×2 22 2 6HX 4P D 5 140 25 69 18 14.5 17 18×14.5 55.0 12 20.99 ○ T118-FDN-220200C-6HX M22×2 22 2 6HX 2.5P C 5 140 25 69 18 14.5 17 18×14.5 55.0 12 20.99 ○ T118-FDN-220150D-6HX M22×1.5 22 1.5 6HX 4P D 5 140 25 69 18 14.5 17 18×14.5 55.0 12 21.26 ○ T118-FDN-220150C-6HX M22×1.5 22 1.5 6HX 2.5P C 5 140 25 69 18 14.5 17 18×14.5 55.0 12 21.26 ○ T118-FDN-240300D-6HX M24×3 24 3 6HX 4P D 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.45 ○ T118-FDN-240300C-6HX M24×3 24 3 6HX 2.5P C 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.45 ○ T118-FDN-240250D-6HX M24×2.5 24 2.5 6HX 4P D 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.72 ○ T118-FDN-240250C-6HX M24×2.5 24 2.5 6HX 2.5P C 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.72 ○ T118-FDN-240200D-6HX M24×2 24 2 6HX 4P D 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.99 ○ T118-FDN-240200C-6HX M24×2 24 2 6HX 2.5P C 5 160 30 78 18 14.5 17 18×14.5 60.0 12 22.99 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool

134 135 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDN-270300D-6HX M27×3 27 3 6HX 4P D 5 160 30 78 20 16 19 20×16 67.5 12 25.45 ○ T118-FDN-270300C-6HX M27×3 27 3 6HX 2.5P C 5 160 30 78 20 16 19 20×16 67.5 12 25.45 ○ T118-FDN-270250D-6HX M27×2.5 27 2.5 6HX 4P D 5 160 30 78 20 16 19 20×16 67.5 12 25.72 ○ T118-FDN-270250C-6HX M27×2.5 27 2.5 6HX 2.5P C 5 160 30 78 20 16 19 20×16 67.5 12 25.72 ○ T118-FDN-270200D-6HX M27×2 27 2 6HX 4P D 5 160 30 78 20 16 19 20×16 67.5 12 25.99 ○ T118-FDN-270200C-6HX M27×2 27 2 6HX 2.5P C 5 160 30 78 20 16 19 20×16 67.5 12 25.99 ○ T118-FDN-300350D-6HX M30×3.5 30 3.5 6HX 4P D 5 180 35 88 22 18 21 22×18 75.0 12 28.18 ○ T118-FDN-300350C-6HX M30×3.5 30 3.5 6HX 2.5P C 5 180 35 88 22 18 21 22×18 75.0 12 28.18 ○ T118-FDN-300300D-6HX M30×3 30 3 6HX 4P D 5 180 35 88 22 18 21 22×18 75.0 12 28.45 ○ T118-FDN-300300C-6HX M30×3 30 3 6HX 2.5P C 5 180 35 88 22 18 21 22×18 75.0 12 28.45 ○ T118-FDN-300250D-6HX M30×2.5 30 2.5 6HX 4P D 5 180 35 88 22 18 21 22×18 75.0 12 28.72 ○ T118-FDN-300250C-6HX M30×2.5 30 2.5 6HX 2.5P C 5 180 35 88 22 18 21 22×18 75.0 12 28.72 ○ T118-FDN-300200D-6HX M30×2 30 2 6HX 4P D 5 180 35 88 22 18 21 22×18 75.0 12 28.99 ○ T118-FDN-300200C-6HX M30×2 30 2 6HX 2.5P C 5 180 35 88 22 18 21 22×18 75.0 12 28.99 ○ T118-FDN High-performance General Machining Fluteless Tap Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ○ ◎ ◎ Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 T118-FDC.( High-performance Internal Cooling General Machining Fluteless Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDC-040070C-6HX M4×0.7 4 0.7 6HX 2.5P C 11 63 9 21 4.5 3.4 6 4.5×3.4 10.0 4 3.70 ○ T118-FDC-050080C-6HX M5×0.8 5 0.8 6HX 2.5P C 11 70 10 25 6 4.9 8 6×4.9 12.5 4 4.64 ○ T118-FDC-060100C-6HX M6×1 6 1 6HX 2.5P C 11 80 10 30 6 4.9 8 6×4.9 15.0 4 5.53 ● T118-FDC-070100C-6HX M7×1 7 1 6HX 2.5P C 12 80 10 30 7 5.5 8 7×5.5 17.5 4 6.53 ○ T118-FDC-080125C-6HX M8×1.25 8 1.25 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20.0 8 7.40 ● T118-FDC-080100C-6HX M8×1 8 1 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20.0 8 7.53 ○ T118-FDC-100150C-6HX M10×1.5 10 1.5 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 10 9.26 ● T118-FDC-100125C-6HX M10×1.25 10 1.25 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 10 9.40 ○ T118-FDC-100100C-6HX M10×1 10 1 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 10 9.53 ○ T118-FDC-120175C-6HX M12×1.75 12 1.75 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 10 11.13 ● T118-FDC-120150C-6HX M12×1.5 12 1.5 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 10 11.26 ○ T118-FDC-120125C-6HX M12×1.25 12 1.25 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 10 11.40 ○ T118-FDC-120100C-6HX M12×1 12 1 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 10 11.53 ○ T118-FDC-140200C-6HX M14×2 14 2 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 10 12.99 ○ T118-FDC-140150C-6HX M14×1.5 14 1.5 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 10 13.26 ○ T118-FDC-140125C-6HX M14×1.25 14 1.25 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 10 13.40 ○ T118-FDC-140100C-6HX M14×1 14 1 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 10 13.53 ○ T118-FDC-160200C-6HX M16×2 16 2 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 12 14.99 ○ T118-FDC-160150C-6HX M16×1.5 16 1.5 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 12 15.26 ○ T118-FDC-160125C-6HX M16×1.25 16 1.25 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 12 15.40 ○ T118-FDC-160100C-6HX M16×1 16 1 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 12 15.53 ○ T118-FDC-180250C-6HX M18×2.5 18 2.5 6HX 2.5P C 12 125 25 61 14 11 14 14×11 45.0 12 16.72 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ ◎ ◎ Unit (mm) Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 DIN371/ DIN376 DIN374HSS- PM TiAl-CISO 6HXM MF DIN371/ DIN376 HSS- PM TiAl-CISO 6HXM MF DIN374 ●Stock ○Avail

136 137 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ T118-FDC High-performance Internal Cooling General Machining Fluteless Tap Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ ◎ ◎ Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDC-180200C-6HX M18×2 18 2 6HX 2.5P C 12 125 25 61 14 11 14 14×11 45.0 12 16.99 ○ T118-FDC-180150C-6HX M18×1.5 18 1.5 6HX 2.5P C 12 125 25 61 14 11 14 14×11 45.0 12 17.26 ○ T118-FDC-200250C-6HX M20×2.5 20 2.5 6HX 2.5P C 12 140 25 69 16 12 15 16×12 50.0 12 18.72 ○ T118-FDC-200200C-6HX M20×2 20 2 6HX 2.5P C 12 140 25 69 16 12 15 16×12 50.0 12 18.99 ○ T118-FDC-200150C-6HX M20×1.5 20 1.5 6HX 2.5P C 12 140 25 69 16 12 15 16×12 50.0 12 19.26 ○ T118-FDC-220250C-6HX M22×2.5 22 2.5 6HX 2.5P C 12 140 25 69 18 14.5 17 18×14.5 55.0 12 20.72 ○ T118-FDC-220200C-6HX M22×2 22 2 6HX 2.5P C 12 140 25 69 18 14.5 17 18×14.5 55.0 12 20.99 ○ T118-FDC-220150C-6HX M22×1.5 22 1.5 6HX 2.5P C 12 140 25 69 18 14.5 17 18×14.5 55.0 12 21.26 ○ T118-FDC-240300C-6HX M24×3 24 3 6HX 2.5P C 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.45 ○ T118-FDC-240250C-6HX M24×2.5 24 2.5 6HX 2.5P C 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.72 ○ T118-FDC-240200C-6HX M24×2 24 2 6HX 2.5P C 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.99 ○ T118-FDC-270300C-6HX M27×3 27 3 6HX 2.5P C 12 160 30 78 20 16 19 20×16 67.5 12 25.45 ○ T118-FDC-270250C-6HX M27×2.5 27 2.5 6HX 2.5P C 12 160 30 78 20 16 19 20×16 67.5 12 25.72 ○ T118-FDC-270200C-6HX M27×2 27 2 6HX 2.5P C 12 160 30 78 20 16 19 20×16 67.5 12 25.99 ○ T118-FDC-300350C-6HX M30×3.5 30 3.5 6HX 2.5P C 12 180 35 88 22 18 21 22×18 75.0 12 28.18 ○ T118-FDC-300300C-6HX M30×3 30 3 6HX 2.5P C 12 180 35 88 22 18 21 22×18 75.0 12 28.45 ○ T118-FDC-300250C-6HX M30×2.5 30 2.5 6HX 2.5P C 12 180 35 88 22 18 21 22×18 75.0 12 28.72 ○ T118-FDC-300200C-6HX M30×2 30 2 6HX 2.5P C 12 180 35 88 22 18 21 22×18 75.0 12 28.99 ○ Continued ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 T118-FDR.( High-performance Internal Cooling General Machining Fluteless Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDR-040070D-6HX M4×0.7 4 0.7 6HX 4P D 11 63 9 21 4.5 3.4 6 4.5×3.4 10.0 4 3.70 ○ T118-FDR-050080D-6HX M5×0.8 5 0.8 6HX 4P D 11 70 10 25 6 4.9 8 6×4.9 12.5 4 4.64 ○ T118-FDR-060100D-6HX M6×1 6 1 6HX 4P D 11 80 10 30 6 4.9 8 6×4.9 15.0 4 5.53 ○ T118-FDR-070100D-6HX M7×1 7 1 6HX 4P D 12 80 10 30 7 5.5 8 7×5.5 17.5 4 6.53 ○ T118-FDR-080125D-6HX M8×1.25 8 1.25 6HX 4P D 12 90 13 35 8 6.2 9 8×6.2 20.0 8 7.40 ○ T118-FDR-080100D-6HX M8×1 8 1 6HX 4P D 12 90 13 35 8 6.2 9 8×6.2 20.0 8 7.53 ○ T118-FDR-100150D-6HX M10×1.5 10 1.5 6HX 4P D 12 100 15 39 10 8 11 10×8 25.0 10 9.26 ○ T118-FDR-100125D-6HX M10×1.25 10 1.25 6HX 4P D 12 100 15 39 10 8 11 10×8 25.0 10 9.40 ○ T118-FDR-100100D-6HX M10×1 10 1 6HX 4P D 12 100 15 39 10 8 11 10×8 25.0 10 9.53 ○ T118-FDR-120175D-6HX M12×1.75 12 1.75 6HX 4P D 12 110 17 49 9 7 10 9×7 30.0 10 11.13 ○ T118-FDR-120150D-6HX M12×1.5 12 1.5 6HX 4P D 12 110 17 49 9 7 10 9×7 30.0 10 11.26 ○ T118-FDR-120125D-6HX M12×1.25 12 1.25 6HX 4P D 12 110 17 49 9 7 10 9×7 30.0 10 11.40 ○ T118-FDR-120100D-6HX M12×1 12 1 6HX 4P D 12 110 17 49 9 7 10 9×7 30.0 10 11.53 ○ T118-FDR-140200D-6HX M14×2 14 2 6HX 4P D 12 110 20 53 11 9 12 11×9 35.0 10 12.99 ○ T118-FDR-140150D-6HX M14×1.5 14 1.5 6HX 4P D 12 110 20 53 11 9 12 11×9 35.0 10 13.26 ○ T118-FDR-140125D-6HX M14×1.25 14 1.25 6HX 4P D 12 110 20 53 11 9 12 11×9 35.0 10 13.40 ○ T118-FDR-140100D-6HX M14×1 14 1 6HX 4P D 12 110 20 53 11 9 12 11×9 35.0 10 13.53 ○ T118-FDR-160200D-6HX M16×2 16 2 6HX 4P D 12 110 20 54 12 9 12 12×9 40.0 12 14.99 ○ T118-FDR-160150D-6HX M16×1.5 16 1.5 6HX 4P D 12 110 20 54 12 9 12 12×9 40.0 12 15.26 ○ T118-FDR-160125D-6HX M16×1.25 16 1.25 6HX 4P D 12 110 20 54 12 9 12 12×9 40.0 12 15.40 ○ T118-FDR-160100D-6HX M16×1 16 1 6HX 4P D 12 110 20 54 12 9 12 12×9 40.0 12 15.53 ○ T118-FDR-180250D-6HX M18×2.5 18 2.5 6HX 4P D 12 125 25 61 14 11 14 14×11 45.0 12 16.72 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon steel, alloy steel Alloy steel, tool steel PH and ferritic/ martensitic steel Stainless steel Gray cast iron, nodular cast iron High alloy cast iron Forged aluminum alloy, cast aluminium alloy Cast aluminum alloy Copper alloy Composite material High- temperature alloy Titanium alloy Hardened steel Harden

138 139 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon steel, alloy steel Alloy steel, tool steel PH and ferritic/ martensitic steel Stainless steel Gray cast iron, nodular cast iron High alloy cast iron Forged aluminum alloy, cast aluminium alloy Cast aluminum alloy Copper alloy Composite material High- temperature alloy Titanium alloy Hardened steel Hardened steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ ◎ ◎ T118-FDR High-performance Internal Cooling General Machining Fluteless Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-FDR-180200D-6HX M18×2 18 2 6HX 4P D 12 125 25 61 14 11 14 14×11 45.0 12 16.99 ○ T118-FDR-180150D-6HX M18×1.5 18 1.5 6HX 4P D 12 125 25 61 14 11 14 14×11 45.0 12 17.26 ○ T118-FDR-200250D-6HX M20×2.5 20 2.5 6HX 4P D 12 140 25 69 16 12 15 16×12 50.0 12 18.72 ○ T118-FDR-200200D-6HX M20×2 20 2 6HX 4P D 12 140 25 69 16 12 15 16×12 50.0 12 18.99 ○ T118-FDR-200150D-6HX M20×1.5 20 1.5 6HX 4P D 12 140 25 69 16 12 15 16×12 50.0 12 19.26 ○ T118-FDR-220250D-6HX M22×2.5 22 2.5 6HX 4P D 12 140 25 69 18 14.5 17 18×14.5 55.0 12 20.72 ○ T118-FDR-220200D-6HX M22×2 22 2 6HX 4P D 12 140 25 69 18 14.5 17 18×14.5 55.0 12 20.99 ○ T118-FDR-220150D-6HX M22×1.5 22 1.5 6HX 4P D 12 140 25 69 18 14.5 17 18×14.5 55.0 12 21.26 ○ T118-FDR-240300D-6HX M24×3 24 3 6HX 4P D 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.45 ○ T118-FDR-240250D-6HX M24×2.5 24 2.5 6HX 4P D 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.72 ○ T118-FDR-240200D-6HX M24×2 24 2 6HX 4P D 12 160 30 78 18 14.5 17 18×14.5 60.0 12 22.99 ○ T118-FDR-270300D-6HX M27×3 27 3 6HX 4P D 12 160 30 78 20 16 19 20×16 67.5 12 25.45 ○ T118-FDR-270250D-6HX M27×2.5 27 2.5 6HX 4P D 12 160 30 78 20 16 19 20×16 67.5 12 25.72 ○ T118-FDR-270200D-6HX M27×2 27 2 6HX 4P D 12 160 30 78 20 16 19 20×16 67.5 12 25.99 ○ T118-FDR-300350D-6HX M30×3.5 30 3.5 6HX 4P D 12 180 35 88 22 18 21 22×18 75.0 12 28.18 ○ T118-FDR-300300D-6HX M30×3 30 3 6HX 4P D 12 180 35 88 22 18 21 22×18 75.0 12 28.45 ○ T118-FDR-300250D-6HX M30×2.5 30 2.5 6HX 4P D 12 180 35 88 22 18 21 22×18 75.0 12 28.72 ○ T118-FDR-300200D-6HX M30×2 30 2 6HX 4P D 12 180 35 88 22 18 21 22×18 75.0 12 28.99 ○ Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 T118-SDN .( High-performance General Machining Spiral Fluted Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-SDN-040070C-6HX M4×0.7 4 0.7 6HX 2.5P C 13 63 9 21 4.5 3.4 6 4.5×3.4 10.0 3 3.30 ● T118-SDN-050080C-6HX M5×0.8 5 0.8 6HX 2.5P C 13 70 10 25 6 4.9 8 6×4.9 12.5 3 4.20 ● T118-SDN-060100C-6HX M6×1 6 1 6HX 2.5P C 13 80 10 30 6 4.9 8 6×4.9 15.0 3 5.00 ● T118-SDN-070100C-6HX M7×1 7 1 6HX 2.5P C 5 80 10 30 7 5.5 8 7×5.5 17.5 3 6.00 ○ T118-SDN-080125C-6HX M8×1.25 8 1.25 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 3 6.75 ● T118-SDN-080100C-6HX M8×1 8 1 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 3 7.00 ● T118-SDN-100150C-6HX M10×1.5 10 1.5 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 3 8.50 ● T118-SDN-100125C-6HX M10×1.25 10 1.25 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 3 8.75 ● T118-SDN-100100C-6HX M10×1 10 1 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 3 9.00 ○ T118-SDN-120175C-6HX M12×1.75 12 1.75 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 3 10.25 ● T118-SDN-120150C-6HX M12×1.5 12 1.5 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 3 10.50 ● T118-SDN-120125C-6HX M12×1.25 12 1.25 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 3 10.75 ● T118-SDN-120100C-6HX M12×1 12 1 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 3 11.00 ○ T118-SDN-140200C-6HX M14×2 14 2 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.00 ● T118-SDN-140150C-6HX M14×1.5 14 1.5 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.50 ● T118-SDN-140125C-6HX M14×1.25 14 1.25 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.75 ○ T118-SDN-140100C-6HX M14×1 14 1 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 13.00 ○ T118-SDN-160200C-6HX M16×2 16 2 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.00 ● T118-SDN-160150C-6HX M16×1.5 16 1.5 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.50 ● T118-SDN-160125C-6HX M16×1.25 16 1.25 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.75 ○ T118-SDN-160100C-6HX M16×1 16 1 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ○ ○ ○ ○ ○ ○ Notes: Pre-hole si

