INDEXABLE CUTTING TOOLS CATALOGUE

Transcription

1 INDEXABLE CUTTING TOOLS CATALOGUE

2 CONTENTS 3 / Introduction 4 / Manufacturing Process 5 / Grade Information 6 / Technical Formula 12 / Milling Inserts 18 / Milling Cutters 23 / Drilling Inserts 24 / Drilling Holders 28 / Turning Inserts 33 / Tool Holders 39 / Parting Inserts 39 / Threading Inserts

3 Introduction SwissCut s Special Hybrid Grade technology works on any material. Only one insert (Grade) needed to cut all materials. SwissCut Special Hybrid Grade inserts are both tougher & harder than all top brands, that is why they deliver unmatched performance on all materials. Easier to use! Only one grade means less confusion for machinist, less inventory and saves costs. Exact cutting parameters are printed on each insert box.

4 Advanced Manufacturing Process 01 / Pressing 02 / Sintering 03 / Grinding 04 / Honing 05 / Coating 06 / Inspection

5 Special Hybrid Grades Features of Grades Swiss special hybrid grades, extremely efficient in covering materials including steel, stainless steels, cast iron & high temp alloys. S300 Unique Substrate / PVD coating for MILLING and DRILLING Application PVD coating with optimal thermal resistance & added strength Tough carbide substrate designed for demanding application Ultra dense PVD coating Micro grain size carbide S100 Unique Substrate / PVD coating for TURNING Application Unique PVD coating for Turning Substrate and PVD coating designed to balance edge strength & wear resistance Excellent cutting performance under harsh machining condition Micro grain size carbide S500 Unique Substrate / SVC coating for MILLING and DRILLING Application Thick coating optimized for cast iron applications Unique PVD coating for Cast iron Micro grain size carbide CVD coating with optimal thermal & wear resistance for turning applications Exceptional cutting performance attributed to combination of carbide substrate and coating

6 Technical Formula Cutting speed (Vc) [m/min.] D. π. n Vc = [m/min.] 1000 ae Material designations & dimensions Width of cut [mm] Revolutions per minute (n) [rev./ min.] n = Vc D. π [rev./min.] ap D Dw Depth of cut [mm] Cutter diameter [mm] Work piece diameter [mm] Feed rate (Vf) [rev./min.] Vf = fn. n [rev./min.] fz Feed per tooth [mm/tooth] π Circular constant Feed per tooth [mm/tooth] Vf fz = [mm/tooth] n. z kc Specific cutting resistance [kgf/mm 3 ] n Revolutions of spindle [min. -1 ] Metal removal amount [cm 3 /min.] ae. ap. Vf Q = [cm 3 /min.] 1000 Pc Q Power consumption [kw] Metal removal amount [cm 3 /min.] Power consumption [kw] Q. kc Pc = [rev./min.] n Vc Vf Cutting speed [m/min.] Feed rate [mm/min.] fn Feed per revolution [mm/rev.] z Effective number of edges [pcs.] n Mechanical efficiency [%]

7 Technical Information Damage of Insert & Counter Measure Description Solution Rapid Flank Wear 1. Inappropriate feed(f) rate 2. Cutting speed(s) too high 1. Adjust feed(f) rate according to depth(ap), width(ae) 2. Reduce cutting speed(s) Chipping 1. Feed(f) rate too high 2. Cutting speed(s) too low 3. Vibration of holder & machine 1. Reduce feed(f) rate 2. Increase cutting speed(s) 3. Reduce the tool overhang & improve the rigidity of machine and workpiece Thermal Crack 1. Insufficient coolant 2. Cutting speed(s) too high 1. Check cooling system, supply enough coolant or use dry milling 2. Reduce cutting speed(s) Built-up Edge 1. Cutting speed(s) too low 2. Insufficient coolant 3. Not enough rake angle 1. Increase cutting speed(s) 2. Supply enough coolant 3. Increase rake angle of change inserts Notching 1. Scaling or work hardening in orkpiece surface area 2. Burrs in workpiece 1. Change/Vary cutting condition (feed & depth) 2. Change path or direction Fracture 1. Wrong insert shape or corner radius 2. Corner radius too small 3. Cutting force fluctuation too high 1. Choose the insert with bigger corner or radius Cratering 1. Insufficient coolant supply 2. Cutting speed(s) and feed(f) rate too high 1. Increase coolant supply or concentration 2. Reduce cutting speed(s) and feed(f) rate Plastic Deformation 1. Cutting speed(s) too high 2. Too much stress applied on the cutting edge 1. Reduce cutting speed(s) 2. Supply enough coolant 3. Choose insert with bigger corner radius

