Shinhan Diamond PCD PCBN. Tools. Stay Stay satisfied with our quality products products.

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1 Challenge & Innovation to become the world best! Challenge & Innovation to become the world best! Ship-building Industry Stay Stay satisfied with our quality products products Automobile Aerospace Semi-conductor Glass Shinhan Diamond PCD PCBN Challenge & Innovation to become the world best! Head Office 36B-10L Namdong Industrial Complex, Namchon-dong, Namdong-gu, Incheon , Korea Tel: (Rep.), (Direct) Fax: Tools SHINHAN DIAMOND Network USA Shinhan Diamond USA (SH Trading.Inc.) 1025 N. Armando Street Anaheim, CA 92806, USA Tel: Fax: GERMANY T.O.P.A.S 2 Mergenthaleralle Eschborn, Frankfrut, Germany Tel: Fax: FRANCE 15, rue du Buisson aux Fraises Z.l. de la Bonde Massy, France Tel: 33 (0) Fax: 33 (0) CHINA #45 Tokyo Road, Qingdao Free Trade Zone, Shandong Province, China Tel: Fax: Rev.No.S22E C-93 Visit our web site at-

2 W ith an accumulation of technology through long experiences, the engineering and precision tools of Shinhan diamond are continuously adding to the state of up-to-date strategic business. What is PCD / PCBN? PCD ( Polycrystalline Diamond ) CONTENTS What is PCD/PCBN? 3 PCD 4 PCBN 5 TYPICAL WORKING PARAMETERS (PCD) 6 TYPICAL WORKING PARAMETERS (PCBN) 7 TROUBLE SHOTTING CUTTING TOOLS TROUBLE SHOOTING (GENERAL) 8 TOOL TROUBLE MODE (PCBN) 9 TURNING INSERTS TURNING INSERT DESIGNATION SYSTEM 12 PCD TURNING INSERT 14 PCBN TURNING INSERT 19 MILLING INSERTS MILLING INSERT DESIGNATION SYSTEM 32 PCD MILLING INSERTS 34 PCBN MILLING INSERT 37 PCD/PCBN BORING BITE 39 PCD/PCBN GENERAL TOOL 40 PCD/PCBN GROOVING BITE 41 PCD ROTATION TOOL 42 PCD ENDMILL 43 PCD REAMER 44 - Polycrystalline diamond (PCD) is used for machining a wide variety of nonferrous and nonmetallic materials. - It is an excellent cutting tool material due to its properties such as hardness, which is much higher than ceramics and contributes to longer tool life. Characteristics - Properties uniform in all directions - Superior hardness - Excellent wear resistance - High thermal conductivity - Good surface roughness Application - Nonferrous Metallic Materials ( AL alloy, MMC, Copper alloy, Tungsten Carbide ) - Nonmetallic Materials ( Wood-working, Graphite-Epoxy. Fiberglass-plastic, Ceramics ) PCBN ( Polycrystalline Cubic Boron Nitride ) - Polycrystalline Cubic Boron Nitride (PCBN) is used for machining a wide variety of ferrous materials. - PCBN has good wear and thermal resistance, and shows excellent performance in high speed machining. Characteristics - Properties uniform in all directions - High hardness - High wear resistance - High thermal conductivity - High chemical stability Application - Ferrous Metallic Materials ( Cast Iron, Powder Metal, Hardened steel ( Hrc > 45 ), Super alloys ) 2 3

3 SHINHAN PCD SHINHAN PCBN SHINHAN CBN (%) SHINHAN Particle Size (µm) SD21 1 Extra fine grain size Good homogenaity Excelent edge quality Multi purpose metal machining AL alloys(si 12%),Cu alloys superior finish SB30 93% Ceramic (AlN) SD12 2 Fine grain size High E.D.M rate Excellent edge quality Wood working,mdf Composites, plastic(ex PMMA) Superior finish SB31 95% SD10 5 Medium grain size Good polish and edge quality Multi purpose metal and wood working AL alloy (Si 12%), Cu alloy, Carbon-Carbon fiber SB12 SD30 10 For general purpose Multi purpose metal and woodworking AL alloy (Si 12%), Cu alloy, Carbon-Carbon fiber etc SB13 Coarse grain size Good wear resistance Good impact strength AL alloy ( Si12%) for interrupt cutting (ex : Milling) Laminated part ;V-BLOCK, Guide rest shoe, plate Tungsten Carbide Extra coarse grain size Excellent wear resistance Excellent impact strength High Silicon(20% ) Al alloys (Milling,turning,roughing machining) MMC (Metal matrix composites) CGI (Compacted Graphite Iron) SD15 25 SD23 30 Characterstics Applications SB27 SB26 SB24 4 BINDER Characterstics Applications SOLID PCBN Excellent abrasion wear resistance Grey cast iron High-chrome cast iron Sintered iron Hardened steel(rough-machining) Ti-based matrix Good abrasion wear resistance Grey cast iron 90% Ti-based matrix Multipurpose used for cast iron machining High toughness Grey cast iron Powder iron alloy Hard facing alloy(ni-based) 75% Ti-based matrix Good chemical wear resistance Powder metal (valve seats) Powder iron alloy 60% Ceramic (TiN) Good impact strength of high temperature Good wear resistance of unstable condition Hardened Steel(Finish machining) ; Heavy intrrupted cutting 50% Ceramic (TiC) Excellent chemical wear resistance used high cutting speed ( 180m/min) Hardened Steel Turning; continuous cutting Sintered iron 45% Ceramic (TiN) Excellent chemical wear resistance used high cutting speed ( 180m/min) Hardened Steel Turning ; continuous, light intrrupted cutting Sintered iron SD21 SD12 SD10 SB30 SB31 SB12 SD30 SD15 SD23 SB13 SB27 SB25 5