140 141 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ T118-PDN High-performance General Machining Spiral Pointed Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T118-PDN-040070B-6HX M4×0.7 4 0.7 6HX 5P B 13 63 9 21 4.5 3.4 6 4.5×3.4 10.0 3 3.30 ● T118-PDN-050080B-6HX M5×0.8 5 0.8 6HX 5P B 13 70 10 25 6 4.9 8 6×4.9 12.5 3 4.20 ● T118-PDN-060100B-6HX M6×1 6 1 6HX 5P B 13 80 10 30 6 4.9 8 6×4.9 15.0 3 5.00 ● T118-PDN-070100B-6HX M7×1 7 1 6HX 5P B 5 80 10 30 7 5.5 8 7×5.5 17.5 3 6.00 ○ T118-PDN-080125B-6HX M8×1.25 8 1.25 6HX 5P B 5 90 13 35 8 6.2 9 8×6.2 20.0 3 6.75 ● T118-PDN-080100B-6HX M8×1 8 1 6HX 5P B 5 90 13 35 8 6.2 9 8×6.2 20.0 3 7.00 ● T118-PDN-100150B-6HX M10×1.5 10 1.5 6HX 5P B 5 100 15 39 10 8 11 10×8 25.0 3 8.50 ● T118-PDN-100125B-6HX M10×1.25 10 1.25 6HX 5P B 5 100 15 39 10 8 11 10×8 25.0 3 8.75 ● T118-PDN-100100B-6HX M10×1 10 1 6HX 5P B 5 100 15 39 10 8 11 10×8 25.0 3 9.00 ○ T118-PDN-120175B-6HX M12×1.75 12 1.75 6HX 5P B 5 110 17 49 9 7 10 9×7 30.0 4 10.25 ● T118-PDN-120150B-6HX M12×1.5 12 1.5 6HX 5P B 5 110 17 49 9 7 10 9×7 30.0 4 10.50 ● T118-PDN-120125B-6HX M12×1.25 12 1.25 6HX 5P B 5 110 17 49 9 7 10 9×7 30.0 4 10.75 ● T118-PDN-120100B-6HX M12×1 12 1 6HX 5P B 5 110 17 49 9 7 10 9×7 30.0 4 11.00 ○ T118-PDN-140200B-6HX M14×2 14 2 6HX 5P B 5 110 20 53 11 9 12 11×9 35.0 4 12.00 ● T118-PDN-140150B-6HX M14×1.5 14 1.5 6HX 5P B 5 110 20 53 11 9 12 11×9 35.0 4 12.50 ● T118-PDN-140125B-6HX M14×1.25 14 1.25 6HX 5P B 5 110 20 53 11 9 12 11×9 35.0 4 12.75 ○ T118-PDN-140100B-6HX M14×1 14 1 6HX 5P B 5 110 20 53 11 9 12 11×9 35.0 4 13.00 ○ T118-PDN-160200B-6HX M16×2 16 2 6HX 5P B 5 110 20 54 12 9 12 12×9 40.0 4 14.00 ● T118-PDN-160150B-6HX M16×1.5 16 1.5 6HX 5P B 5 110 20 54 12 9 12 12×9 40.0 4 14.50 ● T118-PDN-160125B-6HX M16×1.25 16 1.25 6HX 5P B 5 110 20 54 12 9 12 12×9 40.0 4 14.75 ○ T118-PDN-160100B-6HX M16×1 16 1 6HX 5P B 5 110 20 54 12 9 12 12×9 40.0 4 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ○ ○ ○ ○ ○ ○ Unit (mm) Notes: Pre-hole size is for reference only. ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 T128-HDN .( High-performance Cast Iron Machining Straight Fluted Tap Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T128-HDN-050080C-6HX M5×0.8 5 0.8 6HX 2.5P C 13 70 10 25 6 4.9 8 6×4.9 12.5 3 4.20 ● T128-HDN-060100C-6HX M6×1 6 1 6HX 2.5P C 13 80 10 30 6 4.9 8 6×4.9 15.0 3 5.00 ● T128-HDN-070100C-6HX M7×1 7 1 6HX 2.5P C 13 80 10 30 7 5.5 8 7×5.5 17.5 3 6.00 ○ T128-HDN-080125C-6HX M8×1.25 8 1.25 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 4 6.75 ● T128-HDN-080100C-6HX M8×1 8 1 6HX 2.5P C 5 90 13 35 8 6.2 9 8×6.2 20.0 4 7.00 ○ T128-HDN-100150C-6HX M10×1.5 10 1.5 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 4 8.50 ● T128-HDN-100125C-6HX M10×1.25 10 1.25 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 4 8.75 ● T128-HDN-100100C-6HX M10×1 10 1 6HX 2.5P C 5 100 15 39 10 8 11 10×8 25.0 4 9.00 ○ T128-HDN-120175C-6HX M12×1.75 12 1.75 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 4 10.25 ● T128-HDN-120150C-6HX M12×1.5 12 1.5 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 4 10.50 ● T128-HDN-120125C-6HX M12×1.25 12 1.25 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 4 10.75 ○ T128-HDN-120100C-6HX M12×1 12 1 6HX 2.5P C 5 110 17 49 9 7 10 9×7 30.0 4 11.00 ○ T128-HDN-140200C-6HX M14×2 14 2 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.00 ● T128-HDN-140150C-6HX M14×1.5 14 1.5 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.50 ● T128-HDN-140125C-6HX M14×1.25 14 1.25 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 12.75 ○ T128-HDN-140100C-6HX M14×1 14 1 6HX 2.5P C 5 110 20 53 11 9 12 11×9 35.0 4 13.00 ○ T128-HDN-160200C-6HX M16×2 16 2 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.00 ● T128-HDN-160150C-6HX M16×1.5 16 1.5 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.50 ● T128-HDN-160125C-6HX M16×1.25 16 1.25 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 14.75 ○ T128-HDN-160100C-6HX M16×1 16 1 6HX 2.5P C 5 110 20 54 12 9 12 12×9 40.0 4 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ Unit (mm) Notes: Pre-hole size is for ref

142 143 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ T128-HDC High-performance Straight Fluted Tap for Internal Cooling Cast Iron Machining Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T128-HDC-050080C-6HX M5×0.8 5.000 0.8 6HX 2.5P C 11 70 10 25 6 4.9 8 6×4.9 12.5 3 4.20 ○ T128-HDC-060100C-6HX M6×1 6.000 1 6HX 2.5P C 11 80 10 30 6 4.9 8 6×4.9 15 3 5.00 ○ T128-HDC-070100C-6HX M7×1 7.000 1 6HX 2.5P C 11 80 10 30 7 5.5 8 7×5.5 17.5 3 6.00 ○ T128-HDC-080125C-6HX M8×1.25 8.000 1.25 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20 4 6.75 ○ T128-HDC-080100C-6HX M8×1 8.000 1 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20 4 7.00 ○ T128-HDC-100150C-6HX M10×1.5 10.000 1.5 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25 4 8.50 ○ T128-HDC-100125C-6HX M10×1.25 10.000 1.25 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25 4 8.75 ○ T128-HDC-100100C-6HX M10×1 10.000 1 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25 4 9.00 ○ T128-HDC-120175C-6HX M12×1.75 12.000 1.75 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30 4 10.25 ○ T128-HDC-120150C-6HX M12×1.5 12.000 1.5 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30 4 10.50 ○ T128-HDC-120125C-6HX M12×1.25 12.000 1.25 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30 4 10.75 ○ T128-HDC-120100C-6HX M12×1 12.000 1 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30 4 11.00 ○ T128-HDC-140200C-6HX M14×2 14.000 2 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35 4 12.00 ○ T128-HDC-140150C-6HX M14×1.5 14.000 1.5 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35 4 12.50 ○ T128-HDC-140125C-6HX M14×1.25 14.000 1.25 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35 4 12.75 ○ T128-HDC-140100C-6HX M14×1 14.000 1 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35 4 13.00 ○ T128-HDC-160200C-6HX M16×2 16.000 2 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40 4 14.00 ○ T128-HDC-160150C-6HX M16×1.5 16.000 1.5 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40 4 14.50 ○ T128-HDC-160125C-6HX M16×1.25 16.000 1.25 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40 4 14.75 ○ T128-HDC-160100C-6HX M16×1 16.000 1 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40 4 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ Notes: Pre-hole size is for reference only. Unit (mm) ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 T128-HDR.( High-performanceStraight Fluted Tap for Internal Cooling Cast Iron Machining Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock T128-HDR-050080C-6HX M5×0.8 5 0.8 6HX 2.5P C 11 70 10 25 6 4.9 8 6×4.9 12.5 3 4.20 ○ T128-HDR-060100C-6HX M6×1 6 1 6HX 2.5P C 11 80 10 30 6 4.9 8 6×4.9 15.0 3 5.00 ○ T128-HDR-070100C-6HX M7×1 7 1 6HX 2.5P C 11 80 10 30 7 5.5 8 7×5.5 17.5 3 6.00 ○ T128-HDR-080125C-6HX M8×1.25 8 1.25 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20.0 4 6.75 ○ T128-HDR-080100C-6HX M8×1 8 1 6HX 2.5P C 12 90 13 35 8 6.2 9 8×6.2 20.0 4 7.00 ○ T128-HDR-100150C-6HX M10×1.5 10 1.5 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 4 8.50 ○ T128-HDR-100125C-6HX M10×1.25 10 1.25 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 4 8.75 ○ T128-HDR-100100C-6HX M10×1 10 1 6HX 2.5P C 12 100 15 39 10 8 11 10×8 25.0 4 9.00 ○ T128-HDR-120175C-6HX M12×1.75 12 1.75 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 4 10.25 ○ T128-HDR-120150C-6HX M12×1.5 12 1.5 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 4 10.50 ○ T128-HDR-120125C-6HX M12×1.25 12 1.25 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 4 10.75 ○ T128-HDR-120100C-6HX M12×1 12 1 6HX 2.5P C 12 110 17 49 9 7 10 9×7 30.0 4 11.00 ○ T128-HDR-140200C-6HX M14×2 14 2 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 4 12.00 ○ T128-HDR-140150C-6HX M14×1.5 14 1.5 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 4 12.50 ○ T128-HDR-140125C-6HX M14×1.25 14 1.25 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 4 12.75 ○ T128-HDR-140100C-6HX M14×1 14 1 6HX 2.5P C 12 110 20 53 11 9 12 11×9 35.0 4 13.00 ○ T128-HDR-160200C-6HX M16×2 16 2 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 4 14.00 ○ T128-HDR-160150C-6HX M16×1.5 16 1.5 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 4 14.50 ○ T128-HDR-160125C-6HX M16×1.25 16 1.25 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 4 14.75 ○ T128-HDR-160100C-6HX M16×1 16 1 6HX 2.5P C 12 110 20 54 12 9 12 12×9 40.0 4 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400

144 145 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET138-FJN .( .( Economical Fluteless Tap for Steel Machining Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-FJN-010025D-RH4 M1×0.25 1 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET138-FJN-010025E-RH4 M1×0.25 1 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET138-FJN-012025D-RH4 M1.2×0.25 1.2 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET138-FJN-012025E-RH4 M1.2×0.25 1.2 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET138-FJN-014030D-RH4 M1.4×0.3 1.4 0.3 RH4 4P D 1 37 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET138-FJN-014030E-RH4 M1.4×0.3 1.4 0.3 RH4 2P E 2 36 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET138-FJN-016035D-RH4 M1.6×0.35 1.6 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET138-FJN-016035E-RH4 M1.6×0.35 1.6 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET138-FJN-017035D-RH4 M1.7×0.35 1.7 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET138-FJN-017035E-RH4 M1.7×0.35 1.7 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET138-FJN-020040D-RH5 M2×0.4 2 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET138-FJN-020040E-RH5 M2×0.4 2 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET138-FJN-023040D-RH5 M2.3×0.4 2.3 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET138-FJN-023040E-RH5 M2.3×0.4 2.3 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET138-FJN-025045D-RH5 M2.5×0.45 2.5 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET138-FJN-025045E-RH5 M2.5×0.45 2.5 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET138-FJN-026045D-RH5 M2.6×0.45 2.6 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ○ ET138-FJN-026045E-RH5 M2.6×0.45 2.6 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ● ET138-FJN-030050D-RH7 M3×0.5 3 0.5 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ET138-FJN .( .( .( .( Economical Fluteless Tap for Steel Machining Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-FJN-030050E-RH7 M3×0.5 3 0.5 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● ET138-FJN-035060D-RH7 M3.5×0.6 3.5 0.6 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET138-FJN-035060E-RH7 M3.5×0.6 3.5 0.6 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET138-FJN-040070D-RH7 M4×0.7 4 0.7 RH7 4P D 1 57 18 － 5 4 7 5×4 10.0 － 3.71 ● ET138-FJN-040070E-RH7 M4×0.7 4 0.7 RH7 2P E 2 55 18 － 5 4 7 5×4 10.0 － 3.71 ● ET138-FJN-050080D-RH7 M5×0.8 5 0.8 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET138-FJN-050080E-RH7 M5×0.8 5 0.8 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET138-FJN-060100D-RH7 M6×1 6 1 RH7 4P D 1 69 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET138-FJN-060100E-RH7 M6×1 6 1 RH7 2P E 2 66.5 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET138-FJN-070100D-RH7 M7×1 7 1 RH7 4P D 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET138-FJN-070100E-RH7 M7×1 7 1 RH7 2P E 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET138-FJN-080125D-RH7 M8×1.25 8 1.25 RH7 4P D 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET138-FJN-080125E-RH7 M8×1.25 8 1.25 RH7 2P E 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET138-FJN-100150D-RH8 M10×1.5 10 1.5 RH8 4P D 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ○ ET138-FJN-100150E-RH8 M10×1.5 10 1.5 RH8 2P E 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ● ET138-FJN-120175D-RH9 M12×1.75 12 1.75 RH9 4P D 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ○ ET138-FJN-120175E-RH9 M12×1.75 12 1.75 RH9 2P E 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ● ET138-FJN-140200D-RH10 M14×2 14 2 RH10 4P D 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ○ ET138-FJN-140200E-RH10 M14×2 14 2 RH10 2P E 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/

146 147 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET138-FJN .( .( Economical Fluteless Tap for Steel Machining Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-FJN-160200D-RH10 M16×2 16 2 RH10 4P D 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ○ ET138-FJN-160200E-RH10 M16×2 16 2 RH10 2P E 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ● ET138-FJN-U164D-RH4 NO.1-64UNC 1.854 64 RH4 4P D 1 37 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET138-FJN-U164E-RH4 NO.1-64UNC 1.854 64 RH4 2P E 2 35.5 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET138-FJN-U256D-RH4 NO.2-56UNC 2.184 56 RH4 4P D 1 45 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET138-FJN-U256E-RH4 NO.2-56UNC 2.184 56 RH4 2P E 2 43.5 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET138-FJN-U348D-RH4 NO.3-48UNC 2.515 48 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET138-FJN-U348E-RH4 NO.3-48UNC 2.515 48 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET138-FJN-U440D-RH4 NO.4-40UNC 2.845 40 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ○ ET138-FJN-U440E-RH4 NO.4-40UNC 2.845 40 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ● ET138-FJN-U540D-RH4 NO.5-40UNC 3.175 40 RH4 4P D 1 50 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ○ ET138-FJN-U540E-RH4 NO.5-40UNC 3.175 40 RH4 2P E 2 48 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ● ET138-FJN-U632D-RH7 NO.6-32UNC 3.505 32 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET138-FJN-U632E-RH7 NO.6-32UNC 3.505 32 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET138-FJN-U832D-RH7 NO.8-32UNC 4.166 32 RH7 4P D 1 57 18 － 5 4 7 5×4 10.4 － 3.82 ● ET138-FJN-U832E-RH7 NO.8-32UNC 4.166 32 RH7 2P E 2 54.5 18 － 5 4 7 5×4 10.4 － 3.82 ● ET138-FJN-U1024D-RH7 NO.10-24UNC 4.826 24 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ET138-FJN-U1024E-RH7 NO.10-24UNC 4.826 24 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ET138-FJN-U1224D-RH7 NO.12-24UNC 5.486 24 RH7 4P D 1 66 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-FJN-U1224E-RH7 NO.12-24UNC 5.486 24 RH7 2P E 2 63.5 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● ET138-FJN-U1420D-RH7 1/4-20UNC 6.350 20 RH7 4P D 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET138-FJN-U1420E-RH7 1/4-20UNC 6.350 20 RH7 2P E 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET138-FJN-U51618D-RH8 5/16-18UNC 7.938 18 RH8 4P D 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET138-FJN-U51618E-RH8 5/16-18UNC 7.938 18 RH8 2P E 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET138-FJN-U3816D-RH8 3/8-16UNC 9.525 16 RH8 4P D 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET138-FJN-U3816E-RH8 3/8-16UNC 9.525 16 RH8 2P E 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET138-FJN-U71614D-RH8 7/16-14UNC 11.113 14 RH8 4P D 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET138-FJN-U71614E-RH8 7/16-14UNC 11.113 14 RH8 2P E 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET138-FJN-U1213D-RH8 1/2-13UNC 12.700 13 RH8 4P D 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ○ ET138-FJN-U1213E-RH8 1/2-13UNC 12.700 13 RH8 2P E 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ● ET138-FJN-U91612D-RH9 9/16-12UNC 14.288 12 RH9 4P D 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET138-FJN-U91612E-RH9 9/16-12UNC 14.288 12 RH9 2P E 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET138-FJN-U5811D-RH10 5/8-11UNC 15.875 11 RH10 4P D 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ○ ET138-FJN-U5811E-RH10 5/8-11UNC 15.875 11 RH10 2P E 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ● Continued Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) ET138-FJN .( .( .( .( Economical Fluteless Tap for Steel Machining Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2B AlCrNJIS M MF UNC UNF HSSE DIN371/ DIN376 HSS- PM ISO 6HX TiAl-Si M MF DIN374 ●Stock ○Available Upon Order ●Stock ○Available Upon Order

148 149 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET138-SJN Economical Spiral Tap for Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-SJN-025045C-P2 M2.5×0.45 2.5 0.45 P2 2.5P C 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ● ET138-SJN-030050C-P2 M3×0.5 3 0.5 P2 2.5P C 3 50 5 18 4 3.2 6 4×3.2 7.5 3 2.50 ● ET138-SJN-035060C-P2 M3.5×0.6 3.5 0.6 P2 2.5P C 3 50 6 19 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET138-SJN-040070C-P2 M4×0.7 4 0.7 P2 2.5P C 3 57 9 20 5 4 7 5×4 10.0 3 3.30 ● ET138-SJN-050080C-P2 M5×0.8 5 0.8 P2 2.5P C 3 66 8 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET138-SJN-060100C-P2 M6×1 6 1 P2 2.5P C 3 69 12 24 6 4.5 7 6×4.5 15.0 3 5.00 ● ET138-SJN-070100C-P3 M7×1 7 1 P3 2.5P C 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ● ET138-SJN-080125C-P3 M8×1.25 8 1.25 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 6.75 ● ET138-SJN-080100C-P3 M8×1 8 1 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.00 ● ET138-SJN-100150C-P4 M10×1.5 10 1.5 P4 2.5P C 5 75 15 43 7 5.5 8 7×5.5 25.0 3 8.50 ● ET138-SJN-100125C-P3 M10×1.25 10 1.25 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 8.75 ● ET138-SJN-100100C-P3 M10×1 10 1 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET138-SJN-120175C-P4 M12×1.75 12 1.75 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET138-SJN-120150C-P4 M12×1.5 12 1.5 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ● ET138-SJN-120125C-P4 M12×1.25 12 1.25 P4 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ● ET138-SJN-120100C-P3 M12×1 12 1 P3 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET138-SJN-140200C-P5 M14×2 14 2 P5 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● ET138-SJN-140150C-P4 M14×1.5 14 1.5 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● ET138-SJN-140125C-P4 M14×1.25 14 1.25 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET138-SJN-140100C-P3 M14×1 14 1 P3 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET138-SJN-160200C-P5 M16×2 16 2 P5 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET138-SJN-160150C-P4 M16×1.5 16 1.5 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ● ET138-SJN-160125C-P4 M16×1.25 16 1.25 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ Notes: Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Economical Spiral Tap for Steel Machining .(.(.( ET138-SJN Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-SJN-160100C-P3 M16×1 16 1 P3 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET138-SJN-U080F-P1 NO.0-80UNF 1.524 80 P1 1.5P F 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET138-SJN-U164F-P1 NO.1-64UNC 1.854 64 P1 1.5P F 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET138-SJN-U256C-P1 NO.2-56UNC 2.184 56 P1 2.5P C 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET138-SJN-U348C-P1 NO.3-48UNC 2.515 48 P1 2.5P C 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET138-SJN-U440C-P2 NO.4-40UNC 2.845 40 P2 2.5P C 1 45 6 16 3 2.5 3 3×2.5 7.1 3 2.21 ● ET138-SJN-U540C-P2 NO.5-40UNC 3.175 40 P2 2.5P C 3 50 7 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET138-SJN-U632C-P2 NO.6-32UNC 3.505 32 P2 2.5P C 3 50 8 20 4 3.2 6 4×3.2 8.8 3 2.71 ● ET138-SJN-U640C-P2 NO.6-40UNF 3.505 40 P2 2.5P C 3 50 8 20 4 3.2 6 4×3.2 8.8 3 2.87 ○ ET138-SJN-U832C-P2 NO.8-32UNC 4.166 32 P2 2.5P C 3 57 8 21.5 5 4 7 5×4 10.4 3 3.37 ● ET138-SJN-U836C-P2 NO.8-36UNF 4.166 36 P2 2.5P C 3 57 8 21.5 5 4 7 5×4 10.4 3 3.46 ○ ET138-SJN-U1024C-P2 NO.10-24UNC 4.826 24 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ● ET138-SJN-U1224C-P2 NO.12-24UNC 5.486 24 P2 2.5 C 3 66 10 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET138-SJN-U1420C-P2 1/4-20UNC 6.350 20 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.08 ● ET138-SJN-U1428C-P2 1/4-28UNF 6.350 28 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.44 ● ET138-SJN-U51618C-P3 5/16-18UNC 7.938 18 P3 2.5P C 5 70 15 30 6.1 5 8 6.1×5 19.8 3 6.53 ● ET138-SJN-U51624C-P3 5/16-24UNF 7.938 24 P3 2.5P C 5 70 11 30 6.1 5 8 6.1×5 19.8 3 6.88 ● ET138-SJN-U3816C-P3 3/8-16UNC 9.525 16 P3 2.5P C 5 75 16 43 7 5.5 8 7×5.5 23.8 3 7.94 ● ET138-SJN-U3824C-P3 3/8-24UNF 9.525 24 P3 2.5P C 5 75 11 43 7 5.5 8 7×5.5 23.8 3 8.47 ● ET138-SJN-U71614C-P4 7/16-14UNC 11.113 14 P4 2.5P C 5 80 20 40 8 6 9 8×6 27.8 3 9.30 ○ ET138-SJN-U71620C-P3 7/16-20UNF 11.113 20 P3 2.5P C 5 80 13 40 8 6 9 8×6 27.8 3 9.84 ○ ET138-SJN-U1213C-P4 1/2-13UNC 12.700 13 P4 2.5P C 5 85 21 48 9 7 10 9×7 31.8 3 10.75 ○ ET138-SJN-U1220C-P3 1/2-20UNF 12.700 20 P3 2.5P C 5 85 13 48 9 7 10