8 Technical Information Trouble Shooting Counter measure Trouble Cause Cutting conditions Cutting speed Feed rate Depth of cut Coolant Heat Inappropriate cutting condition Premature insert wear Chipping of cutting edge Poor surface quality of machined surface Built up edge Inappropriate cutting condition Chatter Change of cutting edge line Inappropriate cutting condition Burr, Chipping (Steel, Aluminum) Inappropriate cutting condition Chipping of workpiece (Cast Iron) Inappropriate cutting condition Burr (Mild steel) Inappropriate cutting condition : decrease : increase : depends on status : use coolant

9 Special Hybrid Grades Recommend Cutting Conditions PVD coating for MILLING and DRILLING Application ISO Material Group VDI Group Relative materials (DIN) Hardness HB Cutting speed (m/min.) Non-alloy steel SMn 28, C35, C50, C40E, C45E, 49 CrMo P Low alloy steel CrMo 44, 40NiCrM022, 58 CrV High alloy steel X 40 CrMoV 5 1, X100 CrMoV 5 1, S M Ferritic/martensitic Stainless steel Austenitic Stainless steel X6Cr13, X10CrA118, X20CrNi X5 CrNi 18 9, X5 CrNiMo , X6 CrNiTi Grey cast iron GG15, GG20, GGG40, GG K Malleable castiron GTS-35-10, GTS-35, GTS70-02, 20mN S Fe, Ni or Co based Titanium and Ti-alloy based X12 NICrAlTi 31 20, TiAl5Sn TiCu2, TiAl6V4, TiAl6V4ELI Hardended steel C 105 W1,75 CrMoNiW HRc H Chilled cast iron 40 G-X 260 NiCr 4 2, X15 CrNiSi Cast iron 41 G-X 300 CrMo HRc *Above recommend cutting condition can be changed according to the customer s machining condition.

10 Special Hybrid Grades Comparison Chart PVD MILLING and DRILLING ISO Symbol Swiss Cut Sandvik Kennametal Seco Iscar Mitsubishi Sumitimo Tungaloy Taegutec P10 S300 GC1010 GC1025 KC715M IC250 IC808 ACP200 TT2510 TT7080 P P20 S300 P30 S300* GC1010 GC1025 GC2030 GC1010 GC1030 GC2030 KC522M KC525M KC725M KC530M F25M MP3000 F25M MP3000 F30M IC250 IC808 IC908 IC928 IC250 IC808 IC908 IC928 MP6120 VP15TF MP6120 VP15TF MP6130 VP30RT ACP200 ACP200 ACP300 AH725 AH120 AH330 GH330 AH725 AH120 AH130 GH130 TT2510 TT7080 TT9080 TT8080 TT9080 P40 S300* GC1030 KC735M F40M T60M VP30RT ACP300 AH140 TT8080 TT9080 M10 S300* GC1025 GC1030 KC715M IC903 M M20 S300* M30 S300 GC1025 GC1030 GC1040 GC2030 GC1040 GC2030 KC730 KC522M KC525M KC725M KC735M F25M MP3000 F30M F40M MP3000 IC250 IC300 IC808 IC928 IC250 IC300 IC808 IC928 VP15TF MP7130 MP7030 VP20RT VP15TF MP7130 MP7030 VP20RT ACP200 ACP200 ACP300 AH725 AH120 AH330 GH330 AH120 AH725 GH130 GH340 TT9080 TT8080 TT9080 M40 S300 F40M MP7140 VP30RT ACP300 AH140 TT8080 TT9080 MILLING K10 S300 GC1010 KC510M IC350 IC810 IC900 IC910 MP8010 AH110 GH110 AH330 TT6080 TT7080 K K20 S300* GC1010 GC1020 KC520M KC525M MK2000 IC350 IC830 VP15TF VP20RT ACK300 GH130 TT6080 TT7080 K30 S300* GC1020 KC725M KC735M IC350 IC830 VP15TF VP20RT ACK300 S10 S300* GC1025 KC510M IC903 MP9120 VP15TF S S20 S300* GC1025 GC2030 KC522M KC525M IC300 IC808 IC908 IC328 MP9120 VP15TF MP9130 MP9030 TT9080 S30 S300 GC2030 KC725M F40M IC830 IC928 TT8080 TT9080 H10 S300 GC1010 GC1030 KC635M MH1000 F15M IC900 VP15TF VP10H TT2510 TT6080 H H20 S300 GC1010 GC1030 KC635M F15M IC900 IC808 VP15TF TT2510 TT6080 H30 S300 KC530M MP3000 F30M IC808 IC908 IC1008 * Outstanding performance. - Above chart is selected from a publication. We have not obtained approval from each company.

11 Special Hybrid Grades Cutting Tool Performance 01. Test result for APKT 1003PDTR Test Condition Wear (µm) Slow wear tendency Longer tool life Time (min.) Material (Alloy tool steel) DIN : X100CrMoV5 1 AISI : D2 JIS : SKD11 Workpiece HB 210 ~ 220 Workpiece size 150 x 200 x 120 Vc(m/min.) 140 fz(mm/tooth) 0.1 ap/ae(mm) 8 / 3 Coolant Dry bc L i Test finishing wear value : 300µm(flank wear) 02. Test result for AMPT 1135PDTR Test Condition Wear (µm) Slow wear tendency Longer tool life Time (min.) bc m Material (Alloy tool steel) DIN : 42CrMo4 AISI : 4140 JIS : SCM440 Workpiece HB 190 ~ 200 Workpiece size 300 x 60 x 150 Vc(m/min.) 180 fz(mm/tooth) 0.15 ap/ae(mm) 2 / 20 Coolant Dry 03. Test result for RPMT 1204M0 Test Condition Wear (µm) bc m Slow wear tendency Longer tool life Time (min.) Material (Alloy tool steel) DIN : X100CrMoV5 1 AISI : D2 JIS : SKD11 Workpiece HB 210 ~ 230 Workpiece size 120 x 100 x 150 Vc(m/min.) 120 fz(mm/tooth) 0.23 ap/ae(mm) 1.5 / 20 Coolant Dry

12 Milling Inserts Designation System- ISO 1. Insert 2. Clearance Angle 4. Cross Section a b c d a f g e H K L O P R S SPECIAL T W X B c d e f g n p m n r special T W X s p k n Tolerance Tolerance (mm) I.C. Size (mm) m t I.C A ± ± ± ± ± ± C ± ± ± ± ± ± E ± ± ± ± ± ± F ± ± ± ± ± ± G ± ± ± ± 0.13 ± ± H ± ± ± ± ± ± ± ± 0.05 ± ± 0.08 K ± ± ± ± ± ± 0.10 ± ± 0.13 ± ± 0.08 ± ± 0.05 ± ± 0.13 ± ± 0.08 M ± ± 0.13 ± ± 0.15 ± ± 0.10 ± ± 0.18 ± ± 0.13

13 Milling Inserts Designation System- ISO 6. Thickness (mm) 8. Edge Preparation 9. Cutting Direction 10. Chip Breaker t mm For Application T ED t r chip Breaker Cutting Edge Length (mm) I.C. C S R T H O 7. Lead Angle & Relief Angle of Minor Cutting Edge L Lead Angle Relief Angle of minor A 45 B 5 D 60 C 7 E 75 D 15 F 85 E 20 P 90 F 25 Z SPECIAL G 30 N 0 P 11 Z SPECIAL

14 Milling Inserts Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut I D S φ r min. max. min. max. Geometry & Related Cutter page AOMT PDTR p.18 APKT 1003PDTR APKT PDTR APKT 1604PDTR APKT PDTR p.18 APMT 1135PDTR APMT PDTR APMT 1604PDTR p.18 ODMT p.19 ODMW p.19 OFMT 05T305TN p.19 * Feed and Depth of cut need to be adapted according to the Material Group. Please see on page 8. - Product image shown on this catalogue may differ from actual products.