150 151 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET138-SJN Economical Spiral Tap for Steel Machining .(.(.( Notes: Pre-hole size is for reference only. Unit (mm) Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-SJN-U91612C-P4 9/16-12UNC 14.288 12 P4 2.5P C 5 90 21 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET138-SJN-U91618C-P3 9/16-18UNF 14.288 18 P3 2.5P C 5 90 15 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET138-SJN-U5811C-P4 5/8-11UNC 15.875 11 P4 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET138-SJN-U5818C-P3 5/8-18UNF 15.875 18 P3 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET138-PJN Economical Spiral Pointed Tap for Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-PJN-010025B-P1 M1×0.25 1 0.25 P1 5P B 1 37 4.5 － 3 2.5 3 3×2.5 2.5 2 0.75 ○ ET138-PJN-012025B-P1 M1.2×0.25 1.2 0.25 P1 5P B 1 37 5.5 － 3 2.5 3 3×2.5 3.0 2 0.95 ○ ET138-PJN-014030B-P1 M1.4×0.3 1.4 0.3 P1 5P B 1 37 9 － 3 2.5 3 3×2.5 3.5 2 1.10 ○ ET138-PJN-016035B-P2 M1.6×0.35 1.6 0.35 P2 5P B 1 37 8 － 3 2.5 3 3×2.5 4.0 2 1.25 ○ ET138-PJN-020040B-P2 M2×0.4 2 0.4 P2 5P B 1 45 11 － 3 2.5 3 3×2.5 5.0 2 1.60 ● ET138-PJN-025045B-P2 M2.5×0.45 2.5 0.45 P2 5P B 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ● ET138-PJN-030050B-P2 M3×0.5 3 0.5 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.5 3 2.50 ● ET138-PJN-035060B-P2 M3.5×0.6 3.5 0.6 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET138-PJN-040070B-P2 M4×0.7 4 0.7 P2 5P B 3 57 14 21 5 4 7 5×4 10.0 3 3.30 ● ET138-PJN-050080B-P2 M5×0.8 5 0.8 P2 5P B 3 66 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET138-PJN-060100B-P2 M6×1 6 1 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ● ET138-PJN-070100B-P3 M7×1 7 1 P3 5P B 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ● ET138-PJN-080125B-P3 M8×1.25 8 1.25 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ● ET138-PJN-080100B-P3 M8×1 8 1 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ● ET138-PJN-100150B-P4 M10×1.5 10 1.5 P4 5P B 5 75 24 43 7 5 8 7×5 25.0 3 8.50 ● ET138-PJN-100125B-P3 M10×1.25 10 1.25 P3 5P B 5 75 24 43 7 5 8 7×5 25.0 3 8.75 ● ET138-PJN-100100B-P3 M10×1 10 1 P3 5P B 5 75 24 43 7 5 8 7×5 25.0 3 9.00 ○ ET138-PJN-120175B-P4 M12×1.75 12 1.75 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET138-PJN-120150B-P4 M12×1.5 12 1.5 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ● ET138-PJN-120125B-P4 M12×1.25 12 1.25 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ● ET138-PJN-120100B-P3 M12×1 12 1 P3 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET138-PJN-140200B-P5 M14×2 14 2 P5 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● ET138-PJN-140150B-P4 M14×1.5 14 1.5 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● Notes: Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2B AlCrNJIS M MF UNC UNF HSSE ISO 6H/2B AlCrNJIS M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

152 153 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET138-PJN Economical Spiral Pointed Tap for Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-PJN-140125B-P4 M14×1.25 14 1.25 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET138-PJN-140100B-P3 M14×1 14 1 P3 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET138-PJN-160200B-P5 M16×2 16 2 P5 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET138-PJN-160150B-P4 M16×1.5 16 1.5 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ● ET138-PJN-160125B-P4 M16×1.25 16 1.25 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET138-PJN-160100B-P3 M16×1 16 1 P3 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET138-PJN-U080B-P1 NO.0-80UNF 1.524 80 P1 5P B 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET138-PJN-U164B-P1 NO.1-64UNC 1.854 64 P1 5P B 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET138-PJN-U256B-P1 NO.2-56UNC 2.184 56 P1 5P B 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET138-PJN-U348B-P1 NO.3-48UNC 2.515 48 P1 5P B 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET138-PJN-U440B-P2 NO.4-40UNC 2.845 40 P2 5P B 1 45 13 － 3 2.5 3 3×2.5 7.1 3 2.21 ● ET138-PJN-U540B-P2 NO.5-40UNC 3.175 40 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET138-PJN-U632B-P2 NO.6-32UNC 3.505 32 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.71 ● ET138-PJN-U832B-P2 NO.8-32UNC 4.166 32 P2 5P B 3 57 13.5 21.5 5 4 7 5×4 10.4 3 3.37 ● ET138-PJN-U1024B-P2 NO.10-24UNC 4.826 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ● ET138-PJN-U1032B-P2 NO.10-32UNF 4.826 32 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 4.03 ○ ET138-PJN-U1224B-P2 NO.12-24UNC 5.486 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET138-PJN-U1228B-P2 NO.12-28UNF 5.486 28 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.58 ○ ET138-PJN-U1420B-P2 1/4-20UNC 6.350 20 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.08 ● ET138-PJN-U1428B-P2 1/4-28UNF 6.350 28 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.44 ● ET138-PJN-U51618B-P3 5/16-18UNC 7.938 18 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.53 ● ET138-PJN-U51624B-P3 5/16-24UNF 7.938 24 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.88 ● ET138-PJN-U3816B-P3 3/8-16UNC 9.525 16 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 7.94 ● Notes: Pre-hole size is for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET138-PJN Economical Spiral Pointed Tap for Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET138-PJN-U3824B-P3 3/8-24UNF 9.525 24 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 8.47 ● ET138-PJN-U71614B-P4 7/16-14UNC 11.113 14 P4 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.30 ○ ET138-PJN-U71620B-P3 7/16-20UNF 11.113 20 P3 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.84 ○ ET138-PJN-U1213B-P4 1/2-13UNC 12.700 13 P4 5P B 5 85 30 48 9 7 10 9×7 31.8 3 10.75 ○ ET138-PJN-U1220B-P3 1/2-20UNF 12.700 20 P3 5P B 5 85 30 48 9 7 10 9×7 31.8 3 11.43 ● ET138-PJN-U91612B-P4 9/16-12UNC 14.288 12 P4 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET138-PJN-U91618B-P3 9/16-18UNF 14.288 18 P3 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET138-PJN-U5811B-P4 5/8-11UNC 15.875 11 P4 5P B 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET138-PJN-U5818B-P3 5/8-18UNF 15.875 18 P3 5P B 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Notes: Pre-hole size is for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2B AlCrNJIS M MF UNC UNF HSSE ISO 6H/2B AlCrNJIS M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

154 155 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET168-FJN .( .( Economical Fluteless Tap for Stainless Steel Machining Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-FJN-010025D-RH4 M1×0.25 1 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET168-FJN-010025E-RH4 M1×0.25 1 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET168-FJN-012025D-RH4 M1.2×0.25 1.2 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET168-FJN-012025E-RH4 M1.2×0.25 1.2 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET168-FJN-014030D-RH4 M1.4×0.3 1.4 0.3 RH4 4P D 1 37 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET168-FJN-014030E-RH4 M1.4×0.3 1.4 0.3 RH4 2P E 2 36 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET168-FJN-016035D-RH4 M1.6×0.35 1.6 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET168-FJN-016035E-RH4 M1.6×0.35 1.6 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET168-FJN-017035D-RH4 M1.7×0.35 1.7 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET168-FJN-017035E-RH4 M1.7×0.35 1.7 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET168-FJN-020040D-RH5 M2×0.4 2 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET168-FJN-020040E-RH5 M2×0.4 2 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET168-FJN-023040D-RH5 M2.3×0.4 2.3 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET168-FJN-023040E-RH5 M2.3×0.4 2.3 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET168-FJN-025045D-RH5 M2.5×0.45 2.5 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET168-FJN-025045E-RH5 M2.5×0.45 2.5 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET168-FJN-026045D-RH5 M2.6×0.45 2.6 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ○ ET168-FJN-026045E-RH5 M2.6×0.45 2.6 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ● ET168-FJN-030050D-RH7 M3×0.5 3 0.5 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET168-FJN .( .( .( .( Economical Fluteless Tap for Stainless Steel Machining Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-FJN-030050E-RH7 M3×0.5 3 0.5 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● ET168-FJN-035060D-RH7 M3.5×0.6 3.5 0.6 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET168-FJN-035060E-RH7 M3.5×0.6 3.5 0.6 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET168-FJN-040070D-RH7 M4×0.7 4 0.7 RH7 4P D 1 57 18 － 5 4 7 5×4 10.0 － 3.71 ● ET168-FJN-040070E-RH7 M4×0.7 4 0.7 RH7 2P E 2 55 18 － 5 4 7 5×4 10.0 － 3.71 ● ET168-FJN-050080D-RH7 M5×0.8 5 0.8 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET168-FJN-050080E-RH7 M5×0.8 5 0.8 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET168-FJN-060100D-RH7 M6×1 6 1 RH7 4P D 1 69 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET168-FJN-060100E-RH7 M6×1 6 1 RH7 2P E 2 66.5 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET168-FJN-070100D-RH7 M7×1 7 1 RH7 4P D 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET168-FJN-070100E-RH7 M7×1 7 1 RH7 2P E 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET168-FJN-080125D-RH7 M8×1.25 8 1.25 RH7 4P D 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET168-FJN-080125E-RH7 M8×1.25 8 1.25 RH7 2P E 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET168-FJN-100150D-RH8 M10×1.5 10 1.5 RH8 4P D 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ○ ET168-FJN-100150E-RH8 M10×1.5 10 1.5 RH8 2P E 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ● ET168-FJN-120175D-RH9 M12×1.75 12 1.75 RH9 4P D 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ○ ET168-FJN-120175E-RH9 M12×1.75 12 1.75 RH9 2P E 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ● ET168-FJN-140200D-RH10 M14×2 14 2 RH10 4P D 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ○ ET168-FJN-140200E-RH10 M14×2 14 2 RH10 2P E 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ

156 157 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET168-FJN .( .( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-FJN-160200D-RH10 M16×2 16 2 RH10 4P D 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ○ ET168-FJN-160200E-RH10 M16×2 16 2 RH10 2P E 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ● ET168-FJN-U164D-RH4 NO.1-64UNC 1.854 64 RH4 4P D 1 37 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET168-FJN-U164E-RH4 NO.1-64UNC 1.854 64 RH4 2P E 2 35.5 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET168-FJN-U256D-RH4 NO.2-56UNC 2.184 56 RH4 4P D 1 45 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET168-FJN-U256E-RH4 NO.2-56UNC 2.184 56 RH4 2P E 2 43.5 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET168-FJN-U348D-RH4 NO.3-48UNC 2.515 48 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET168-FJN-U348E-RH4 NO.3-48UNC 2.515 48 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET168-FJN-U440D-RH4 NO.4-40UNC 2.845 40 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ○ ET168-FJN-U440E-RH4 NO.4-40UNC 2.845 40 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ● ET168-FJN-U540D-RH4 NO.5-40UNC 3.175 40 RH4 4P D 1 50 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ○ ET168-FJN-U540E-RH4 NO.5-40UNC 3.175 40 RH4 2P E 2 48 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ● ET168-FJN-U632D-RH7 NO.6-32UNC 3.505 32 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET168-FJN-U632E-RH7 NO.6-32UNC 3.505 32 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET168-FJN-U832D-RH7 NO.8-32UNC 4.166 32 RH7 4P D 1 57 18 － 5 4 7 5×4 10.4 － 3.82 ● ET168-FJN-U832E-RH7 NO.8-32UNC 4.166 32 RH7 2P E 2 54.5 18 － 5 4 7 5×4 10.4 － 3.82 ● ET168-FJN-U1024D-RH7 NO.10-24UNC 4.826 24 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ET168-FJN-U1024E-RH7 NO.10-24UNC 4.826 24 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ET168-FJN-U1224D-RH7 NO.12-24UNC 5.486 24 RH7 4P D 1 66 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-FJN-U1224E-RH7 NO.12-24UNC 5.486 24 RH7 2P E 2 63.5 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● ET168-FJN-U1420D-RH7 1/4-20UNC 6.350 20 RH7 4P D 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET168-FJN-U1420E-RH7 1/4-20UNC 6.350 20 RH7 2P E 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET168-FJN-U51618D-RH8 5/16-18UNC 7.938 18 RH8 4P D 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET168-FJN-U51618E-RH8 5/16-18UNC 7.938 18 RH8 2P E 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET168-FJN-U3816D-RH8 3/8-16UNC 9.525 16 RH8 4P D 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET168-FJN-U3816E-RH8 3/8-16UNC 9.525 16 RH8 2P E 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET168-FJN-U71614D-RH8 7/16-14UNC 11.113 14 RH8 4P D 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET168-FJN-U71614E-RH8 7/16-14UNC 11.113 14 RH8 2P E 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET168-FJN-U1213D-RH8 1/2-13UNC 12.700 13 RH8 4P D 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ○ ET168-FJN-U1213E-RH8 1/2-13UNC 12.700 13 RH8 2P E 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ● ET168-FJN-U91612D-RH9 9/16-12UNC 14.288 12 RH9 4P D 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET168-FJN-U91612E-RH9 9/16-12UNC 14.288 12 RH9 2P E 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET168-FJN-U5811D-RH10 5/8-11UNC 15.875 11 RH10 4P D 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ○ ET168-FJN-U5811E-RH10 5/8-11UNC 15.875 11 RH10 2P E 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ● Notes: Pre-hole size is calculated based on an 85% percentage of thread engagement, for reference only. Unit (mm) ET168-FJN .( .( .( .( Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE Economical Fluteless Tap for Stainless Steel Machining Economical Fluteless Tap for Stainless Steel Machining ●Stock ○Available Upon Order ●Stock ○Available Upon Order

158 159 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET168-SJN Economical Spiral Fluted Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-SJN-010025F-P1 M1×0.25 1 0.25 P1 1.5P F 1 37 4.5 － 3 2.5 3 3×2.5 2.5 2 0.75 ○ ET168-SJN-012025F-P1 M1.2×0.25 1.2 0.25 P1 1.5P F 1 37 5.5 － 3 2.5 3 3×2.5 3.0 2 0.95 ○ ET168-SJN-014030F-P1 M1.4×0.3 1.4 0.3 P1 1.5P F 1 37 6.5 － 3 2.5 3 3×2.5 3.5 2 1.10 ○ ET168-SJN-016035F-P1 M1.6×0.35 1.6 0.35 P1 1.5P F 1 37 8 － 3 2.5 3 3×2.5 4.0 2 1.25 ○ ET168-SJN-020040C-P2 M2×0.4 2 0.4 P2 2.5P C 1 45 11 － 3 2.5 3 3×2.5 5.0 2 1.60 ○ ET168-SJN-025045C-P2 M2.5×0.45 2.5 0.45 P2 2.5P C 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ○ ET168-SJN-030050C-P2 M3×0.5 3 0.5 P2 2.5P C 3 50 5 18 4 3.2 6 4×3.2 7.5 3 2.50 ● ET168-SJN-035060C-P2 M3.5×0.6 3.5 0.6 P2 2.5P C 3 50 6 19 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET168-SJN-040070C-P2 M4×0.7 4 0.7 P2 2.5P C 3 57 9 20 5 4 7 5×4 10.0 3 3.30 ● ET168-SJN-050080C-P2 M5×0.8 5 0.8 P2 2.5P C 3 66 8 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET168-SJN-060100C-P2 M6×1 6 1 P2 2.5P C 3 69 12 24 6 4.5 7 6×4.5 15.0 3 5.00 ● ET168-SJN-070100C-P3 M7×1 7 1 P3 2.5P C 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET168-SJN-080125C-P3 M8×1.25 8 1.25 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 6.75 ● ET168-SJN-080100C-P3 M8×1 8 1 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.00 ○ ET168-SJN-100150C-P4 M10×1.5 10 1.5 P4 2.5P C 5 75 15 43 7 5.5 8 7×5.5 25.0 3 8.50 ● ET168-SJN-100125C-P3 M10×1.25 10 1.25 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 8.75 ○ ET168-SJN-100100C-P3 M10×1 10 1 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET168-SJN-120175C-P4 M12×1.75 12 1.75 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET168-SJN-120150C-P4 M12×1.5 12 1.5 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ○ ET168-SJN-120125C-P4 M12×1.25 12 1.25 P4 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET168-SJN-120100C-P3 M12×1 12 1 P3 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET168-SJN-140200C-P5 M14×2 14 2 P5 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● ET168-SJN-140150C-P4 M14×1.5 14 1.5 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● Notes: Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET168-SJN Economical Spiral Fluted Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-SJN-140125C-P4 M14×1.25 14 1.25 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET168-SJN-140100C-P3 M14×1 14 1 P3 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET168-SJN-160200C-P5 M16×2 16 2 P5 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET168-SJN-160150C-P4 M16×1.5 16 1.5 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ○ ET168-SJN-160125C-P4 M16×1.25 16 1.25 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET168-SJN-160100C-P3 M16×1 16 1 P3 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET168-SJN-U080F-P1 NO.0-80UNF 1.524 80 P1 1.5P F 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET168-SJN-U164F-P1 NO.1-64UNC 1.854 64 P1 1.5P F 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET168-SJN-U256C-P1 NO.2-56UNC 2.184 56 P1 2.5P C 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET168-SJN-U348C-P1 NO.3-48UNC 2.515 48 P1 2.5P C 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET168-SJN-U440C-P2 NO.4-40UNC 2.845 40 P2 2.5P C 3 45 6 16 3 2.5 3 3×2.5 7.1 3 2.21 ○ ET168-SJN-U540C-P2 NO.5-40UNC 3.175 40 P2 2.5P C 3 50 7 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET168-SJN-U632C-P2 NO.6-32UNC 3.505 32 P2 2.5P C 3 50 8 20 4 3.2 6 4×3.2 8.8 3 2.71 ○ ET168-SJN-U832C-P2 NO.8-32UNC 4.166 32 P2 2.5P C 3 57 8 21.5 5 4 7 5×4 10.4 3 3.37 ○ ET168-SJN-U1024C-P2 NO.10-24UNC 4.826 24 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ○ ET168-SJN-U1032C-P2 NO.10-32UNF 4.826 32 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 12.1 3 4.03 ○ ET168-SJN-U1224C-P2 NO.12-24UNC 5.486 24 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET168-SJN-U1228C-P2 NO.12-28UNF 5.486 28 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 13.7 3 4.58 ○ ET168-SJN-U1420C-P2 1/4-20UNC 6.350 20 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.08 ○ ET168-SJN-U1428C-P2 1/4-28UNF 6.350 28 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.44 ○ ET168-SJN-U51618C-P3 5/16-18UNC 7.938 18 P3 2.5P C 5 70 15 30 6.1 5 8 6.1×5 19.8 3 6.53 ○ ET168-SJN-U51624C-P3 5/16-24UNF 7.938 24 P3 2.5P C 5 70 11 30 6.1 5 8 6.1×5 19.8 3 6.88 ○ ET168-SJN-U3816C-P3 3/8-16U