15 Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut I D S φ r min. max. min. max. Geometry & Related Cutter page RDMT 0602M RDMT 0802M RDMT 0803M RDMT 10T3M RDMT 1204M p.20 RDMW 0602M RDMW 0802M RDMW 10T3M RDMW 1204M p.20 RPMT 08T2M RPMT 10T3M RPMT 1204M p.20 RPMW 10T3M RPMW 1204M p.20 SEKN 1203AFTN SEKN 1504AFTN p.21 SEKR 1203AFTN p.21 Feed and Depth of cut need to be adapted according to the Material Group. Please see on page 8. - Product image shown on this catalogue may differ from actual products.

16 Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut Geometry & Related Cutter I D S φ r min. max. min. max. SEKT 12T3AGSN SEKT 1204AFTN SEMT 1204AFTN SEKT 13T3AGSN p.21 SPKN 1203EDTR SPKN 1504EDTR p.22 SPKR 1203EDTR p.22 SPMT 12T p.22 SPUN p.22 * Feed and Depth of cut need to be adapted according to the Material Group. Please see on page 8. - Product image shown on this catalogue may differ from actual products.

17 Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut I D S φ r min. max. min. max. Geometry & Related Cutter page TPKN 1603PDTR TPKN 2204PDTR p.23 TPKR 1603PDTR TPKR 2204PDTR p.23 TPUN p.23 Feed and Depth of cut need to be adapted according to the Material Group. Please see on page 8. - Product image shown on this catalogue may differ from actual products.

18 Milling Cutters Cutter Designation Dimensions D2 D d L z ap Geometry & Related Insert page YBP9010-D040/ YBP9010-D050/ YBP9010-D063/ YBP9010-D080/ APKT 1003 p.14 YBP9016-D040/ YBP9016-D050/ YBP9016-D063/ YBP9016-D080/ YBP9016-D100/ YBP9016-D125/ YBP9016-D160/ APKT 1604 p.14 YBP9011-D010/ YBP9011-D012/ YBP9011-D016/ YBP9011-D020/ YBP9011-D016/ YBP9011-D020/ YBP9011-D025/ YBP9011-D025/ YBP9011-D032/ YBP9011-D032/ APMT 1135 p.14 YBO9012-D040/ YBO9012-D050/ AOMT 1236 p.14

19 Cutter Designation Dimensions D2 D d L z ap Geometry & Related Insert page YBD4206-D040/ YBD4206-D050/ YBD4206-D063/ YBD4206-D080/ YBD4206-D100/ YBD4206-D125/ YBF4305-D032/ ODMT(W) 0605 p.14 YBF4305-D040/ YBF4305-D050/ YBF4305-D063/ YBF4305-D080/ YBF4305-D100/ YBF4305-D125/ OFMT 05T3 p.14 YBDR06-D016/ YBDR06-D020/ YBDR06-D025/ RDMT 0602 p.15 YBDR08-D020/ YBDR08-D025/ YBDR08-D032/ RDMT(W) 0803 p.15 YBDR10-D020/ YBDR10-D025/ YBDR10-D032/ RDMT(W) 10T3 p.15

20 Cutter Designation Dimensions D2 D d L z ap Geometry & Related Insert page YBDR12-D040/ YBDR12-D050/ YBDR12-D063/ YBDR12-D080/ YBDR12-D100/ RDMT p.15 YBPR12-D040/ YBPR12-D050/ YBPR12-D063/ YBPR12-D080/ YBPR12-D100/ YBPR12-D125/ YBE4512-D63/ RPMT p.15 YBE4512-D80/ YBE4512-D100/ YBE4512-D125/ YBE4515-D100/ SEKN p.15 YBE4515-D125/ YBE4515-D160/ YBE4515-D200/ YBE4512-D040/ SEKN p.16 YBE4512-D050/ YBE4512-D063/ YBE4512-D080/ YBE4512-D100/ YBE4512-D125/ YBE4512-D160/ SEKT p.16

21 Cutter Designation Dimensions D2 D d L z ap Geometry & Related Insert page YBE4512-D040/ YBE4512-D050/ YBE4512-D063/ YBE4512-D080/ YBE4512-D100/ YBE4512-D125/ YBE4512-D160/ SEKT p.16 YBP7512-D63/ YBP7512-D80/ YBP7512-D100/ YBP7512-D125/ YBP7515-D100/ SPKN p.16 YBP7515-D125/ YBP7515-D160/ YBP7515-D200/ YBP9012-D040/ SPKN p.16 YBP9012-D050/ YBP9012-D063/ YBP9012-D80/ YBP9012-D100/ YBP9012-D125/ SPMT p.16 YBP7512-D063/ YBP7512-D080/ YBP7512-D100/ YBP7512-D125/ SPUN p.16