160 161 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET168-SJN Economical Spiral Fluted Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-SJN-U3824C-P3 3/8-24UNF 9.525 24 P3 2.5P C 5 75 11 43 7 5.5 8 7×5.5 23.8 3 8.47 ○ ET168-SJN-U71614C-P4 7/16-14UNC 11.113 14 P4 2.5P C 5 80 20 40 8 6 9 8×6 27.8 3 9.30 ○ ET168-SJN-U71620C-P3 7/16-20UNF 11.113 20 P3 2.5P C 5 80 13 40 8 6 9 8×6 27.8 3 9.84 ○ ET168-SJN-U1213C-P4 1/2-13UNC 12.700 13 P4 2.5P C 5 85 21 48 9 7 10 9×7 31.8 3 10.75 ○ ET168-SJN-U1220C-P3 1/2-20UNF 12.700 20 P3 2.5P C 5 85 13 48 9 7 10 9×7 31.8 3 11.43 ○ ET168-SJN-U91612C-P4 9/16-12UNC 14.288 12 P4 2.5P C 5 90 21 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET168-SJN-U91618C-P3 9/16-18UNF 14.288 18 P3 2.5P C 5 90 15 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET168-SJN-U5811C-P4 5/8-11UNC 15.875 11 P4 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET168-SJN-U5818C-P3 5/8-18UNF 15.875 18 P3 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Continued Notes: Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET168-PJN Economical Spiral Pointed Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-PJN-010025B-P1 M1×0.25 1 0.25 P1 5P B 1 37 4.5 － 3 2.5 3 3×2.5 2.5 2 0.75 ○ ET168-PJN-012025B-P1 M1.2×0.25 1.2 0.25 P1 5P B 1 37 5.5 － 3 2.5 3 3×2.5 3.0 2 0.95 ○ ET168-PJN-014030B-P1 M1.4×0.3 1.4 0.3 P1 5P B 1 37 9 － 3 2.5 3 3×2.5 3.5 2 1.10 ○ ET168-PJN-016035B-P2 M1.6×0.35 1.6 0.35 P2 5P B 1 37 8 － 3 2.5 3 3×2.5 4.0 2 1.25 ○ ET168-PJN-020040B-P2 M2×0.4 2 0.4 P2 5P B 1 45 11 － 3 2.5 3 3×2.5 5.0 2 1.60 ○ ET168-PJN-025045B-P2 M2.5×0.45 2.5 0.45 P2 5P B 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ○ ET168-PJN-030050B-P2 M3×0.5 3 0.5 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.5 3 2.50 ● ET168-PJN-035060B-P2 M3.5×0.6 3.5 0.6 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET168-PJN-040070B-P2 M4×0.7 4 0.7 P2 5P B 3 57 14 21 5 4 7 5×4 10.0 3 3.30 ● ET168-PJN-050080B-P2 M5×0.8 5 0.8 P2 5P B 3 66 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET168-PJN-060100B-P2 M6×1 6 1 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ● ET168-PJN-070100B-P3 M7×1 7 1 P3 5P B 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET168-PJN-080125B-P3 M8×1.25 8 1.25 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ● ET168-PJN-080100B-P3 M8×1 8 1 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ○ ET168-PJN-100150B-P4 M10×1.5 10 1.5 P4 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.50 ● ET168-PJN-100125B-P3 M10×1.25 10 1.25 P3 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.75 ○ ET168-PJN-100100B-P3 M10×1 10 1 P3 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET168-PJN-120175B-P4 M12×1.75 12 1.75 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET168-PJN-120150B-P4 M12×1.5 12 1.5 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ○ ET168-PJN-120125B-P4 M12×1.25 12 1.25 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET168-PJN-120100B-P3 M12×1 12 1 P3 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET168-PJN-140200B-P5 M14×2 14 2 P5 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● ET168-PJN-140150B-P4 M14×1.5 14 1.5 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

162 163 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET168-PJN Economical Spiral Pointed Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-PJN-140125B-P4 M14×1.25 14 1.25 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET168-PJN-140100B-P3 M14×1 14 1 P3 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET168-PJN-160200B-P5 M16×2 16 2 P5 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET168-PJN-160150B-P4 M16×1.5 16 1.5 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ○ ET168-PJN-160125B-P4 M16×1.25 16 1.25 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET168-PJN-160100B-P3 M16×1 16 1 P3 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET168-PJN-U080B-P1 NO.0-80UNF 1.524 80 P1 5P B 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET168-PJN-U164B-P1 NO.1-64UNC 1.854 64 P1 5P B 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET168-PJN-U256B-P1 NO.2-56UNC 2.184 56 P1 5P B 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET168-PJN-U348B-P1 NO.3-48UNC 2.515 48 P1 5P B 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET168-PJN-U440B-P2 NO.4-40UNC 2.845 40 P2 5P B 1 45 13 － 3 2.5 3 3×2.5 7.1 2 2.21 ○ ET168-PJN-U540B-P2 NO.5-40UNC 3.175 40 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET168-PJN-U632B-P2 NO.6-32UNC 3.505 32 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.71 ○ ET168-PJN-U832B-P2 NO.8-32UNC 4.166 32 P2 5P B 3 57 13.5 21.5 5 4 7 5×4 10.4 3 3.37 ○ ET168-PJN-U1024B-P2 NO.10-24UNC 4.826 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ○ ET168-PJN-U1032B-P2 NO.10-32UNF 4.826 32 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 4.03 ○ ET168-PJN-U1224B-P2 NO.12-24UNC 5.486 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET168-PJN-U1228B-P2 NO.12-28UNF 5.486 28 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.58 ○ ET168-PJN-U1420B-P2 1/4-20UNC 6.350 20 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.08 ○ ET168-PJN-U1428B-P2 1/4-28UNF 6.350 28 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.44 ○ ET168-PJN-U51618B-P3 5/16-18UNC 7.938 18 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.53 ○ ET168-PJN-U51624B-P3 5/16-24UNF 7.938 24 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.88 ○ ET168-PJN-U3816B-P3 3/8-16UNC 9.525 16 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 7.94 ○ Pre-hole size is for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET168-PJN Economical Spiral Pointed Tap for Stainless Steel Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET168-PJN-U3824B-P3 3/8-24UNF 9.525 24 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 8.47 ○ ET168-PJN-U71614B-P4 7/16-14UNC 11.113 14 P4 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.30 ○ ET168-PJN-U71620B-P3 7/16-20UNF 11.113 20 P3 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.84 ○ ET168-PJN-U1213B-P4 1/2-13UNC 12.700 13 P4 5P B 5 85 30 48 9 7 10 9×7 31.8 3 10.75 ○ ET168-PJN-U1220B-P3 1/2-20UNF 12.700 20 P3 5P B 5 85 30 48 9 7 10 9×7 31.8 3 11.43 ○ ET168-PJN-U91612B-P4 9/16-12UNC 14.288 12 P4 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET168-PJN-U91618B-P3 9/16-18UNF 14.288 18 P3 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET168-PJN-U5811B-P4 5/8-11UNC 15.875 11 P4 5P B 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET168-PJN-U5818B-P3 5/8-18UNF 15.875 18 P3 5P B 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Pre-hole size is for reference only. Unit (mm) Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE ISO 6H/2BJIS TiAlN M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

164 165 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET166-FJN Economical Fluteless Tap for copper-aluminum Machining .( .( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Schematic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-FJN-010025D-RH4 M1×0.25 1 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET166-FJN-010025E-RH4 M1×0.25 1 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 2.5 － 0.92 ○ ET166-FJN-012025D-RH4 M1.2×0.25 1.2 0.25 RH4 4P D 1 32 4.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET166-FJN-012025E-RH4 M1.2×0.25 1.2 0.25 RH4 2P E 2 31 3.5 － 3 2.5 3 3×2.5 3.0 － 1.12 ○ ET166-FJN-014030D-RH4 M1.4×0.3 1.4 0.3 RH4 4P D 1 37 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET166-FJN-014030E-RH4 M1.4×0.3 1.4 0.3 RH4 2P E 2 36 6.5 － 3 2.5 3 3×2.5 3.5 － 1.29 ○ ET166-FJN-016035D-RH4 M1.6×0.35 1.6 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET166-FJN-016035E-RH4 M1.6×0.35 1.6 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.0 － 1.46 ○ ET166-FJN-017035D-RH4 M1.7×0.35 1.7 0.35 RH4 4P D 1 37 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET166-FJN-017035E-RH4 M1.7×0.35 1.7 0.35 RH4 2P E 2 35.5 8 － 3 2.5 3 3×2.5 4.3 － 1.56 ○ ET166-FJN-020040D-RH5 M2×0.4 2 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET166-FJN-020040E-RH5 M2×0.4 2 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.0 － 1.85 ● ET166-FJN-023040D-RH5 M2.3×0.4 2.3 0.4 RH5 4P D 1 45 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET166-FJN-023040E-RH5 M2.3×0.4 2.3 0.4 RH5 2P E 2 43.5 10 － 3 2.5 3 3×2.5 5.8 － 2.15 ○ ET166-FJN-025045D-RH5 M2.5×0.45 2.5 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET166-FJN-025045E-RH5 M2.5×0.45 2.5 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.3 － 2.32 ● ET166-FJN-026045D-RH5 M2.6×0.45 2.6 0.45 RH5 4P D 1 45 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ○ ET166-FJN-026045E-RH5 M2.6×0.45 2.6 0.45 RH5 2P E 2 43.5 13 － 3 2.5 3 3×2.5 6.5 － 2.42 ● ET166-FJN-030050D-RH7 M3×0.5 3 0.5 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET166-FJN Economical Fluteless Tap for Copper-aluminum Machining .( .( .( .( Pre-hole size is for reference only. Unit (mm) Continued Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Schematic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-FJN-030050E-RH7 M3×0.5 3 0.5 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 7.5 － 2.82 ● ET166-FJN-035060D-RH7 M3.5×0.6 3.5 0.6 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET166-FJN-035060E-RH7 M3.5×0.6 3.5 0.6 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.26 ● ET166-FJN-040070D-RH7 M4×0.7 4 0.7 RH7 4P D 1 57 18 － 5 4 7 5×4 10.0 － 3.71 ● ET166-FJN-040070E-RH7 M4×0.7 4 0.7 RH7 2P E 2 55 18 － 5 4 7 5×4 10.0 － 3.71 ● ET166-FJN-050080D-RH7 M5×0.8 5 0.8 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET166-FJN-050080E-RH7 M5×0.8 5 0.8 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.5 － 4.65 ● ET166-FJN-060100D-RH7 M6×1 6 1 RH7 4P D 1 69 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET166-FJN-060100E-RH7 M6×1 6 1 RH7 2P E 2 66.5 27 － 6 4.5 7 6×4.5 15.0 2 5.55 ● ET166-FJN-070100D-RH7 M7×1 7 1 RH7 4P D 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET166-FJN-070100E-RH7 M7×1 7 1 RH7 2P E 5 70 13 23 6.2 5 8 6.2×5 17.5 2 6.55 ○ ET166-FJN-080125D-RH7 M8×1.25 8 1.25 RH7 4P D 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET166-FJN-080125E-RH7 M8×1.25 8 1.25 RH7 2P E 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.41 ● ET166-FJN-100150D-RH8 M10×1.5 10 1.5 RH8 4P D 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ○ ET166-FJN-100150E-RH8 M10×1.5 10 1.5 RH8 2P E 5 75 15 43 7 5.5 8 7×5.5 25.0 6 9.29 ● ET166-FJN-120175D-RH9 M12×1.75 12 1.75 RH9 4P D 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ○ ET166-FJN-120175E-RH9 M12×1.75 12 1.75 RH9 2P E 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 6 11.16 ● ET166-FJN-140200D-RH10 M14×2 14 2 RH10 4P D 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2BJIS DLC M MF UNC UNF HSSE ISO 6H/2BJIS DLC M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

166 167 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ .( .( Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Pre-hole size is for reference only. Unit (mm) Continued Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Schematic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-FJN-140200E-RH10 M14×2 14 2 RH10 2P E 5 88 20 51 10.5 8 11 10.5×8 35.0 6 13.04 ● ET166-FJN-160200D-RH10 M16×2 16 2 RH10 4P D 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ○ ET166-FJN-160200E-RH10 M16×2 16 2 RH10 2P E 5 95 20 52 12.5 10 13 12.5×10 40.0 6 15.04 ● ET166-FJN-U164D-RH4 NO.1-64UNC 1.854 64 RH4 4P D 1 37 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET166-FJN-U164E-RH4 NO.1-64UNC 1.854 64 RH4 2P E 2 35.5 9 － 3 2.5 3 3×2.5 4.6 － 1.69 ○ ET166-FJN-U256D-RH4 NO.2-56UNC 2.184 56 RH4 4P D 1 45 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET166-FJN-U256E-RH4 NO.2-56UNC 2.184 56 RH4 2P E 2 43.5 12 － 3 2.5 3 3×2.5 5.5 － 1.99 ○ ET166-FJN-U348D-RH4 NO.3-48UNC 2.515 48 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET166-FJN-U348E-RH4 NO.3-48UNC 2.515 48 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 6.3 － 2.28 ○ ET166-FJN-U440D-RH4 NO.4-40UNC 2.845 40 RH4 4P D 1 45 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ○ ET166-FJN-U440E-RH4 NO.4-40UNC 2.845 40 RH4 2P E 2 43.5 15 － 3 2.5 3 3×2.5 7.1 － 2.55 ● ET166-FJN-U540D-RH4 NO.5-40UNC 3.175 40 RH4 4P D 1 50 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ○ ET166-FJN-U540E-RH4 NO.5-40UNC 3.175 40 RH4 2P E 2 48 15 － 4 3.2 6 4×3.2 7.9 － 2.88 ● ET166-FJN-U632D-RH7 NO.6-32UNC 3.505 32 RH7 4P D 1 50 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET166-FJN-U632E-RH7 NO.6-32UNC 3.505 32 RH7 2P E 2 48 16 － 4 3.2 6 4×3.2 8.8 － 3.16 ● ET166-FJN-U832D-RH7 NO.8-32UNC 4.166 32 RH7 4P D 1 57 18 － 5 4 7 5×4 10.4 － 3.82 ● ET166-FJN-U832E-RH7 NO.8-32UNC 4.166 32 RH7 2P E 2 54.5 18 － 5 4 7 5×4 10.4 － 3.82 ● ET166-FJN-U1024D-RH7 NO.10-24UNC 4.826 24 RH7 4P D 1 66 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Schematic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-FJN-U1024E-RH7 NO.10-24UNC 4.826 24 RH7 2P E 2 63.5 20 － 5.5 4.5 7 5.5×4.5 12.1 － 4.34 ● ET166-FJN-U1224D-RH7 NO.12-24UNC 5.486 24 RH7 4P D 1 66 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● ET166-FJN-U1224E-RH7 NO.12-24UNC 5.486 24 RH7 2P E 2 63.5 23 － 5.5 4.5 7 5.5×4.5 13.7 － 5.00 ● ET166-FJN-U1420D-RH7 1/4-20UNC 6.350 20 RH7 4P D 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET166-FJN-U1420E-RH7 1/4-20UNC 6.350 20 RH7 2P E 6 62 27 － 6 4.5 7 6×4.5 15.9 2 5.75 ● ET166-FJN-U51618D-RH8 5/16-18UNC 7.938 18 RH8 4P D 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET166-FJN-U51618E-RH8 5/16-18UNC 7.938 18 RH8 2P E 5 70 15 30 6.1 5 8 6.1×5 19.8 3 7.27 ● ET166-FJN-U3816D-RH8 3/8-16UNC 9.525 16 RH8 4P D 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET166-FJN-U3816E-RH8 3/8-16UNC 9.525 16 RH8 2P E 5 75 16 43 7 5.5 8 7×5.5 23.8 6 8.77 ● ET166-FJN-U71614D-RH8 7/16-14UNC 11.113 14 RH8 4P D 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET166-FJN-U71614E-RH8 7/16-14UNC 11.113 14 RH8 2P E 5 80 20 40 8 6 9 8×6 27.8 6 10.23 ○ ET166-FJN-U1213D-RH8 1/2-13UNC 12.700 13 RH8 4P D 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ○ ET166-FJN-U1213E-RH8 1/2-13UNC 12.700 13 RH8 2P E 5 85 21 48 9 7 10 9×7 31.8 6 11.74 ● ET166-FJN-U91612D-RH9 9/16-12UNC 14.288 12 RH9 4P D 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET166-FJN-U91612E-RH9 9/16-12UNC 14.288 12 RH9 2P E 5 90 21 50 10.5 8 11 10.5×8 35.7 6 13.25 ○ ET166-FJN-U5811D-RH10 5/8-11UNC 15.875 11 RH10 4P D 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ○ ET166-FJN-U5811E-RH10 5/8-11UNC 15.875 11 RH10 2P E 5 95 23 48 12 9 12 12×9 39.7 6 14.75 ● .( .( .( .( Continued Pre-hole size is for reference only. Unit (mm) ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET166-FJN Economical Fluteless Tap for copper-aluminum Machining ET166-FJN Economical Fluteless Tap for Copper-aluminum MachiningISO 6H/2BJIS DLC M MF UNC UNF HSSE ISO 6H/2BJIS DLC M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

168 169 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET166-SJN Economical Spiral Fluted Tap for Copper-aluminum Machining .(.(.( Pre-hole size is for reference only. Unit (mm) Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-SJN-010025F-P1 M1×0.25 1 0.25 P1 1.5P F 1 37 4.5 － 3 2.5 3 3×2.5 2.5 2 0.75 ○ ET166-SJN-012025F-P1 M1.2×0.25 1.2 0.25 P1 1.5P F 1 37 5.5 － 3 2.5 3 3×2.5 3.0 2 0.95 ○ ET166-SJN-014030F-P1 M1.4×0.3 1.4 0.3 P1 1.5P F 1 37 6.5 － 3 2.5 3 3×2.5 3.5 2 1.10 ○ ET166-SJN-016035F-P2 M1.6×0.35 1.6 0.35 P2 1.5P F 1 37 8 － 3 2.5 3 3×2.5 4.0 2 1.25 ○ ET166-SJN-020040C-P2 M2×0.4 2 0.4 P2 2.5P C 1 45 11 － 3 2.5 3 3×2.5 5.0 2 1.60 ● ET166-SJN-025045C-P2 M2.5×0.45 2.5 0.45 P2 2.5P C 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ● ET166-SJN-030050C-P2 M3×0.5 3 0.5 P2 2.5P C 3 50 5 18 4 3.2 6 4×3.2 7.5 3 2.50 ● ET166-SJN-035060C-P2 M3.5×0.6 3.5 0.6 P2 2.5P C 3 50 6 19 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET166-SJN-040070C-P2 M4×0.7 4 0.7 P2 2.5P C 3 57 9 20 5 4 7 5×4 10.0 3 3.30 ● ET166-SJN-050080C-P2 M5×0.8 5 0.8 P2 2.5P C 3 66 8 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET166-SJN-060100C-P2 M6×1 6 1 P2 2.5P C 3 69 12 24 6 4.5 7 6×4.5 15.0 3 5.00 ● ET166-SJN-070100C-P3 M7×1 7 1 P3 2.5P C 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET166-SJN-080125C-P3 M8×1.25 8 1.25 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 6.75 ● ET166-SJN-080100C-P3 M8×1 8 1 P3 2.5P C 5 70 13 36 6.2 5 8 6.2×5 20.0 3 7.00 ● ET166-SJN-100150C-P4 M10×1.5 10 1.5 P4 2.5P C 5 75 15 43 7 5.5 8 7×5.5 25.0 3 8.50 ● ET166-SJN-100125C-P3 M10×1.25 10 1.25 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 8.75 ● ET166-SJN-100100C-P3 M10×1 10 1 P3 2.5P C 5 75 13 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET166-SJN-120175C-P4 M12×1.75 12 1.75 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET166-SJN-120150C-P4 M12×1.5 12 1.5 P4 2.5P C 5 82 17 42 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ● ET166-SJN-120125C-P4 M12×1.25 12 1.25 P4 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET166-SJN-120100C-P3 M12×1 12 1 P3 2.5P C 5 82 13 42 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET166-SJN-140200C-P5 M14×2 14 2 P5 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● ET166-SJN-140150C-P4 M14×1.5 14 1.5 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ◎ ◎ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET166-SJN Economical Spiral Fluted Tap for Copper-aluminum Machining .(.(.( Pre-hole size is for reference only. Unit (mm) Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-SJN-140125C-P4 M14×1.25 14 1.25 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET166-SJN-140100C-P3 M14×1 14 1 P3 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET166-SJN-160200C-P5 M16×2 16 2 P5 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET166-SJN-160150C-P4 M16×1.5 16 1.5 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ● ET166-SJN-160125C-P4 M16×1.25 16 1.25 P4 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET166-SJN-160100C-P3 M16×1 16 1 P3 2.5P C 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET166-SJN-U080F-P1 NO.0-80UNF 1.524 80 P1 1.5P F 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET166-SJN-U164F-P1 NO.1-64UNC 1.854 64 P1 1.5P F 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET166-SJN-U256C-P1 NO.2-56UNC 2.184 56 P1 2.5P C 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET166-SJN-U348C-P1 NO.3-48UNC 2.515 48 P1 2.5P C 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET166-SJN-U440C-P2 NO.4-40UNC 2.845 40 P2 2.5P C 3 45 6 16 3 2.5 3 3×2.5 7.1 3 2.21 ● ET166-SJN-U540C-P2 NO.5-40UNC 3.175 40 P2 2.5P C 3 50 7 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET166-SJN-U632C-P2 NO.6-32UNC 3.505 32 P2 2.5P C 3 50 8 20 4 3.2 6 4×3.2 8.8 3 2.71 ● ET166-SJN-U832C-P2 NO.8-32UNC 4.166 32 P2 2.5P C 3 57 8 21.5 5 4 7 5×4 10.4 3 3.37 ● ET166-SJN-U1024C-P2 NO.10-24UNC 4.826 24 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ● ET166-SJN-U1032C-P2 NO.10-32UNF 4.826 32 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 12.1 3 4.03 ○ ET166-SJN-U1224C-P2 NO.12-24UNC 5.486 24 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET166-SJN-U1228C-P2 NO.12-28UNF 5.486 28 P2 2.5P C 3 66 10 26 5.5 4.5 7 5.5×4.5 13.7 3 4.58 ○ ET166-SJN-U1420C-P2 1/4-20UNC 6.350 20 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.08 ● ET166-SJN-U1428C-P2 1/4-28UNF 6.350 28 P2 2.5P C 3 69 12 29 6 4.5 7 6×4.5 15.9 3 5.44 ● ET166-SJN-U51618C-P3 5/16-18UNC 7.938 18 P3 2.5P C 5 70 15 30 6.1 5 8 6.1×5 19.8 3 6.53 ● ET166-SJN-U51624C-P3 5/16-24UNF 7.938 24 P3 2.5P C 5 70 11 30 6.1 5 8 6.1×5