22 Cutter Designation Dimensions D2 D d L z ap Geometry & Related Insert page YBP9016-D63/ YBP9016-D80/ YBP9016-D100/ YBP9016-D125/ TPKN (R) p.17 YBP9022-D80/ YBP9022-D100/ YBP9022-D125/ YBP9022-D160/ TPKN (R) p.17 YBP9016-D63/ YBP9016-D80/ YBP9016-D100/ YBP9016-D125/ TPUN p.17

23 Drilling Inserts Cutter Designation Dimensions I2 D S θ r min. max. Geometry & Related Cutter page WCMX WCMX WCMX 06T WCMX p SPMG SPMG SPMG 07T SPMG p.27 Feed and Depth of cut need to be adapted according to the Material Group. Please see on page 9. - Product image shown on this catalogue may differ from actual products.

24 Indexable Drills Cutter Designation Dimensions D L2 L d Geometry & Related Cutter page YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD YBWD WCMX WCMX WCMX 06T308 WCMX p.23 p.23 p.23 p.23

25 Cutter Designation Dimensions D L2 L d Geometry & Related Cutter page YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD YBSD SPMG SPMG SPMG 07T308 SPMG SPMG p.23 p.23 p.23 p.23 p.23

26 Special Hybrid Grades Recommend Cutting Conditions PVD coating for TURNING Application ISO Material Group VDI Group Relative materials (DIN) Hardness HB Cutting speed (m/min.) Non-alloy steel SMn 28, C35, C50, C40E, C45E, 49 CrMo P Low alloy steel CrMo 44, 40NiCrM022, 58 CrV High alloy steel X 40 CrMoV 5 1, X100 CrMoV 5 1, S M Ferritic/martensitic Stainless steel Austenitic 14 X6Cr13, X10CrA118, X20CrNi175 X5 CrNi 18 9, X5 CrNiMo , X K Grey cast iron Malleable castiron GG15, GG20, GGG40, GG-35 GTS-35-10, GTS-35, GTS70-02, 20mN S Fe, Ni or Co based Titanium and Ti-alloy based X12 NICrAlTi 31 20, TiAl5Sn2 TiCu2, TiAl6V4, TiAl6V4ELI Hardended steel C 105 W1, 75 CrMoNiW HRc H Chilled Cast iron 40 G-X 260 NiCr 4 2, X15 CrNiSi White Cast iron 41 G-X 300 CrMo HRc Above recommend cutting condition can be changed according to the customer s machining condition.

27 Special Hybrid Grades Comparison Chart PVD TURNING ISO Symbol SwissCut Sandvik Kennametal Seco Iscar Mitsubishi Sumitimo Tungaloy Taegutec P10 S100* GC1010 KC715M IC250 ACP200 TT2510 P20 S100* GC1010 GC1025 GC2030 KC522M KC525M F25M MP3000 IC250 IC808 IC908 IC928 MP6120 VP15TF ACP200AH725 AH120 AH330 GH330 TT2510 TT7080 TT9080 P P30 S100* GC1010 GC1030 GC2030 KC725M KC530M F25M MP3000 F30M IC250 IC808 IC908 IC928 MP6120 VP15TF MP6130 VP30RT ACP200 ACP300AH725 AH120 AH130 GH130 TT8080 TT9080 P40 S100 GC1030 KC735M F40M T60M VP30RT ACP300AH140 M10 S100 GC1025 KC715M IC903 M20 S100* GC1025 GC1030 GC1040 GC2030 KC730 KC522M KC525M F25M MP3000 IC250 IC300 IC808 IC928 VP15TF MP7130 MP7030 VP20RT ACP200AH725 AH120 AH330 GH330 TT9080 M M30 S100* GC1040 GC2030 KC725M KC735M F30M F40M MP3000 IC250 IC300 IC808 IC928 VP15TF MP7130 MP7030 VP20RT ACP200 ACP300AH120 AH725 GH130 GH340 TT8080 TT9080 M40 S100 F40M MP7140 ACP300AH140 K K10 S100 GC1010 KC510M IC350 IC810 IC900 IC910 IC950 MP8010 AH110 GH110 AH330 TT6080 TT7080 K20 S100* GC1010 KC520M MK2000 IC350 VP15TF ACK300GH130 K30 S100* GC1020 KC725M IC350 VP15TF ACK300 S10 S100* GC1025 KC510M IC903 MP9120 S S20 S100* GC1025 GC2030 KC522M KC525M IC300 IC808 IC908 IC328 MP9120 VP15TF MP9130 MP9030 TT9080 H10 S100 GC1010 KC635M MH1000 IC900 VP15TF TT2510 TT6080 H H20 S100 GC1010 KC635M F15M IC900 VP15TF TT2510 TT6080 H30 S100 KC530M MP3000 IC808 * Outstanding performance. - Above chart is selected from a publication. We have not obtained approval from each company.