170 171 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET166-SJN Economical Spiral Fluted Tap for Copper-aluminum Machining .(.(.( Pre-hole size is for reference only. Unit (mm) Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET166-SJN-U3816C-P3 3/8-16UNC 9.525 16 P3 2.5P C 5 75 16 43 7 5.5 8 7×5.5 23.8 3 7.94 ● ET166-SJN-U3824C-P3 3/8-24UNF 9.525 24 P3 2.5P C 5 75 11 43 7 5.5 8 7×5.5 23.8 3 8.47 ● ET166-SJN-U71614C-P4 7/16-14UNC 11.113 14 P4 2.5P C 5 80 20 40 8 6 9 8×6 27.8 3 9.30 ○ ET166-SJN-U71620C-P3 7/16-20UNF 11.113 20 P3 2.5P C 5 80 13 40 8 6 9 8×6 27.8 3 9.84 ○ ET166-SJN-U1213C-P4 1/2-13UNC 12.700 13 P4 2.5P C 5 85 21 48 9 7 10 9×7 31.8 3 10.75 ○ ET166-SJN-U1220C-P3 1/2-20UNF 12.700 20 P3 2.5P C 5 85 13 48 9 7 10 9×7 31.8 3 11.43 ○ ET166-SJN-U91612C-P4 9/16-12UNC 14.288 12 P4 2.5P C 5 90 21 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET166-SJN-U91618C-P3 9/16-18UNF 14.288 18 P3 2.5P C 5 90 15 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET166-SJN-U5811C-P4 5/8-11UNC 15.875 11 P4 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET166-SJN-U5818C-P3 5/8-18UNF 15.875 18 P3 2.5P C 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Continued Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ◎ ◎ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET166-PJN Economical Spiral Pointed Tap for Copper-aluminum Machining .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVSLSQ CZCMS TDRMNOF PHD In Stock ET166-PJN-010025B-P1 M1×0.25 1 0.25 P1 5P B 1 37 4.5 － 3 2.5 3 3×2.5 2.5 2 0.75 ○ ET166-PJN-012025B-P1 M1.2×0.25 1.2 0.25 P1 5P B 1 37 5.5 － 3 2.5 3 3×2.5 3.0 2 0.95 ○ ET166-PJN-014030B-P1 M1.4×0.3 1.4 0.3 P1 5P B 1 37 9 － 3 2.5 3 3×2.5 3.5 2 1.10 ○ ET166-PJN-016035B-P2 M1.6×0.35 1.6 0.35 P2 5P B 1 37 8 － 3 2.5 3 3×2.5 4.0 2 1.25 ○ ET166-PJN-020040B-P2 M2×0.4 2 0.4 P2 5P B 1 45 11 － 3 2.5 3 3×2.5 5.0 2 1.60 ● ET166-PJN-025045B-P2 M2.5×0.45 2.5 0.45 P2 5P B 1 45 12 － 3 2.5 3 3×2.5 6.3 2 2.05 ● ET166-PJN-030050B-P2 M3×0.5 3 0.5 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.5 3 2.50 ● ET166-PJN-035060B-P2 M3.5×0.6 3.5 0.6 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.90 ○ ET166-PJN-040070B-P2 M4×0.7 4 0.7 P2 5P B 3 57 14 21 5 4 7 5×4 10.0 3 3.30 ● ET166-PJN-050080B-P2 M5×0.8 5 0.8 P2 5P B 3 66 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ● ET166-PJN-060100B-P2 M6×1 6 1 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ● ET166-PJN-070100B-P3 M7×1 7 1 P3 5P B 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET166-PJN-080125B-P3 M8×1.25 8 1.25 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ● ET166-PJN-080100B-P3 M8×1 8 1 P3 5P B 5 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ● ET166-PJN-100150B-P4 M10×1.5 10 1.5 P4 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.50 ● ET166-PJN-100125B-P3 M10×1.25 10 1.25 P3 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.75 ● ET166-PJN-100100B-P3 M10×1 10 1 P3 5P B 5 75 24 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET166-PJN-120175B-P4 M12×1.75 12 1.75 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ● ET166-PJN-120150B-P4 M12×1.5 12 1.5 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ● ET166-PJN-120125B-P4 M12×1.25 12 1.25 P4 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET166-PJN-120100B-P3 M12×1 12 1 P3 5P B 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET166-PJN-140200B-P5 M14×2 14 2 P5 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ● Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ◎ ◎ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ISO 6H/2BJIS DLC M MF UNC UNF HSSE ISO 6H/2BJIS DLC M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

172 173 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVSLSQ CZCMS TDRMNOF PHD In Stock ET166-PJN-140150B-P4 M14×1.5 14 1.5 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ● ET166-PJN-140125B-P4 M14×1.25 14 1.25 P4 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET166-PJN-140100B-P3 M14×1 14 1 P3 5P B 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET166-PJN-160200B-P5 M16×2 16 2 P5 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ● ET166-PJN-160150B-P4 M16×1.5 16 1.5 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ● ET166-PJN-160125B-P4 M16×1.25 16 1.25 P4 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET166-PJN-160100B-P3 M16×1 16 1 P3 5P B 5 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ ET166-PJN-U080B-P1 NO.0-80UNF 1.524 80 P1 5P B 1 37 10 － 3 2.5 3 3×2.5 3.8 2 1.21 ○ ET166-PJN-U164B-P1 NO.1-64UNC 1.854 64 P1 5P B 1 37 11 － 3 2.5 3 3×2.5 4.6 2 1.46 ○ ET166-PJN-U256B-P1 NO.2-56UNC 2.184 56 P1 5P B 1 45 12 － 3 2.5 3 3×2.5 5.5 2 1.73 ○ ET166-PJN-U348B-P1 NO.3-48UNC 2.515 48 P1 5P B 1 45 14 － 3 2.5 3 3×2.5 6.3 2 1.99 ○ ET166-PJN-U440B-P2 NO.4-40UNC 2.845 40 P2 5P B 1 45 13 － 3 2.5 3 3×2.5 7.1 2 2.21 ● ET166-PJN-U540B-P2 NO.5-40UNC 3.175 40 P2 5P B 3 50 12 19 4 3.2 6 4×3.2 7.9 3 2.54 ○ ET166-PJN-U632B-P2 NO.6-32UNC 3.505 32 P2 5P B 3 50 13 20 4 3.2 6 4×3.2 8.8 3 2.71 ● ET166-PJN-U832B-P2 NO.8-32UNC 4.166 32 P2 5P B 3 57 13.5 21.5 5 4 7 5×4 10.4 3 3.37 ● ET166-PJN-U1024B-P2 NO.10-24UNC 4.826 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 3.77 ● ET166-PJN-U1032B-P2 NO.10-32UNF 4.826 32 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 12.1 3 4.03 ○ ET166-PJN-U1224B-P2 NO.12-24UNC 5.486 24 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.43 ○ ET166-PJN-U1228B-P2 NO.12-28UNF 5.486 28 P2 5P B 3 66 16.5 26 5.5 4.5 7 5.5×4.5 13.7 3 4.58 ○ ET166-PJN-U1420B-P2 1/4-20UNC 6.350 20 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.08 ● Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ◎ ◎ Pre-hole size is for reference only. Unit (mm) Continued ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ◎ ◎ .(.(.( Order No. Thread Size TD TP/ TPI TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVSLSQ CZCMS TDRMNOF PHD In Stock ET166-PJN-U1428B-P2 1/4-28UNF 6.350 28 P2 5P B 3 69 19.5 29 6 4.5 7 6×4.5 15.9 3 5.44 ● ET166-PJN-U51618B-P3 5/16-18UNC 7.938 18 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.53 ● ET166-PJN-U51624B-P3 5/16-24UNF 7.938 24 P3 5P B 5 70 23 38 6.1 5 8 6.1×5 19.8 3 6.88 ● ET166-PJN-U3816B-P3 3/8-16UNC 9.525 16 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 7.94 ● ET166-PJN-U3824B-P3 3/8-24UNF 9.525 24 P3 5P B 5 75 25 43 7 5.5 8 7×5.5 23.8 3 8.47 ● ET166-PJN-U71614B-P4 7/16-14UNC 11.113 14 P4 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.30 ○ ET166-PJN-U71620B-P3 7/16-20UNF 11.113 20 P3 5P B 5 80 29 45 8 6 9 8×6 27.8 3 9.84 ○ ET166-PJN-U1213B-P4 1/2-13UNC 12.700 13 P4 5P B 5 85 30 48 9 7 10 9×7 31.8 3 10.75 ○ ET166-PJN-U1220B-P3 1/2-20UNF 12.700 20 P3 5P B 5 85 30 48 9 7 10 9×7 31.8 3 11.43 ○ ET166-PJN-U91612B-P4 9/16-12UNC 14.288 12 P4 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.17 ○ ET166-PJN-U91618B-P3 9/16-18UNF 14.288 18 P3 5P B 5 90 30 50 10.5 8 11 10.5×8 35.7 3 12.88 ○ ET166-PJN-U5811B-P4 5/8-11UNC 15.875 11 P4 5P B 5 95 23 48 12 9 12 12×9 39.7 3 13.57 ○ ET166-PJN-U5818B-P3 5/8-18UNF 15.875 18 P3 5P B 5 95 23 48 12 9 12 12×9 39.7 3 14.46 ○ Pre-hole size is for reference only. Unit (mm) Continued ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET166-SJN Economical Spiral Fluted Tap for Copper-aluminum Machining ET166-PJN Economical Spiral Pointed Tap for Copper-aluminum MachiningISO 6H/2BJIS DLC M MF UNC UNF HSSE ISO 6H/2BJIS DLC M MF UNC UNF HSSE ●Stock ○Available Upon Order ●Stock ○Available Upon Order

174 175 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET128-HJN Economical Straight Fluted Tap for Cast Iron Machining Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET128-HJN-050080C-P3 M5×0.8 5 0.8 P3 2.5P C 3 66 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ○ ET128-HJN-060100C-P3 M6×1 6 1 P3 2.5P C 3 69 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ○ ET128-HJN-070100C-P3 M7×1 7 1 P3 2.5P C 3 78 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET128-HJN-080125C-P4 M8×1.25 8 1.25 P4 2.5P C 5 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ○ ET128-HJN-080100C-P4 M8×1 8 1 P4 2.5P C 5 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ○ ET128-HJN-100150C-P5 M10×1.5 10 1.5 P5 2.5P C 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.50 ○ ET128-HJN-100125C-P4 M10×1.25 10 1.25 P4 2.5P C 5 75 24 43 7 5.5 8 7×5.5 25.0 3 8.75 ○ ET128-HJN-100100C-P4 M10×1 10 1 P4 2.5P C 5 75 24 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET128-HJN-120175C-P5 M12×1.75 12 1.75 P5 2.5P C 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ○ ET128-HJN-120150C-P5 M12×1.5 12 1.5 P5 2.5P C 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ○ ET128-HJN-120125C-P5 M12×1.25 12 1.25 P5 2.5P C 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET128-HJN-120100C-P4 M12×1 12 1 P4 2.5P C 5 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET128-HJN-140200C-P6 M14×2 14 2 P6 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ○ ET128-HJN-140150C-P5 M14×1.5 14 1.5 P5 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ○ ET128-HJN-140125C-P5 M14×1.25 14 1.25 P5 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET128-HJN-140100C-P4 M14×1 14 1 P4 2.5P C 5 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET128-HJN-160200C-P6 M16×2 16 2 P6 2.5P C 5 90 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ○ ET128-HJN-160150C-P5 M16×1.5 16 1.5 P5 2.5P C 5 90 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ○ ET128-HJN-160125C-P5 M16×1.25 16 1.25 P5 2.5P C 5 90 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET128-HJN-160100C-P4 M16×1 16 1 P4 2.5P C 5 90 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 ET128-HJC Economical Straight Fluted Tap for Internal Cooling Cast Iron Machining .( Order No. Thread Size TD TP TCTR TCL THCHT Sche- matic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET128-HJC-050080C-P3 M5×0.8 5 0.8 P3 2.5P C 11 61 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ○ ET128-HJC-060100C-P3 M6×1 6 1 P3 2.5P C 11 63 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ○ ET128-HJC-070100C-P3 M7×1 7 1 P3 2.5P C 11 72 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET128-HJC-080125C-P4 M8×1.25 8 1.25 P4 2.5P C 12 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ○ ET128-HJC-080100C-P4 M8×1 8 1 P4 2.5P C 12 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ○ ET128-HJC-100150C-P5 M10×1.5 10 1.5 P5 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 8.50 ○ ET128-HJC-100125C-P4 M10×1.25 10 1.25 P4 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 8.75 ○ ET128-HJC-100100C-P4 M10×1 10 1 P4 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET128-HJC-120175C-P5 M12×1.75 12 1.75 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ○ ET128-HJC-120150C-P5 M12×1.5 12 1.5 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ○ ET128-HJC-120125C-P5 M12×1.25 12 1.25 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET128-HJC-120100C-P4 M12×1 12 1 P4 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET128-HJC-140200C-P6 M14×2 14 2 P6 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ○ ET128-HJC-140150C-P5 M14×1.5 14 1.5 P5 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ○ ET128-HJC-140125C-P5 M14×1.25 14 1.25 P5 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET128-HJC-140100C-P4 M14×1 14 1 P4 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET128-HJC-160200C-P6 M16×2 16 2 P6 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ○ ET128-HJC-160150C-P5 M16×1.5 16 1.5 P5 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ○ ET128-HJC-160125C-P5 M16×1.25 16 1.25 P5 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET128-HJC-160100C-P4 M16×1 16 1 P4 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ Pre-hole size is for reference only. Unit (mm) Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC

176 177 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ ET128-HJR Economical Straight Fluted Tap for Internal Cooling Cast Iron Machining Order No. Thread Size TD TP TCTR TCL THCHT Schematic Diagram LF THL LU DCON DRVS LSQ CZCMS TDRM NOF PHD In Stock ET128-HJR-050080C-P3 M5×0.8 5 0.8 P3 2.5P C 11 61 16 25 5.5 4.5 7 5.5×4.5 12.5 3 4.20 ○ ET128-HJR-060100C-P3 M6×1 6 1 P3 2.5P C 11 63 19.5 29 6 4.5 7 6×4.5 15.0 3 5.00 ○ ET128-HJR-070100C-P3 M7×1 7 1 P3 2.5P C 11 72 13 23 6.2 5 8 6.2×5 17.5 3 6.00 ○ ET128-HJR-080125C-P4 M8×1.25 8 1.25 P4 2.5P C 12 70 22 37 6.2 5 8 6.2×5 20.0 3 6.75 ○ ET128-HJR-080100C-P4 M8×1 8 1 P4 2.5P C 12 70 22 37 6.2 5 8 6.2×5 20.0 3 7.00 ○ ET128-HJR-100150C-P5 M10×1.5 10 1.5 P5 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 8.50 ○ ET128-HJR-100125C-P4 M10×1.25 10 1.25 P4 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 8.75 ○ ET128-HJR-100100C-P4 M10×1 10 1 P4 2.5P C 12 75 24 43 7 5.5 8 7×5.5 25.0 3 9.00 ○ ET128-HJR-120175C-P5 M12×1.75 12 1.75 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.25 ○ ET128-HJR-120150C-P5 M12×1.5 12 1.5 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.50 ○ ET128-HJR-120125C-P5 M12×1.25 12 1.25 P5 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 10.75 ○ ET128-HJR-120100C-P4 M12×1 12 1 P4 2.5P C 12 82 29 46 8.5 6.5 9 8.5×6.5 30.0 3 11.00 ○ ET128-HJR-140200C-P6 M14×2 14 2 P6 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.00 ○ ET128-HJR-140150C-P5 M14×1.5 14 1.5 P5 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.50 ○ ET128-HJR-140125C-P5 M14×1.25 14 1.25 P5 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 12.75 ○ ET128-HJR-140100C-P4 M14×1 14 1 P4 2.5P C 12 88 20 51 10.5 8 11 10.5×8 35.0 3 13.00 ○ ET128-HJR-160200C-P6 M16×2 16 2 P6 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.00 ○ ET128-HJR-160150C-P5 M16×1.5 16 1.5 P5 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.50 ○ ET128-HJR-160125C-P5 M16×1.25 16 1.25 P5 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 14.75 ○ ET128-HJR-160100C-P4 M16×1 16 1 P4 2.5P C 12 95 20 52 12.5 10 13 12.5×10 40.0 3 15.00 ○ Workpiece Material 1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 Carbon Steel, Alloy Steel Alloy Steel, Tool Steel PH and Ferritic/ Martensitic Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron Forged Aluminum Alloy, Cast Aluminium Alloy Cast Aluminum Alloy Copper Alloy Composite Material High- temperature Alloy Titanium Alloy Hardened Steel Hardened Steel ＜35HRC 35-48HRC ＜35HRC 35-45HRC Si＜12% Si＞12% ＜HB200 ＜HB450 ＜HB400 45-55HRC 55-60HRC ◎ ○ Pre-hole size is for reference only. Unit (mm) ◎ Most Suitable ○ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Tap Inquiry Information Form Tap Desired Form 1. Hole Type 6SHFLٴFDWLRQV Tolerance: Thread hole characteristics: □ □ □ □ □ 2. Machining Type Machine model: Machining characteristics: Materials being machined: Material hardness: HB HRC Machining parameters: Cooling mode: 3. Tool Types □ New project sampling □ Replacing/optimizing existing competitive products Tap types: Additional: Desired tool size: &XUUHQWEUDQGVSHFLٴFDWLRQ TD*TP: TCL: THL: DCON: LSQ: LF: Other size requirements: 4. Notes: JIS TiAl-SiISO 6HM MF HSSE ●Stock ○Available Upon Order