28 Turning Inserts Designation System-ISO 1. Insert 2. Clearance Angle 4. Cross Section a b c d a f g e H K L O P R S SPECIAL T W X B c d e f g n p m n r special T W X C N M G Tolerance Tolerance (mm) I.C. Size (mm) m t I.C A ± ± ± C ± ± ± E ± ± ± F ± ± ± G ± ± 0.13 ± H ± ± ± ± 0.05 ± 0.08 K ± ± ± 0.10 ± 0.13 ± 0.08 ± 0.05 ± 0.13 ± 0.08 M ± 0.13 ± 0.15 ± 0.10 ± 0.18 ± 0.13

29 Turning Inserts Designation System-ISO 5. Cutting Edge Length (mm) 6. Thickness (mm) I.C. C S R S T V W K H L t mm T Chip Breaker 7. Nose Radius (mm) For Application chip Breaker r mm Turning Inserts Chip Breakers BR BG

30 Turning Inserts (Negative) Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut Geometry & Related Cutter I D S r min. max. min. max. page CNMA BC CNMA BC CNMA BC p.35 CNMG BF CNMG BG CNMG BR p.35 DNMG BF DNMG BG DNMG BF DNMG BG DNMG BR p.35 DNUX R p.35 KNUX L KNUX R p.41 SNMA BC SNMA BC p.37 SNMG BF SNMG BG SNMG BR p.37 * Feed and Depth of cut need to be adapted according to the Material Group. Please see on page Product image shown on this catalogue may differ from actual products.

31 Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut Geometry & Related Cutter I D S r min. max. min. max. TNMA BC TNMA BC p.35 TNMG BF TNMG BG TNMG BR TNMG BF TNMG BG TNMG BR p.35 TNUX L TNUX L TNUX R TNUX R p.35 VNMG BF VNMG BG VNMG BR VNMG BG p.36 WNMA BC WNMA BC WNMA BC p.34 WNMG BF WNMG BG WNMG BF WNMG BG WNMG BR p.34 * Feed and Depth of cut need to be adapted according to the Material Group. Please see on page Product image shown on this catalogue may differ from actual products.

32 Turning Inserts (Positive) Insert Designation Dimensions Feed* (mm/ tooth) Depth* of Cut Geometry & Related Cutter I D S r min. max. min. max. CCMT BF CCMT BG CCMT 09T304-BF CCMT 09T308-BG CCMT BG p.37 DCMT BF DCMT 11T304-BF DCMT 11T308-BG p.38 RCMT 0602M RCMT 0803M RCMT 10T3M RCMT 1204M p.41 SCMT 09T304-BF SCMT 09T308-BG SCMT BG p.40 TCMT BF TCMT 16T304-BF TCMT 16T308-BG p.38 VBMT BF VBMT BF VBMT BG p.39 VCMT BF VCMT BF VCMT BG p.39 * Feed and Depth of cut need to be adapted according to the Material Group. Please see on page Product image shown on this catalogue may differ from actual products.

33 Turning Holders "D" CLAMPING TURNING HOLDERS Insert Description Dimension in mm h b ch f l SPARE DETAILS DCLNR 2020 K DCLNL 2020 K DCLNR 2525 M DCLNL 2525 M DCLNR 3232 P DCLNL 3232 P DDJNR 2020 K DDJNL 2020 K DDJNR 2525 M DDJNL 2525 M DDJNR 3232 P DDJNL 3232 P DWLNR 2020 K DWLNL 2020 K DWLNR 2525 M DWLNL 2525 M DWLNR 3232 P DWLNL 3232 P Full range of D clamping turning holders are available. Call distributors for details.