178 179 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ Table of Thread Bottom Hole Diameters for Fluteless Taps Metric Screw Thread Unit: mm Thread Size Bottom-hole Diameter for 1-class thread Bottom-hole Diameter for 2-class thread RH Accuracy Minimum to Maximum (percentage of thread engagement, %) RH Accuracy Minimum to Maximum (percentage of thread engagement, %) M1×0.25 2 0.87~0.89[100~85) 4 0.90~0.92(100~80) M1.2×0.25 2 1.07~1.09 (100~85) 4 1.10~1.12 (100~80) M1.4×0.3 2 1.244~1.263(100~85) 4 1.270~1.294(100~80) M1.6×0.35 2 1.40~1.44 (100~80) 4 1.44 ~1.48 (100~75) M1.7×0.35 2 1.51~1.54 (100~80) 4 1.54 ~1.58 (100~75) M2×0.4 2 1.78~1.82(100~80) 4 1.81~1.85(100~75) M2.3×0.4 2 2.08~2.12 (100~80) 4 2.11~2.15(100~75) M2.5×0.45 2 2.25~2.29 (100~80) 4 2.28~2.33(100~75) M2.6×0.45 2 2.35~2.39 (100~80) 4 2.38~2.43(100~75) M3×0.5 3 2.74~2.78 (100~80) 5 2.76~2.81(100~75) M3.5×0.6 3 3.18 ~3.21 (100~85) 5 3.20~3.26 (100~75) M4×0.7 4 3.63~3.67(100~85) 6 3.65~3.70(100~85) M5×0.8 4 4.57~4.62(100~85) 6 4.59~4.66 (100~80) M6×1.0 4 5.45~5.51(100~85) 7 5.48~5.57(100~80) M7×1.0 4 6.45~6.51(100~85) 7 6.48~6.57(100~80) M8 ×1.25 5 7.31~7.38 (100~85) 7 7.34~7.41 (100~85) M10×1.5 5 9.16~9.22 (100~90) 7 9.18~9.28 (100~85) M12×1.75 5 11.01~11.08 (100~90) 8 11.05~11.15 (100~85) M14×2.0 6 12.83~12.95 (100~90) 10 12.92~13.04 (100~85) M16×2.0 6 14.87~14.95 (100~90) 10 14.92~15.04 (100~85) Table of Thread Bottom Hole Diameters for Fluteless Taps American Thread Unit: mm Thread Size Bottom-hole Diameter for 2B-class Thread Bottom-hole Diameter for 3B-class Thread Outer Diameter Pitch RH Accuracy Minimum to Maximum (percentage of thread engagement, %) RH Accuracy Minimum to Maximum (percentage of thread engagement, %) NO.0~80UNF 1.524 0.3175 4 1.38~1.41(100~65) 3 1.36~1.40(100~65) 1~72UNF 1.854 0.3528 4 1.68~1.72(100~65) 3 1.67~1.71(100~65) 1~64UNC 1.854 0.3969 4 1.66~1.70(100~65) 3 1.65~1.69(100~65) 2~56UNC 2.184 0.4536 4 1.96~2.02(100~65) 3 1.95~2.01 (100~65) 2~64UNF 2.184 0.3969 4 1.98~2.04 (100~65) 3 1.97~2.03 (100~65) 3~48UNC 2.514 0.5292 4 2.25~2.32(100~65) 3 2.23~2.31(100~65) 3~56UNF 2.514 0.4536 4 2.29~2.35 (100~65) 3 2.28~2.34 (100~65) 4~40UNC 2.844 0.635 5 2.52~2.60 (100~70) 3 2.50~2.58 (100~70) 4~48UNF 2.844 0.5292 4 2.57~2.64 (100~70) 3 2.56~2.63 (100~70) 6~32UNC 3.504 0.7938 5 3.09~3.17 (100~75) 3 3.06~3.14 (100~75) 6~40UNF 3.504 0.635 5 3.19~3.26(100~70) 3 3.16~3.22 (100~75) 8~32UNC 4.164 0.7938 6 3.75~3.83 (100~75) 4 3.74~3.82(100~75) 8~36UNF 4.164 0.7056 5 3.80~3.88 (100~75) 4 3.79~3.86 (100~75) 10~24UNC 4.824 1.0583 6 4.26~4.35 (100~80) 4 4.24~4.32(100~80) 10~32UNF 4.824 0.7938 5 4.41~4.48 (100~80) 4 4.40~4.46 (100~80) 12~24UNC 5.484 1.0583 6 4.92~5.01 (100~8O) 4 4.90~4.96(100~85) 12~28UNF 5.484 0.9071 5 5.00~5.08 (100~80) 4 4.99~5.06(100~80) 1/4~20UNC 6.35 1.27 6 5.66~5.76(100~80) 4 5.64~5.74 (100~80) 1/4~28UNF 6.35 0.9071 5 5.86~5.93 (100~80) 4 5.85~5.92 (100~80) 5/16~18UNC 7.9375 1.4111 7 7.18~7.29 (100~80) 5 7.15~7.24 (100~85) 5/16~24UNF 7.9375 1.0583 6 7.38~7.46(100~80) 5 7.36~7.43 (100~85) 3/8~16UNC 9.525 1.5875 7 8.66~8.78 (100~80) 5 8.63~8.73 (100~85) 3/8~24UNF 9.525 1.0583 6 8.96~9.05 (100~80) 5 8.95~9.02 (100~85) 7/16~14UNC 11.1125 1.814 7 10.11~10.25(100~80) 5 10.08~10.19[100~85) 7/16~20UNF 11.1125 1.27 7 10.44~10.54 (100~80) 5 10.41~10.49(100~85) 1/2~13UNC 12.7 1.9538 8 11.62~11.78 (100~80) 6 11.60~11.68 (100~90) 1/2~20UNF 12.7 1.27 7 12.02~12.12(100~80) 5 12.00~12.05 (100~90) 5/8~11UNC 15.875 2.3091 11 14.62~14.76(100~85) 8 14.58~14.67(100~90) 5/8~18UNF 15.875 1.4111 9 15.14~15.25 (100~80) 7 15.11~15.17 (100~90)

180 181 Tap TapHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS $ HOLEMAKING TOOLS $ Table of Thread Bottom Hole Diameters for Cutting Taps Metric Screw Thread Unit: mm Thread Size Standard Diameter Drilling Diameter for 2-class Thread Max. Min. M1 0.25 0.75 0.785 0.729 M1.1 0.25 0.85 0.885 0.829 M1.2 0.25 0.95 0.985 0.929 M1.4 0.3 1.1 1.142 1.075 M1.6 0.35 1.25 1.321 1.221 M1.7 0.35 1.35 1.421 1.321 M1.8 0.35 1.45 1.521 1.421 M2 0.4 1.6 1.679 1.567 M2.2 0.45 1.75 1.838 1.713 M2.3 0.4 1.9 1.979 1.867 M2.5 0.45 2.1 2.138 2.013 M2.6 0.45 2.2 2.238 2.113 M3 0.5 2.5 2.599 2.459 M3.5 0.6 2.9 3.01 2.85 M4 0.7 3.3 3.422 3.242 M4.5 0.75 3.8 3.878 3.688 M5 0.8 4.2 4.334 4.134 M6 1 5 5.153 4.917 M7 1 6 6.153 5.917 M8 1.25 6.8 6.912 6.647 M8 1 7 7.153 6.917 M9 1.25 7.8 7.912 7.647 M10 1.5 8.5 8.676 8.376 M10 1.25 8.8 8.912 8.647 M10 1 9 9.153 8.917 M11 1.5 9.5 9.676 9.376 M12 1.75 10.3 10.441 10.106 M12 1.5 10.5 10.676 10.376 M12 1.25 10.8 10.912 10.647 M12 1 11 11.153 10.917 M14 2 12 12.21 11.835 M14 1.5 12.5 12.676 12.376 M14 1 13 13.153 12.917 M16 2 14 14.21 13.835 M16 1.5 14.5 14.676 14.376 M16 1 15 15.15 14.917 Table of Thread Bottom Hole Diameters for Cutting Taps Metric Screw Thread Unit: mm American Coarse Thread 6SHFLٴFDWLRQV Standard Diameter Drilling Diameter for 2-class Thread Max. Min. NO.1 -64 1.55 1.582 1.425 NO.2 -56 1.8 1.871 1.695 NO.3 -48 2.05 2.146 1.941 NO.4 -40 2.3 2.385 2.157 NO.5 -40 2.6 2.697 2.487 NO.6 -32 2.8 2.895 2.642 NO.8 -32 3.4 3.53 3.302 NO.10 -24 3.9 3.962 3.683 N0.12 -24 4.5 4.597 4.344 1/4 -20 5.1 5.257 4.979 5/16 -18 6.6 6.731 6.401 3/8 -16 8 8.153 7.798 7/16 -14 9.4 9.55 9.144 1/2 -13 10.9 11.023 10.592 9/16 -12 12.2 12.466 11.989 5/8 -11 13.6 13.868 13.386 American Fine Thread 6SHFLٴFDWLRQV Standard Diameter Drilling Diameter for 2-class Thread Max. Min. NO.0 -80 1.25 1.305 1.182 NO.1 -72 1.55 1.612 1.474 NO.2 -64 1.85 1.912 1.756 NO.3 -56 2.1 2.197 2.025 NO.4 -48 2.4 2.458 2.271 NO.5 -44 2.7 2.74 2.551 NO.6 -40 2.9 3.022 2.82 NO.8 -36 3.5 3.606 3.404 NO.10 -32 4.1 4.165 3.963 NO.12 -28 4.6 4.724 4.496 1/4 -28 5.5 5.588 5.36 5/16 -24 6.9 7.035 6.782 3/8 -24 8.5 8.636 8.382 7/16 -20 9.90 10.033 9.729 1/2 -20 11.5 11.607 11.329 9/16 -18 12.9 13.081 12.751 5/8 -18 14.5 14.681 14.351

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Tolerance (k7) %C   %C   %C   Unit (mm) ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization.

186 187 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GUMD-PKM GUMD Modular Drill Tool Bit ө Most Suitable ӧ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material



  

 
  Carbon Steel l Alloy Steel Alloy Steel, Tool Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron 25HRC 35HRC +5& 35HRC 35-45HRC (1% ө ө ӧ ӧ ө ӧ Order No. Dimensions Coated Cemented Carbide Matching Tool Holder %C
L 1- (1%" (6.%1,.  
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ӧ GUMD-PKM GUMD Modular Drill Tool Bit ө Most Suitable ӧ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material



  

 
  Carbon Steel l Alloy Steel Alloy Steel, Tool Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron 25HRC 35HRC +5& 35HRC 35-45HRC (1% ө ө ӧ ӧ ө ӧ Order No. Dimensions Coated Cemented Carbide Matching Tool Holder %C
L 1- (1%" (6.%1,.  
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Tolerance (k7) %C   %C   %C   Unit (mm) %C
Tolerance (k7) %C   %C   %C   Unit (mm) ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization. ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization.

188 189 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GUMD-PKM GUMD Modular Drill Tool Bit ө Most Suitable ӧ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material



  

 
  Carbon Steel l Alloy Steel Alloy Steel, Tool Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron 25HRC 35HRC +5& 35HRC 35-45HRC (1% ө ө ӧ ӧ ө ӧ Order No. Dimensions Coated Cemented Carbide Matching Tool Holder %C
L 1- (1%" (6.%1,.  
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ӧ GUMD-PKM GUMD Modular Drill Tool Bit ө Most Suitable ӧ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material



  

 
  Carbon Steel l Alloy Steel Alloy Steel, Tool Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron 25HRC 35HRC +5& 35HRC 35-45HRC (1% ө ө ӧ ӧ ө ӧ Order No. Dimensions Coated Cemented Carbide Matching Tool Holder %C
L 1- (1%" (6.%1,.  
Ӫ (6.%%'4 (6.%%'4 (6.%%'" (6.%1,.  
ӧ (6.%1,.  
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Tolerance (k7) %C   %C   %C   Unit (mm) %C
Tolerance (k7) %C   %C   %C   Unit (mm) ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization. ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization.

190 191 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GUMD-PKM GUMD Modular Drill Tool Bit ө Most Suitable ӧ Suitable 5HFRPPHQGHG&XWWLQJ'DWDण3 Workpiece Material



  

 
  Carbon Steel l Alloy Steel Alloy Steel, Tool Steel Stainless Steel Gray Cast Iron, Nodular Cast Iron High Alloy Cast Iron 25HRC 35HRC +5& 35HRC 35-45HRC (1% ө ө ӧ ӧ ө ӧ Order No. Dimensions Coated Cemented Carbide Matching Tool Holder %C
L 1- (1%" (6.%1,.  
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ӧ (6.%1,.  
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ӧ List of Tool Accessories Order No. Dimensions Net Weight (kg) In Stock Matching Tool Bit Size DMM(h6) DF LS LU LPR OAL Dc min 'FPD[ (6.%%'4       
Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   GUMD-3D GUMD-3D Modular Drill Tool Holder 7RRO6SHFLٴFDWLRQV Screw Spoon Wrench (Can be Purchased Separately) Order No. Schematic Diagram Order No. Schematic Diagram Torque Value (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  %C
Tolerance (k7) %C   %C   %C   Unit (mm) DMM Tolerance (h6) 16      25   Unit (mm) ӪStock ӧ$YDLODEOH8SRQ2UGHU Notes: The cutting edge diameter accepts non-standard customization. ӪStock ӧ$YDLODEOH8SRQ2UGHU

192 193 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C Order No. Dimensions Net Weight (kg) In Stock Matching Tool Bit Size DMM(h6) DF LS LU LPR OAL Dc min 'FPD[ (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   (6.%%'4        Ӫ   GUMD-5D GUMD-5D Modular Drill Tool Holder List of Tool Accessories 7RRO6SHFLٴFDWLRQV Screw Spoon Wrench (Can be Purchased Separately) Order No. Schematic Diagram Order No. Schematic Diagram Torque Value (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  Order No. Dimensions In Stock Matching Tool Bit Size DMM DF LS LU LPR OAL Dc min 'FPD[ (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   (6.%%'"       Ӫ   GUMD-8D *80''0RGXODU'ULOO7RRO+ROGHU List of Tool Accessories 7RRO6SHFLٴFDWLRQV Screw Spoon Wrench (Can be Purchased Separately) Order No. Schematic Diagram Order No. Schematic Diagram Torque Value (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  (6.%_ 4CC.# 15*,#  DMM Tolerance (h6) 16      25   Unit (mm) DMM Tolerance (h6) 16      25   Unit (mm) ӪStock ӧ$YDLODEOH8SRQ2UGHU ӪStock ӧ$YDLODEOH8SRQ2UGHU

195 Indexable Drill Bit HOLEMAKING TOOLS HOLEMAKING TOOLS C 5HSUHVHQWDWLRQ5XOHVIRU,QGH[DEOH6KDOORZ+ROH'ULOO%RG\2UGHU1R ΍ Drill Bit Type GHD ,QGH[DEOH6KDOORZ Hole Drill ΐ Shank Type FC Flange-plane 6LGHٴ[HG7\SH Ύ Diameter of Drill Bit  ŲPP Ώ Length-diameter Ratio 3D (ٳHFWLYH'ULOOLQJ Depth is ࣂ' Α Shank Diameter 25 ŲPP Γ Cutting Edge Length Code  Cutting Edge /HQJWK&RGHLV Δ Internal Cooling Mode S 'RXEOH+HOL[ Internal Cooling Β Insert Series Q The Inserts are Q Series GHD 210 3D FC 25 Q S06 ΍ Ύ Ώ ΐ Α Β ΔΓ 8 Ӫ
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196 197 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C 5HSUHVHQWDWLRQ5XOHVIRU,QGH[DEOH6KDOORZ+ROH'ULOO,QVHUW2UGHU1R ΍ Shape Q S ΐ Chip Breaker Hole Code G Double-sided Δ Insert Code C Dedicated for Inner Insert P Dedicated for ([WHUQDO,QVHUW Ύ Relief Angle P 11 ° O Others Ώ Tolerance M Grade Α Cutting Edge Length Code  6.5 mm Ε Chip Breaker Geometry Code Indicates the Insert Machining Chip Breaker Geometry Ζ Grade *0 Β Thickness  PP Γ Tip Code  PP ΍ Ύ Ώ ΐ Α Β Δ Ε ΖΓ S O CM G 06 02 04 DP GM4240 GHDS-2D GHDS-2D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ 40.(5C 21.(51  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU

198 199 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GHDS-2D GHDS-2D Internal Cooling Shallow Hole Drill Continued Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW  ()%%'C24         Ӫ 40.(5C 21.(51  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         Ӫ Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU GHDS-2D GHDS-2D Internal Cooling Shallow Hole Drill Continued Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         ӧ  ()%%'C24         Ӫ  ()%%'C24         ӧ  ()%%'C24         Ӫ  ()%%'C24         Ӫ  ()%%'C24         ӧ  ()%%'C24         ӧ  ()%%'C24         Ӫ  ()%%'C24         Ӫ 40.(C 21.(1  ()%%'C24         Ӫ  ()%%'C24         ӧ  ()%%'C24         Ӫ  ()%%'C24         ӧ  ()%%'C24         Ӫ Range of Sizes Aperture Accuracy 2D-3D 4D-5D               6OJU
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200 201 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GHDS-3D GHDS-3D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW 14 *+'')&46 14  25  45    Ӫ 40.(C 21.(1 14.5 *+'')&46 14.5  25  47    Ӫ 15 *+'')&46 15  25   62 112  Ӫ 15.5 *+'')&46 15.5  25  52 64 114  Ӫ 16 *+'')&46 16  25  51 66 116  Ӫ 40.(C 21.(1 16.5 *+'')&46 16.5  25  53    Ӫ 17 *+'')&46 17 25 32 56 54 69 125  Ӫ 17.5 *+'')&46 17.5 25 32 56 56 72   Ӫ  *+'')&46  25 32 56  73 129  Ӫ  *+'')&46  25 32 56  75 131  Ӫ 19 *+'')&46 19 25 32 56  76 132  Ӫ 40.(C 21.(1 19.5 *+'')&46 19.5 25 32 56 62 79 135  Ӫ  *+'')&46  25 32 56 64  137  Ӫ  *+'')&46  25 32 56 65    Ӫ 21 *+'')&46 21 25 32 56 67    Ӫ 21.5 *+'')&46 21.5 25 32 56 69  142  Ӫ 22 *+'')&46 22 25 32 56 69  143  Ӫ 22.5 *+'')&46 22.5 25 32 56 72  146  Ӫ 23 *+'')&46 23 25 32 56 72 91 147  Ӫ 40.(5C 21.(51 23.5 *+'')&46 23.5 25 32 56 75 93 149  Ӫ 24 *+'')&46 24 25 32 56 76 95 151  Ӫ 24.5 *+'')&46 24.5 25 32 56 77 97 153  Ӫ 25 *+'')&46 25 25 32 56 79 99 155  Ӫ 25.5 *+'')&46 25.5 32       Ӫ 26 *+'')&46 26 32     162  Ӫ 26.5 *+'')&46 26.5 32     164  Ӫ 27 *+'')&46 27 32     165  Ӫ Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU GHDS-3D GHDS-3D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW 27.5 *+'')&46 27.5 32       Ӫ 40.(5C 21.(51  *+'')&46  32     169  Ӫ  *+'')&46  32    111 171  Ӫ 29 *+'')&46 29 32   91 112 172  Ӫ 29.5 *+'')&46 29.5 32   93 115 175  Ӫ  *+'')&46  32   95 117 177  Ӫ  *+'')&46  32   97    Ӫ 31 *+'')&46 31     121 191  Ӫ 31.5 *+'')&46 31.5     122 192 1.11 Ӫ 32 *+'')&46 32     124 194 1.12 Ӫ 32.5 *+'')&46 32.5     126 196 1.14 Ӫ 33 *+'')&46 33       1.16 Ӫ 33.5 *+'')&46 33.5       1.15 Ӫ 40.(C 21.(1 34 *+'')&46 34     131  1.17 Ӫ 34.5 *+'')&46 34.5     134  1.22 Ӫ 35 *+'')&46 35    112 135  1.24 Ӫ 35.5 *+'')&46 35.5    114 137  1.26 Ӫ 36 *+'')&46 36    113 139  1.27 Ӫ 36.5 *+'')&46 36.5    116 141 211  Ӫ 37 *+'')&46 37    117 142 212 1.31 Ӫ 37.5 *+'')&46 37.5     144 214 1.34 Ӫ  *+'')&46     122 146 216 1.37 Ӫ  *+'')&46     122    Ӫ 39 *+'')&46 39    125 149 219 1.42 Ӫ 39.5 *+'')&46 39.5    124 151 221 1.43 Ӫ  *+'')&46     126 153 223 1.45 Ӫ Continued Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU

202 203 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GHDS-3D GHDS-3D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert Type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW  *+'')&46     126 155 225 1.91 Ӫ 40.(C 21.(1 41 *+'')&46 41    129 157 227 1.91 Ӫ 41.5 *+'')&46 41.5    132 156 226.1 1.91 Ӫ 42 *+'')&46 42    133   1.91 Ӫ 42.5 *+'')&46 42.5    133 162 232 1.91 Ӫ 43 *+'')&46 43    135 164 234 1.91 Ӫ 43.5 *+'')&46 43.5    136 166 236 1.91 Ӫ 44 *+'')&46 44    137 167 237 1.91 Ӫ 44.5 *+'')&46 44.5    139   1.91 Ӫ 45 *+'')&46 45    142 172 242 1.79 Ӫ 45.5 *+'')&46 45.5    143 174 244 1.79 ӧ 40.(C 21.(1 46 *+'')&46 46    146 176 246 1.79 Ӫ 46.5 *+'')&46 46.5       1.79 ӧ 47 *+'')&46 47    152 179 249 1.79 ӧ 47.5 *+'')&46 47.5    155  251 1.79 ӧ  *+'')&46     159  253 1.79 Ӫ Continued Range of Sizes Aperture Accuracy 2D-3D 4D-5D               6OJU
NN ӪStock ӧ$YDLODEOH8SRQ2UGHU GHDS-4D GHDS-4D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW 14 *+'')&46 14  25  59 72 122  Ӫ 40.(C 21.(1 14.5 *+'')&46 14.5  25  63 75 125  Ӫ 15 *+'')&46 15  25  64 77 127  Ӫ 15.5 *+'')&46 15.5  25  66 79 129  Ӫ 16 *+'')&46 16  25  67  132  Ӫ 40.(C 21.(1 16.5 *+'')&46 16.5  25    134  Ӫ 17 *+'')&46 17 25 32 56 71  142  Ӫ 17.5 *+'')&46 17.5 25 32 56 74  145  Ӫ  *+'')&46  25 32 56 76 91 147  Ӫ  *+'')&46  25 32 56  93 149  Ӫ 19 *+'')&46 19 25 32 56 79 95 151  Ӫ 40.(C 21.(1 19.5 *+'')&46 19.5 25 32 56  99 155  Ӫ  *+'')&46  25 32 56   157  Ӫ  *+'')&46  25 32 56   159  Ӫ 21 *+'')&46 21 25 32 56   161  Ӫ 21.5 *+'')&46 21.5 25 32 56   163  Ӫ 22 *+'')&46 22 25 32 56 92  165  Ӫ 22.5 *+'')&46 22.5 25 32 56 95 112   Ӫ 23 *+'')&46 23 25 32 56 99 114   Ӫ 40.(5C 21.(51 23.5 *+'')&46 23.5 25 32 56  117 173  Ӫ 24 *+'')&46 24 25 32 56  119 175  Ӫ 24.5 *+'')&46 24.5 25 32 56  122   Ӫ 25 *+'')&46 25 25 32 56  124   Ӫ 25.5 *+'')&46 25.5 32    126   Ӫ 26 *+'')&46 26 32       Ӫ 26.5 *+'')&46 26.5 32       Ӫ 27 *+'')&46 27 32   112 132 192  Ӫ 27.5 *+'')&46 27.5 32   113 135 195  Ӫ 40.(5C 21.(51  *+'')&46  32   115 137 197  Ӫ  *+'')&46  32    139 199  Ӫ 29 *+'')&46 29 32    141   Ӫ 29.5 *+'')&46 29.5 32   123 144   Ӫ Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU

204 205 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GHDS-4D GHDS-4D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW  *+'')&46  32   125 147   Ӫ 40.(5C 21.(51  *+'')&46  32   126    ӧ 31 *+'')&46 31    129 152 222 1.19 Ӫ 31.5 *+'')&46 31.5    131 154 224 1.21 ӧ 32 *+'')&46 32    134 156 226 1.23 Ӫ 32.5 *+'')&46 32.5    137 159 229 1.25 Ӫ 33 *+'')&46 33     161 231  Ӫ 33.5 *+'')&46 33.5    142 163 233 1.32 Ӫ 40.(C 21.(1 34 *+'')&46 34    142 165 235 1.32 Ӫ 34.5 *+'')&46 34.5    142   1.35 ӧ 35 *+'')&46 35    146    Ӫ 35.5 *+'')&46 35.5    146 173 243 1.41 ӧ 36 *+'')&46 36     175 245 1.43 Ӫ 36.5 *+'')&46 36.5    152 177 247 1.46 ӧ 37 *+'')&46 37    154 179 249 1.54 Ӫ 37.5 *+'')&46 37.5      252 1.57 Ӫ  *+'')&46     157  254 1.59 Ӫ  *+'')&46       256 1.62 ӧ 39 *+'')&46 39    165   1.66 Ӫ 39.5 *+'')&46 39.5    166 191 261  Ӫ  *+'')&46     164 193 263 1.71 Ӫ  *+'')&46     167 195 265 1.91 ӧ 40.(C 21.(1 41 *+'')&46 41    169   1.91 ӧ 41.5 *+'')&46 41.5    171   1.91 ӧ 42 *+'')&46 42    174  272 1.91 ӧ 42.5 *+'')&46 42.5    175  274 1.91 ӧ 43 *+'')&46 43    177  277 1.91 ӧ 43.5 *+'')&46 43.5    179  279 1.91 ӧ 44 *+'')&46 44     211  1.91 ӧ Continued Range of Sizes Aperture Accuracy 2D-3D 4D-5D               6OJU
NN ӪStock ӧ$YDLODEOH8SRQ2UGHU GHDS-5D GHDS-5D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW 14 *+'')&46 14  25  73  136  Ӫ 40.(C 21.(1 14.5 *+'')&46 14.5  25  77    Ӫ 15 *+'')&46 15  25  79 92 142  Ӫ 15.5 *+'')&46 15.5  25   95 145  Ӫ 16 *+'')&46 16  25      Ӫ 40.(C 21.(1 16.5 *+'')&46 16.5  25    151  Ӫ 17 *+'')&46 17 25 32 56     Ӫ 17.5 *+'')&46 17.5 25 32 56 93  163  Ӫ  *+'')&46  25 32 56 94  165  Ӫ  *+'')&46  25 32 56 97 112   Ӫ 19 *+'')&46 19 25 32 56 99 114   Ӫ 40.(C 21.(1 19.5 *+'')&46 19.5 25 32 56   174  Ӫ  *+'')&46  25 32 56  121 177  Ӫ  *+'')&46  25 32 56  124   Ӫ 21 *+'')&46 21 25 32 56  126   Ӫ 21.5 *+'')&46 21.5 25 32 56 112 129   Ӫ 22 *+'')&46 22 25 32 56 113 131   Ӫ 22.5 *+'')&46 22.5 25 32 56 116 134   Ӫ 23 *+'')&46 23 32       Ӫ 40.(5C 21.(51 23.5 *+'')&46 23.5 32   122    Ӫ 24 *+'')&46 24 32   124 143   Ӫ 24.5 *+'')&46 24.5 32   127 146   Ӫ 25 *+'')&46 25 32   129 149   Ӫ 25.5 *+'')&46 25.5 32   133 153 213  Ӫ 26 *+'')&46 26 32   137 157 217  Ӫ 26.5 *+'')&46 26.5 32       Ӫ 27 *+'')&46 27 32   139 159 219  Ӫ Unit (mm)ӪStock ӧ$YDLODEOH8SRQ2UGHU

206 207 Indexable Drill Bit Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C GHDS-5D GHDS-5D Internal Cooling Shallow Hole Drill Diameter Drill Body Type Dimensions Net Weight (kg) In Stock Insert type DC DMM DF LS LU LPR OAL Inner Insert ([WHUQDO,QVHUW 27.5 *+'')&46 27.5 32   142 162 222  Ӫ 40.(5C 21.(51  *+'')&46  32   143 165 225  Ӫ  *+'')&46  32   147 169 229  Ӫ 29 *+'')&46 29 32    171 231  Ӫ 29.5 *+'')&46 29.5 32   153 174 234  Ӫ  *+'')&46  32   155 177 237  Ӫ  *+'')&46  32       Ӫ 31 *+'')&46 31      253 1.29 Ӫ 31.5 *+'')&46 31.5    163  256 1.31 Ӫ 32 *+'')&46 32    166   1.33 Ӫ 32.5 *+'')&46 32.5     192 262 1.37 Ӫ 33 *+'')&46 33    171 194 264 1.43 Ӫ 33.5 *+'')&46 33.5    175 199 269 1.43 ӧ 40.(C 21.(1 34 *+'')&46 34    176 199 269 1.55 Ӫ 34.5 *+'')&46 34.5    176 199 269 1.55 ӧ 35 *+'')&46 35      275 1.61 Ӫ 35.5 *+'')&46 35.5      275 1.61 ӧ 36 *+'')&46 36     211  1.66 Ӫ 36.5 *+'')&46 36.5     214  1.66 ӧ 37 *+'')&46 37    191 216  1.77 Ӫ 37.5 *+'')&46 37.5    195   1.77 ӧ  *+'')&46     195 222 292  Ӫ  *+'')&46      225 295  ӧ 39 *+'')&46 39     227 297  Ӫ 39.5 *+'')&46 39.5     233   ӧ  *+'')&46      233  1.91 Ӫ Continued Range of Sizes Aperture Accuracy 2D-3D 4D-5D               6OJU
NN ӪStock ӧ$YDLODEOH8SRQ2UGHU Model Grade Dimensions (mm) Drilling Diameter *0 GA4225B IC S RE D1 620*&'3 Ӫ Ӫ 4.7 2.3  2.2 ŲaŲ 620*&'3 Ӫ Ӫ 5.7 2.5  2.6 ŲaŲ 620*&'3 Ӫ Ӫ 6.5 2.5  2.6 ŲaŲ 620*7&'3 Ӫ Ӫ 7.94 3.5   ŲaŲ 620*7&'3 Ӫ Ӫ 9.7 3.97  3.5 ŲaŲ 620*&'3 Ӫ Ӫ 11.5 4.76  4.4 ŲaŲ 620*&'3 Ӫ ӧ 13.2 4.76  4.4 Ų ։ Ų 620*&'3 ӧ ӧ 15.2 5.2 1.2 5.5 ŲaŲ *0LQQHULQVHUWVIRUKDUGHQHGDQGWHPSHUHGVWHHOPDFKLQLQJ GA4225B-inner inserts for soft steel machining SOMG-C SOMG-C Shallow Hole Drill Inserts-Dedicated for Inner Inserts Model Grade Dimensions (mm) Drilling Diameter GP1135D IC S RE D1 430*3'3 Ӫ 4.7 2.3  2.2 ŲaŲ 430*3'3 Ӫ 5.7 2.5  2.6 ŲaŲ 430*3'3 Ӫ 6.5 2.5  2.6 ŲaŲ 430*73'3 Ӫ 7.94 3.5   ŲaŲ 430*73'3 Ӫ 9.7 3.97  3.5 ŲaŲ 430*3'3 Ӫ 11.5 4.76  4.4 ŲaŲ 430*3'3 Ӫ 13.2 4.76  4.4 Ų ։ Ų 430*3'3 Ӫ 15.2 5.2 1.2 5.5 ŲaŲ *3'RXWHULQVHUWVIRUVWHHOPDFKLQLQJWRLPSURYHZHDUUHVLVWDQFH QPMG-P QPMG-P Shallow Hole Drill Inserts-Dedicated for Outer Inserts ӪStock ӧ$YDLODEOH8SRQ2UGHU ӪStock ӧ$YDLODEOH8SRQ2UGHU

208 Indexable Drill BitHOLEMAKING TOOLS HOLEMAKING TOOLS C Insert 6SHFLٴFDWLRQV Screw Wrench Torque Value Order No. Schematic Diagram Order No. Schematic Diagram 430* 6,0% 77,3% 430*3 620*& 430* 6,0% 77,3% 430*3 620*& 430* 6,0% 77,3% 430*3 620*& 430*7 6,0% 77,3% 430*73 620*7& 430*7 6,0% 77,3% 1.4430*73 620*7& 430* 6,0% TT15IPB 2430*3 620*& 430* 6,0% TT15IPB 2430*3 620*& 430* 6,0% 7,7% 3430*3 620*& List of Tool Accessories 8 Ӫ
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210 211 Solid Carbide Drills Solid Carbide DrillsHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C Ύ Ώ ΐ Α Representation Rules for Order No. of Solid Carbide Drills D938 Workpiece Material ΍ Drill Bit Series Number Plain Steel ' Plain Steel Machin- ing Twist Drill ΍ 120030 CA Α Edge Diameter  Edge Diameter is Ų  Edge Diameter is Ų  Edge Diameter is Ų Ώ Drilling Depth 3 Drilling Depth3D 5 Drilling Depth 5D  Drilling DepthD 12 Drilling Depth 12D 15 Drilling Depth 15D  Drilling DepthD 25 Drilling Depth 25D  Drilling Depth%  Drilling Depth% Ύ Shank Type A Cylindrical Straight Shank DIN6535HA E %HYHOOHG6KDQN DIN6535HE B Flatted Parallel Shank DIN6535HBΐ Cooling Mode C Internal Cooling N ([WHUQDO&RROLQJ '''HHS+ROH7ZLVW'ULOOIRU3ODLQ6WHHO0DFKLQLQJ D938-A30C Order No. %C I -C' 0"- %.. I -4 -6 1- In Stock %"C  




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NN Workpiece Material 7)'1 7)'& 7)'5 76'1 73'1 7+'1 7+'& 7+'5 ([WHUQDO Cooling Internal Cooling ([WHUQDO&RROLQJ Internal Cooling Low-carbon Steel (125HB)   15-25 15-25 High-carbon Steel and Alloy Steel (35HRC)  15-25   Quenched and Tempered Steel and Tool Steel +5& 5-12 5-15 5-15 5-15  Austenitic Stainless Steels +%     High Strength Austenitic and Cast Stainless Steel (25HRC)  15-25   'XSOH[6WDLQOHVV6WHHO (+5& 5-12 5-15 5-12 5-12 Gray Cast Iron and Nodular Cast Iron (35HRC)     High Alloy Cast Iron (43HRC) 5-15 5-15  15-35 Forged Aluminum Alloy and Cast Aluminium Alloy (Si12%)     Cast Aluminum Alloy (Si12%)   Copper Alloy (+%     Notes: 1. It is recommended to use a machine with high rigidity for machining. 2. It is recommended to use a special tap shank for machining. 3. The cutting data in the table are recommended data. Please adjust the cutting data according to the actual machining situation. Recommended Cutting Data-high-performance Taps Unit (m/min)

216 217 Solid Carbide Drills Solid Carbide DrillsHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C Workpiece Material (7 FJN ET166- FJN (7 FJN (7 SJN ET166- SJN (7 SJN (7 PJN ET166- PJN (7 PJN (7 HJN (7+-& (7+-5 ([WHUQDO&RROLQJ Internal Cooling Low-carbon Steel (125HB) 5-15  5-15  5-15  High-carbon Steel and Alloy Steel (35HRC)       Quenched and Tempered Steel and Tool Steel +5& Austenitic Stainless Steels +%  5-15  5-15  5-15 High Strength Austenitic and Cast Stainless Steel (25HRC)  5-15  5-15  5-15 'XSOH[ Stainless Steel (+5&       Gray Cast Iron and Nodular Cast Iron (35HRC)   High Alloy Cast Iron (43HRC)  15-25 Forged Aluminum Alloy and Cast Aluminum Alloy (Si12%)    Cast Aluminum Alloy (Si12%)    Copper Alloy (+%    Recommended Cutting Data-economical Taps Notes: 1. It is recommended to use a special tap shank for machining. 2. The cutting data in the table are recommended data. Please adjust the cutting data according to the actual machining situation. Unit (m/min) Workpiece Material Cutting Speed Vc (m/min) Machining Diameter (Mm) Ø11 Ø13 Ø15 š Ø21 Low-carbon Steel, Long Chips (125HB)       Low-carbon Steel, Short Chips, Free Cutting Steel (125HB)        High-carbon Steel and Medium-carbon Steel (25HRC)       Alloy Steel, Tool Steel (35HRC)       Alloy Steel, Tool Steel  +5&       Ph and Ferritic, Martensitic Steel (35HRC)       High Strength PH and Ferritic, Martensitic Steel +5&       Austenitic Stainless Steels  +%       High Strength Austenitic and Cast Stainless Steel (25HRC)       'XSOH[6WDLQOHVV6WHHO +5&       Gray Cast Iron (HRC32)       Alloy Cast Iron with Medium 0DFKLQLQJ'LٶFXOW\1RGXODU Cast Iron (+5&       'LٶFXOWWRPDFKLQH+LJK Alloy Cast Iron, Nodular Cast Iron (45HRC)       Recommended Cutting Data GUMD Bit-replaceable Drill Bit Series

218 219 Solid Carbide Drills Solid Carbide DrillsHOLEMAKING TOOLS HOLEMAKING TOOLS HOLEMAKING TOOLS C HOLEMAKING TOOLS C Workpiece Material Cutting Speed Vc (m/min) )HHG PPUHY  5HIHUHQFHWR'ULOO%LW'LDPHWHU ŲȀ ŲȀ ŲȀ ŲȀ Low-carbon Steel, Long Chips (125HB) ȁȁ     Low-carbon Steel, Short Chips, Free Cutting Steel (125HB) ȁȁ     High-carbon Steel and Medium-carbon Steel (25HRC) ȁȁ     Alloy Steel, Tool Steel (35HRC) ȁȁ     Alloy Steel, Tool Steel +5& ȁȁ     Ph and Ferritic, Martensitic Steel (35HRC) ȁȁ     High Strength PH and Ferritic, Martensitic Steel +5& ȁȁ     Austenitic Stainless Steels  +% ȁȁ     High Strength Austenitic and Cast Stainless Steel (25HRC) ȁȁ     'XSOH[6WDLQOHVV6WHHO +5& ȁȁ     Gray Cast Iron (32HRC ȁȁ     Alloy Cast Iron with Medium Machining 'LٶFXOW\1RGXODU&DVW Iron (+5& ȁȁ     'LٶFXOWWRPDFKLQH High Alloy Cast Iron, Nodular Cast Iron (45HRC) ȁȁ     Nickel-Based/Iron- Based/Cobalt-Based Heat-Resistant Alloy ȁȁ     Titanium Base + Heat-Resistant Alloy ȁȁ     Recommended Cutting Data *+'6GRXEOHKHOL[LQWHUQDOFRROLQJVKDOORZKROHGULOO [ Notes] 3OHDVHXVHDPDFKLQHZLWKUHODWLYHO\KLJKULJLGLW\,WLVUHFRPPHQGHGWRDGRSWK\GUDXOLFWRROKROGHUVWKHUPDOH[SDQVLRQWRROKROGHUVDQGSRZHUIXO handles with spring collets. :KHQLQVWDOOLQJWKHWRROLWLVQHFHVVDU\WRHQVXUHWKDWWKHUDGLDOERXQFHRIWKHGULOOELWWLSLVOHVVWKDQPP 7KLVVWDQGDUGFXWWLQJFRQGLWLRQWDEOHLVVXLWDEOHIRUZDWHUVROXEOHFXWWLQJٵXLGV )RUWKHWRROHGJHGLDPHWHUVSHFLٴFDWLRQVQRWOLVWHGLQWKHWDEOHSOHDVHUHIHUWRWKHFORVHVWHGJHGLDPHWHUVSHFLٴFDWLRQVLQWKHWDEOHWRVHOHFWWKH cutting data. Meanwhile, during the machining process, please adjust the cutting data appropriately according to the actual machining situation. Workpiece Material Cutting Speed Vc (m/min) Feed Fn PPUHY ď ď ď ď ď Low-carbon Steel, Long Chips (125HB)       Low-carbon Steel, Short Chips, Free Cutting Steel (125HB)       High-carbon Steel and Medium-carbon Steel (25HRC)       Alloy Steel, Tool Steel (<35HRC)       Alloy Steel, Tool Steel +5&       PH and Ferritic, Martensitic Steel (35HRC)       High Strength PH and Ferritic, Martensitic Steel +5&       Austenitic Stainless Steels +%       High Strength Austenitic and Cast Stainless Steel (25HRC)       'XSOH[6WDLQOHVV6WHHO +5&       Gray cast iron (32HRC       Alloy Cast Iron with Medium Machining 'LٶFXOW\1RGXODU&DVW Iron (+5&       'LٶFXOWWRPDFKLQH+LJK Alloy Cast Iron, Nodular Cast Iron (45HRC)       Recommended Cutting Data ''HHS+ROHPDNLQJ7ZLVW'ULOO''

W Angle Head ● Stabilized spindle bearing (inside tool holding spindle, i.e. point of load incidence within the housing, therefore low leverage) ● High speeds up to 15,000 rpm and high torques up to 150 Nm ● The torque support is designed according to ISO 9524 as standard. This can be adapted by the customer Tooling System

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 222 223 TOOLING SYSTEM DD TOOLING SYSTEM Product Advantages Use of friction-optimized seals with PTFE sealing lips, for higher speeds, high temperature resistance High-precision spindle bearing，suitable for high speeds (up to 15,000 rpm) Permanent lubrication of the gear with heavy-duty lubricant (low-maintenance) Angle Head BT40 SW ER16 187 S NC ①Connection Type ③Clamping Size ⑤Output Shaft Number S Single D Double T Triple Q Quadruple M Multiple ④(ٳHFWLYH/HQJWK ⑥Type of Cooling NC Non-Cooling EC External IC Internal ②Production Style SW Angle Head 90° DW Double Angle Head 90° ZW $QJOH+HDGr2ٳVHW Type ZWS $QJOH+HDGr2ٳVHW Slim Type WS Angle Head, Adjustable 0-98° FW+Angle Fixed Angle Non-standard Angle Head ① ② ③ ④ ⑤ ⑥ Angle Head Naming and Coding Rules

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 224 225 TOOLING SYSTEM DD TOOLING SYSTEM Nut Wrench Naming and Coding Rules TER16 N MC ①Size ②Nut Wrench ③Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③ Clamping Nuts Naming and Coding Rules ER16 N IC MC ①Size ②Clamping Nuts ③Type of Cooling Internal IC Others Omit④Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③ ④