34 "S" CLAMPING TURNING HOLDERS Insert Description Dimension in mm h b ch f l SPARE DETAILS SCLCR 1212 F SCLCL 1212 F SCLCR 1616 H SCLCL 1616 H SCLCR 1212 F SCLCL 1212 F SCLCR 1616 H SCLCL 1616 H SCLCR 2020 K SCLCL 2020 K SCLCR 2525 M SCLCL 2525 M Full range of S clamping turning holders are available. Call distributors for details.

35 "P" CLAMPING TURNING HOLDERS Insert Description Dimension in mm h b ch f l SPARE DETAILS PCLNR 1616 H PCLNL 1616 H PCLNR 2020 K PCLNL 2020 K PCLNR 2525 M PCLNL 2525 M PCLNR 3225 P PCLNL 3225 P PCBNR 2020 K PCBNL 2020 K PCBNR 2525 M PCBNL 2525 M PWLNL 2020 M PWLNR 2020 M PWLNR 2525 M PWLNL 2525 M Full range of P clamping turning holders are available. Call distributors for details.

36 "M" CLAMPING TURNING HOLDERS Insert Description Dimension in mm h b ch f l SPARE DETAILS MTJNR 2020 K MTJNL 2020 K MTJNR 2525 M MTJNL 2525 M MTJNR 3225 P MTJNL 3225 P Full range of M clamping turning holders are available. Call distributors for details. "S" CLAMPING BORING BARS Insert Description Dimension in mm Ø D g6 D Min. f l SPARE DETAILS S25T GCLNR S25T GCLNL S25T GDUNR S25T GDUNL S25T GWLNR S25T GWLNL Full range of G clamping boring bars are available. Call distributors for details.

37 "S" CLAMPING BORING BARS Insert Description Dimension in mm Ø D g6 D Min. f l SPARE DETAILS S08H SCLCR S08H SCLCL S10K SCLCR S10K SCLCL S12M SCLCR S12M SCLCL S16R SCLCR S16R SCLCL S20S SCLCR S20S SCLCL Full range of S clamping boring bars are available. Call distributors for details.

38 "S" CLAMPING THROUGH COOLANT BORING BARS Insert Description Dimension in mm Ø D g6 D Min. f l SPARE DETAILS A06F SCLCR A06F SCLCL A08H SCLCR A08H SCLCL A10J SCLCR A10J SCLCL A12K SCLCR A12K SCLCL A16M SCLCR A16M SCLCL A12K SCLCR A12K SCLCL A16M SCLCR A16M SCLCL A20Q SCLCR A20Q SCLCL A25R SCLCR A25R SCLCL Full range of S clamping through coolant boring bars are available. Call distributors for details.

39 Parting Inserts Application Clan Family Item Chip-Breakers Fits to MGMN - Type MGMN 2002 BN BP KOROLOY MGMN MGMN 3004 BN BP KOROLOY MGMN 4004 BN BP KOROLOY MGMN 5008 BN BP KOROLOY TDC - Type TDC /TDJ 2002 BN BP TAEGUTEC TDC / TDJ TDC /TDJ 3004 BN BP TAEGUTEC TDC /TDJ 4004 BN BP TAEGUTEC TDC /TDJ 5008 BN BP TAEGUTEC Threading Inserts Application Clan Family Item Chip-Breakers Fits to SEMI - PROFILE FULL - PROFILE 16 ER 16 EL 16 IR 16 IL 16 ERM 16 ERM 16 ELM 16 ILM 16ER AG55 16ER AG60 16EL AG55 16EL AG60 16IR AG55 16IR AG60 16IL AG55 16IL AG60 16ERM 1.25 ISO 16ERM 1.5 ISO 16ERM 1.75 ISO 16ERM 2.00 ISO 16IRM 1.25 ISO 16IRM 1.5 ISO 16IRM 1.75 ISO 16IRM 2.00 ISO 16ELM 1.25 ISO 16ELM 1.5 ISO 16ELM 1.75 ISO 16ELM 2.00 ISO 16ILM 1.25 ISO 16ILM 1.5 ISO 16ILM 1.75 ISO 16ILM 2.00 ISO 16 ERM - UN 16ERM 16 UN 16ERM 14 UN 16ERM 12 UN

40