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 226 227 TOOLING SYSTEM DD TOOLING SYSTEM Hook Wrench Naming and Coding Rules TER16 H MC ①Size ②Hook Wrench ③Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③ Ordering code Dimension Clearance Clearance ØE / / / / / H A SW In Stock BT40-DW-ER25-187-D-NC 125 62 62 187 80 39 78 65 18 ○ BT40-DW-ER25-187-D-EC 125 62 62 187 80 39 78 65 18 ○ BT40-DW-ER32-187-D-NC 152 71.2 71.2 187 80 39 78 65 18 ○ BT40-DW-ER32-187-D-EC 152 71.2 71.2 187 80 39 78 65 18 ○ Double Angle Head 90° BT40– Collet ER25、(5 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT40-DW-ER25-187-D-NC 2 xER 25  8000 1:1 without 7.5 BT40-DW-ER25-187-D-EC 2 x ER 25  8000 1:1 external 7.5 %7':(5'1& [(5 70 6500 1:1 without 8.5 %7':(5'(& [(5 70 6500 1:1 external 8.5 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 228 229 TOOLING SYSTEM DD TOOLING SYSTEM Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT50-DW-ER25-190-D-NC 125 62 62 190 70 34 68 80 18 ○ BT50-DW-ER25-190-D-EC 125 62 62 190 70 34 68 80 18 ○ BT50-DW-ER32-190-D-NC 152 71.2 71.2 190 70 39 78 80 18 ○ BT50-DW-ER32-190-D-EC 152 71.2 71.2 190 70 39 78 80 18 ○ BT50-DW-ER40-225-D-NC 210 103 103 225 109 58 108 80 18 ○ BT50-DW-ER40-225-D-EC 210 103 103 225 109 58 108 80 18 ○ Double Angle Head 90° BT50– Collet ER25、(5、ER40 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT50-DW-ER25-190-D-NC 2 xER 25  8000 1:1 without 11.5 BT50-DW-ER25-190-D-EC 2 x ER 25  8000 1:1 external 11.5 %7':(5'1& [(5 70 6500 1:1 without  %7':(5'(& [(5 70 6500 1:1 external  BT50-DW-ER40-225-D-NC 2 x ER 40 150 4000 1:1 without 20.0 BT50-DW-ER40-225-D-EC 2 x ER 40 150 4000 1:1 external 20.0 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT40-SW-ER16-187-S-NC 91 29 45 187 80 22 44 65 18 ○ BT40-SW-ER16-187-S-EC 96 44 50 187 80 22 44 65 18 ○ BT40-SW-ER16-187-S-IC 96 44 50 187 80 22 44 65 18 ○ BT40-SW-ER25-187-S-NC 110 41.5 57.5 187 80 34 68 65 18 ○ BT40-SW-ER25-187-S-EC 120 52 63 187 80 34 68 65 18 ○ BT40-SW-ER25-187-S-IC 120 52 63 187 80 34 68 65 18 ○ BT40-SW-ER32-187-S-NC 145 61 70 187 80 39 78 65 18 ○ BT40-SW-ER32-187-S-EC 155 75 75 187 80 39 78 65 18 ○ BT40-SW-ER32-187-S-IC 155 75 75 187 80 39 78 65 18 ○ Angle Head 90° BT40– Collet ER16、ER25、(5 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT40-SW-ER16-187-S-NC ER 16 12 10000 1:1 without 6.0 BT40-SW-ER16-187-S-EC ER 16 12 10000 1:1 external 6.0 BT40-SW-ER16-187-S-IC ER 16 12 10000 1:1 internal 6.0 BT40-SW-ER25-187-S-NC ER 25  8000 1:1 without 6.5 BT40-SW-ER25-187-S-EC ER 25  8000 1:1 external 6.5 BT40-SW-ER25-187-S-IC ER 25  8000 1:1 internal 6.5 %76:(561& (5 70 6500 1:1 without 8.0 %76:(56(& (5 70 6500 1:1 external 8.0 %76:(56,& (5 70 6500 1:1 internal 8.0 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 230 231 TOOLING SYSTEM DD TOOLING SYSTEM Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT50-SW-ER25-190-S-NC 110 41.5 57.5 190 75 34 68 80 18 ○ BT50-SW-ER25-190-S-EC 120 52 63 190 75 34 68 80 18 ○ BT50-SW-ER25-190-S-IC 120 52 63 190 75 34 68 80 18 ○ BT50-SW-ER32-190-S-NC 145 61 70 190 75 39 78 80 18 ○ BT50-SW-ER32-190-S-EC 155 75 75 190 75 39 78 80 18 ○ BT50-SW-ER32-190-S-IC 155 75 75 190 75 39 78 80 18 ○ BT50-SW-ER40-225-S-NC 195 81 92 225 109 52 104 80 18 ○ BT50-SW-ER40-225-S-EC 195 81 96 225 109 52 104 80 18 ○ BT50-SW-ER40-225-S-IC 195 81 96 225 109 52 104 80 18 ○ Angle Head 90° BT50– Collet ER25、(5、ER40 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT50-SW-ER25-190-S-NC ER 25  8000 1:1 without 10.5 BT50-SW-ER25-190-S-EC ER 25  8000 1:1 external 10.5 BT50-SW-ER25-190-S-IC ER 25  8000 1:1 internal 10.5 %76:(561& (5 70 6500 1:1 without 12.0 %76:(56(& (5 70 6500 1:1 external 12.0 %76:(56,& (5 70 6500 1:1 internal 12.0 BT50-SW-ER40-225-S-NC ER 40 150 5000 1:1 without 18.0 BT50-SW-ER40-225-S-EC ER 40 150 5000 1:1 external 18.0 BT50-SW-ER40-225-S-IC ER 40 150 5000 1:1 internal 18.0 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order Ordering code Dimension / / / / H A SW In Stock BT40-WS-ER20-196-S-NC 75 20 196 100 96 65 18 ○ BT40-WS-ER20-196-S-IC 75 20 196 100 96 65 18 ○ BT40-WS-ER20-196-S-NC-2 75 20 196 100 96 65 18 ○ BT40-WS-ER20-196-S-IC-2 75 20 196 100 96 65 18 ○ BT40-WS-ER25-202-S-NC 84 25 202 100 111 65 18 ○ BT40-WS-ER25-202-S-IC 84 25 202 100 111 65 18 ○ BT40-WS-ER25-202-S-NC-2 84 25 202 100 111 65 18 ○ BT40-WS-ER25-202-S-IC-2 84 25 202 100 111 65 18 ○ Angle Head, Adjustable 0-98° BT40– Collet ER20、ER25 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT40-WS-ER20-196-S-NC ER 20 15 8000 1:1 without 8.0 BT40-WS-ER20-196-S-IC ER 20 15 8000 1:1 internal 8.0 BT40-WS-ER20-196-S-NC-2 ER 20 15 15000 1:2.25 without 8.0 BT40-WS-ER20-196-S-IC-2 ER 20 15 15000 1:2.25 internal 8.0 BT40-WS-ER25-202-S-NC ER 25  7000 1:1 without 9.6 BT40-WS-ER25-202-S-IC ER 25  7000 1:1 internal 9.6 BT40-WS-ER25-202-S-NC-2 ER 25   1:2.25 without 9.6 BT40-WS-ER25-202-S-IC-2 ER 25   1:2.25 internal 9.6 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 232 233 TOOLING SYSTEM DD TOOLING SYSTEM Ordering code Dimension / / / / H A SW In Stock BT50-WS-ER25-205-S-NC 84 25 205 100 111 80 18 ○ BT50-WS-ER25-205-S-IC 84 25 205 100 111 80 18 ○ BT50-WS-ER25-205-S-NC-2 84 25 205 100 111 80 18 ○ BT50-WS-ER25-205-S-IC-2 84 25 205 100 111 80 18 ○ BT50-WS-ER32-225-S-NC 95 25 225 109 132 80 18 ○ BT50-WS-ER32-225-S-IC 95 25 225 109 132 80 18 ○ Angle Head, Adjustable 0-98° BT50– Collet ER25、(5 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT50-WS-ER25-205-S-NC ER 25  7000 1:1 without 14 BT50-WS-ER25-205-S-IC ER 25  7000 1:1 internal 14 BT50-WS-ER25-205-S-NC-2 ER 25   1:2.25 without 14 BT50-WS-ER25-205-S-IC-2 ER 25   1:2.25 internal 14 %7:6(561& (5 70 6000 1:1 without 16 %7:6(56,& (5 70 6000 1:1 internal 16 Performance parameters Dimensional parameters Unit (mm)●Stock ○Available Upon Order $QJOH+HDGr2ٳVHW7\SH BT40– Collet ER25、(5 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT40-ZW-ER25-187-S-NC ER 25  8000 1:1 without 6.5 BT40-ZW-ER25-187-S-EC ER 25  8000 1:1 external 6.5 BT40-ZW-ER25-187-S-IC ER 25  8000 1:1 internal 6.5 %7=:(561& (5 70 6000 1:1 without 8.5 %7=:(56(& (5 70 6000 1:1 external 8.5 %7=:(56,& (5 70 6000 1:1 internal 8.5 Performance parameters Dimensional parameters Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT40-ZW-ER25-187-S-NC 103 57 35.8 187 80 28.5 57 65 18 ○ BT40-ZW-ER25-187-S-EC 103 57 41.6 187 80 28.5 57 65 18 ○ BT40-ZW-ER25-187-S-IC 103 57 41.6 187 80 28.5 57 65 18 ○ BT40-ZW-ER32-205-S-NC 128 77.5 32.2 205 100 38,0 76 65 18 ○ BT40-ZW-ER32-205-S-EC 128 77.5 38 205 100 38,0 76 65 18 ○ BT40-ZW-ER32-205-S-IC 128 77.5 38 205 100 38,0 76 65 18 ○ Unit (mm)●Stock ○Available Upon Order

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 234 235 TOOLING SYSTEM DD TOOLING SYSTEM $QJOH+HDGr2ٳVHW7\SH BT50– Collet ER25、(5、ER40 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT50-ZW-ER25-195-S-NC ER 25  8000 1:1 without 11.5 BT50-ZW-ER25-195-S-EC ER 25  8000 1:1 external 11.5 BT50-ZW-ER25-195-S-IC ER 25  8000 1:1 internal 11.5 %7=:(561& (5 70 6000 1:1 without 14.0 %7=:(56(& (5 70 6000 1:1 external 14.0 %7=:(56,& (5 70 6000 1:1 internal 14.0 BT50-ZW-ER40-270-S-NC ER 40 150 5000 1:1 without 19.0 BT50-ZW-ER40-270-S-EC ER 40 150 5000 1:1 external 19.0 BT50-ZW-ER40-270-S-IC ER 40 150 5000 1:1 internal 19..0 Performance parameters Dimensional parameters Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT50-ZW-ER25-195-S-NC 103 57 35.8 195 79 28.5 57 80 18 ○ BT50-ZW-ER25-195-S-EC 103 57 41.6 195 79 28.5 57 80 18 ○ BT50-ZW-ER25-195-S-IC 103 57 41.6 195 79 28.5 57 80 18 ○ BT50-ZW-ER32-210-S-NC 128 77.5 32.2 210 94 38 76 80 18 ○ BT50-ZW-ER32-210-S-EC 128 77.5 38 210 94 38 76 80 18 ○ BT50-ZW-ER32-210-S-IC 128 77.5 38 210 94 38 76 80 18 ○ BT50-ZW-ER40-270-S-NC 140 89 31 270 110 52 104 80 18 ○ BT50-ZW-ER40-270-S-EC 140 89 34.8 270 110 52 104 80 18 ○ BT50-ZW-ER40-270-S-IC 140 89 34.8 270 110 52 104 80 18 ○ Unit (mm)●Stock ○Available Upon Order $QJOH+HDGr2ٳVHW6OLP7\SH BT40– Collet ER11、ER20、ER25 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） BT40-ZWS-ER11-220-S-NC ER 11 6 12000 1:1.67 without 7.0 %7=:6(561& ER 20 15 10000 1:1 without 6.0 BT40-ZWS-ER25-222-S-NC ER 25  8000 1:1 without 6.5 BT40-ZWS-ER25-222-S-EC ER 25  8000 1:1 external 6.5 Performance parameters Dimensional parameters Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT40-ZWS-ER11-220-S-NC 50 49 8 220 38 20 36 65 18 ○ BT40-ZWS-ER20-232-S-NC 75 54.5 11.2 232 80 24 48 65 18 ○ BT40-ZWS-ER25-222-S-NC 82 65 10 222 76 28 56 65 18 ○ BT40-ZWS-ER25-222-S-EC 82 65 10 222 76 28 56 65 18 ○ Unit (mm)●Stock ○Available Upon Order

TOOLING SYSTEM Angle Head Angle Head TOOLING SYSTEM 236 237 TOOLING SYSTEM DD TOOLING SYSTEM $QJOH+HDGr2ٳVHW6OLP7\SH BT50– Collet ER11、ER25、(5 Ordering code Toolholder Torque max. (Nm) Rev. max. (RPM) Gear ratio Coolant Weight （kg） %7=:6(561& ER11 6 12000 1:1.67 without 11.0 BT50-ZWS-ER25-225-S-NC ER 25  8000 1:1 without 12.5 BT50-ZWS-ER25-225-S-EC ER 25  8000 1:1 external 12.5 %7=:6(561& (5 70 6000 1:1 without  %7=:6(56(& (5 70 6000 1:1 external  Performance parameters Dimensional parameters Ordering code Dimension Clearance ØE / / / / / H A SW In Stock BT50-ZWS-ER11-237.5-S-NC 50 49 8 237.5 38 20 36 80 18 ○ BT50-ZWS-ER25-225-S-NC 82 65 10 225 76 28 56 80 18 ○ BT50-ZWS-ER25-225-S-EC 82 65 10 225 76 28 56 80 18 ○ BT50-ZWS-ER32-295-S-NC 102 66 13 295 100 38 80 80 18 ○ BT50-ZWS-ER32-295-S-EC 102 66 13 295 100 38 80 80 18 ○ Unit (mm)●Stock ○Available Upon Order :UHQFKHVDQG&ODPSLQJ1XWV Wrenches for ER Clamping Nuts Ordering code Size Type In Stock TER11-N-MC ER11 inlying ○ TER16-N-MC ER16 inlying ○ TER20-N-MC ER20 inlying ○ TER25-N-MC ER25 inlying ○ 7(510& (5 inlying ○ TER40-N-MC ER40 inlying ○ Ordering code Size Type Internal coolant In Stock ER11-N-MC ER11 inlying - ○ ER16-N-MC ER16 inlying - ○ ER20-N-MC ER20 inlying - ○ ER25-N-MC ER25 inlying - ○ (510& (5 inlying - ○ ER40-N-MC ER40 inlying - ○ ER16-N-IC-MC ER16 inlying 䧃 ○ ER20-N-IC-MC ER20 inlying 䧃 ○ ER25-N-IC-MC ER25 inlying 䧃 ○ (51,&0& (5 inlying 䧃 ○ ER40-N-IC-MC ER40 inlying 䧃 ○ ER Clamping Nuts Ordering code Size Type DIN In Stock TER16-H-MC ER16 inlying 1810-B ○ TER20-H-MC ER20 inlying 1810-B ○ TER25-H-MC ER25 inlying 1810-B ○ 7(5+0& (5 inlying 1810-B ○ TER40-H-MC ER40 inlying 1810-A ○ Hook Wrenches to hold against D1810A D1810B ●Stock ○Available Upon Order ●Stock ○Available Upon Order ●Stock ○Available Upon Order

239 Living Tools TOOLING SYSTEM TOOLING SYSTEM D W /LYLQJ7RROV ● Highly precise bearing technology (high quality spindle and taper roller bearings) ● Specially optimized gears guarantee an excellently smooth run ● High torque transmission, rigidity and RPM`s ●+LJKHVWFRQFHQWULFLW\DQGIDFLQJDFFXUDF\wP ● Internal coolant supply up to 70 bar Product Advantages /LYLQJ7RROV High torque transmission, rigidity and RPM`s Highly precise bearing technology (high quality spindle and taper roller bearings) Internal coolant supply up to 70 bar Highest concentricity and facing accuracy < 3 μm

240 241 TOOLING SYSTEM Living Tools Living Tools TOOLING SYSTEM TOOLING SYSTEM DD TOOLING SYSTEM /LYH7RROV1DPLQJDQG&RGLQJ5XOHV BMT45 SU ER25 49.5 S EC ①Connection Type ③Clamping Size ⑤Output Shaft Number S Single D Double ④(ٳHFWLYH/HQJWK ⑥Type of Cooling NC Non-Cooling EC External IC Internal ②Production Style SU r/LYH7RROV AU r/LYH7RROV SO r2ٳVHW/LYH7RROV AO r5HWUDFWLQJ/LYH7RROV AJ $GMXVWDEOH/LYH7RROV SB 6DZ%ODGH/LYH7RROV CO &RPELQDWLRQ/LYH7RROV ① ② ③ ④ ⑤ ⑥ Nut Wrench Naming and Coding Rules TER16 N MC ①Size ②Nut Wrench ③Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③

242 243 TOOLING SYSTEM Living Tools Living Tools TOOLING SYSTEM TOOLING SYSTEM DD TOOLING SYSTEM Clamping Nuts Naming and Coding Rules ER16 N IC MC ①Size ②Clamping Nuts ③Type of Cooling Internal IC Others Omit④Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③ ④ Hook Wrench Naming and Coding Rules TER16 H MC ①Size ②Hook Wrench ③Performance Upgrade Code Normal type Omit Upgraded type MC ① ② ③

244 245 TOOLING SYSTEM Living Tools Living Tools TOOLING SYSTEM TOOLING SYSTEM DD TOOLING SYSTEM BMT45 Straight Unit – Collet ER25 Angle Unit – Collet ER25 Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock BMT45-SU-ER25-49.5-S-EC ER25 25 6500 / 6500 1:1 EC — TER25-H-MC TER25-N-MC ER25-N-MC ○ BMT45-SU-ER25-49.5-S-IC ER25 25 6500 / 6500 1:1 ICE 70bar — TER25-H-MC TER25-N-MC ER25-N-IC-MC ○ Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock BMT45-AU-ER25-65-S-EC ER25 25 6500 / 6500 1:1 EC 䧃 TER25-H-MC TER25-N-MC ER25-N-MC ○ BMT45-AU-ER25-65-S-IC ER25 25 6500 / 6500 1:1 ICE 70bar 䧃 TER25-H-MC TER25-N-MC ER25-N-IC-MC ○ ●Stock ○Available Upon Order ●Stock ○Available Upon Order BMT55 6WUDLJKW8QLWȀ&ROOHW(5 $QJOH8QLWȀ&ROOHW(5 Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock %0768(56(& (5 70 6500 / 6500 1:1 EC — 7(5+0& 7(510& (510& ○ %0768(56,& (5 70 6500 / 6500 1:1 ICE 70bar — 7(5+0& 7(510& (51,&0& ○ Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock %07$8(56(& (5 70 6500 / 6500 1:1 EC 䧃 7(5+0& 7(510& (510& ○ %07$8(56,& (5 70 6500 / 6500 1:1 ICE 70bar 䧃 7(5+0& 7(510& (51,&0& ○ ●Stock ○Available Upon Order ●Stock ○Available Upon Order Unit (mm) Unit (mm) Unit (mm) Unit (mm)

246 247 TOOLING SYSTEM Living Tools Living Tools TOOLING SYSTEM TOOLING SYSTEM DD TOOLING SYSTEM BMT65 6WUDLJKW8QLWȀ&ROOHW(5 $QJOH8QLWȀ&ROOHW(5 Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock %0768(56(& (5 70 10000/10000 1:1 EC — 7(5+0& 7(510& (510& ○ %0768(56,& (5 70 10000 /10000 1:1 ICE 70bar — 7(5+0& 7(510& (51,&0& ○ Ordering code Toolholder Torque max. (Nm) n1/n2 (RPM) Gear ratio Coolant Reversion of rotation Spindle wrench Nut wrench Nut In Stock %07$8(56(& (5 70 10000/10000 1:1 EC 䧃 7(5+0& 7(510& (510& ○ %07$8(56,& (5 70 10000 /10000 1:1 ICE 70bar 䧃 7(5+0& 7(510& (51,&0& ○ Unit (mm)●Stock ○Available Upon Order Unit (mm)●Stock ○Available Upon Order :UHQFKHVDQG&ODPSLQJ1XWV Wrenches for ER Clamping Nuts Ordering code Size Type In Stock TER25-N-MC ER25 inlying ○ 7(510& (5 inlying ○ Ordering code Size Type Internal coolant In Stock ER25-N-MC ER25 inlying - ○ (510& (5 inlying - ○ ER25-N-IC-MC ER25 inlying 䧃 ○ (51,&0& (5 inlying 䧃 ○ ER Clamping Nuts Ordering code Size Type DIN In Stock TER25-H-MC ER25 inlying 1810-B ○ 7(5+0& (5 inlying 1810-B ○ Hook Wrenches to hold against D1810A D1810B ●Stock ○Available Upon Order ●Stock ○Available Upon Order ●Stock ○Available Upon Order Unit (mm) Unit (mm)

;LDPHQ*ROGHQ(JUHW6SHFLDO$OOR\&R/WG 400-998-6858 www.gesac-tools.comAddress: No. 69, Xinglong Road, Huli, Xiamen, China Factory Address: No.1601-1629, Jicheng Road, Tong'an Industrial Concentration Zone, Xiamen, China Email: GJ.GLB@CXTC.COM