4 TYPICAL WORKING PARAMETERS (PCD) TYPICAL WORKING PARAMETERS (PCBN) Workpiece Material Turning/ Milling Cutting speed (m/min) Feed (mm/rev) Depth of Cut (mm) Recommended Grade Workpiece Material Roughing/ Finishing Cutting speed (m/min) Feed (mm/rev) Depth of Cut (mm) Recommended Grade Al alloy (Si 4~8%) Turning 900~ ~ ~3.0 SD21 Milling 1000~ ~ ~2.0 SD12 Gray Cast Iron Roughing 300~ ~ ~3.0 SB30, SB31 Finishing 250~ ~ ~0.4 SB31 Al alloy (Si 9~14%) Turning 600~ ~ ~4.0 SD10 Milling 700~ ~ ~3.0 SD30 Chilled Cast Iron Roughing 30~ ~ ~2.5 SB30, SB31 Finishing 30~ ~ ~0.3 SB12 Al alloy (Si >14%) Turning 300~ ~ ~4.0 SD15 Milling 400~ ~ ~3.0 SD23 Hardened Steel Roughing 30~ ~ ~0.3 SB27, SB24 Finishing 100~ ~ ~0.5 SB13, SB26 Cu alloy (brass, bronze) Turning 400~ ~ ~2.0 SD10 Milling 400~ ~ ~2.0 SD30 Powder Metal Tool Steel Finishing 100~ ~ ~0.5 SB13, SB26 Finishing 50~ ~ ~0.5 SB13 Green Tungsten Carbide Turning 30~ ~ ~1.0 SD30 Turning 100~ ~ ~1.0 SD15 Ceramic Turning 50~ ~ ~0.5 SD15 Carbon-Fiber composit Turning 300~ ~ ~3.0 SD15 Glass-Fiber reinforced plastics Turning 200~ ~ ~3.0 SD15 Wood (ex:mdf) Shape 1000~ ~ ~4.0 SD30 Cutting 1500~ ~5.0 up to 10 SD15 Cast Iron Hardened Steel Powder Metal 6 7

5 Cutting Tools Trouble Shooting (General) Tool Trouble Mode (PCBN) 1. Excessive Crater Wear Trouble Flank Wear Crater Wear Factor Cutting Speed Feed D.O.C TROUBLE SHOOTING Rake angle Relief Angle Lead Angle Nose R Wrong cutting conditions (+) (-) (+) (+) Wrong cutting conditions Wrong Coolant position MACHINING CONDITION (-) (+) (-) (+) TOOL SHAPE Honing Land 2. Excessive Flank Wear Actions Decrease speed Increase feed Apply coolant Select a grade with lower CBN content Chipping Wrong cutting conditions Inaccuracy setting Machine vibrations (+) (-) (-) (+) Actions Decrease feed rate Increase speed Select grade with higher CBN content Built up edge Breakage Workpiece Surface trouble Chattering Burr (+)mean Increse Chipping Excessive feed Excessive D.O.C Wrong cutting conditions Bad coolant Wrong tool shape Too small machine power Excessive Nose R Excessive D.O.C Too small machine power Too little feed Excessive D.O.C Excessive Nose R (-)mean Decrese (-) (-) (+) (+) (-) (-) (+) (-) (+) (-) (-) (-) (+) (-) (+) (-) (-) 3. Breakage 4. Notch Wear 5. Edge Chipping Actions Decrease feed rate Increase speed Turn off coolant (interrupted) Increase chamfer angle and width Use larger nose radius or round tooling Select grade with higher CBN content Actions Increase lead angle -use round inserts Decrease feed rate Select grade with higher CBN content Actions Use chamfered insert Decrease cutting speed Improve system rigidity 8 9

6 W ith an accumulation of technology through long experiences, the engineering and precision tools of Shinhan diamond are continuously adding to the state of up-to-date strategic business

7 TURNING INSERT TURNING INSERT 1. Insert Shape C D E K R S T V W 2. Relief Angle N B C P 4. Type of Insert A G M R B,W T,H Special Z,X (Special) 6. Thickness 01=1.59mm T1=1.98mm 02=2.38mm T2=2.78mm 03=3.18mm T3=3.97mm 04=4.76mm 05=5.56mm 06=6.35mm 07=7.94mm 09=9.52mm 7. Nose-Radius 01=0.1R 02=0.2R 04=0.4R 05=0.5R 08=0.8R 10=1.0R 12=1.2R 16=1.6R 20=2.0R 24=2.4R 32=3.2R C 1 N 2 M 3 G Tolerance Inscribed Circle(mm) ISO 5. Cutting Edge Length C D E R S T V W Z Class m t ød A ±0.005 ±0.025 ±0.025 F ±0.005 ±0.025 ±0.013 C ±0.013 ±0.025 ±0.025 H ±0.013 ±0.025 ±0.013 E ±0.025 ±0.025 ±0.025 G ±0.025 ~±0.05 ±0.13 ±0.025 ~±0.05 M ±0.08 ~±0.18 ±0.13 ±0.05 ~±0.13 U ±0.13 ~±0.38 ±0.13 ±0.08 ~±0.25 Inscribed Tolerance(mm) Circle m d (mm) M U M U 6.35 ±0.08 ±0.13 ±0.05 ± ±0.08 ±0.13 ±0.05 ± ±0.13 ±0.20 ±0.08 ± ±0.15 ±0.27 ±0.10 ± ±0.15 ±0.27 ±0.10 ± ±0.18 ±0.33 ±0.13 ± ±0.18 ±0.38 ±0.13 ±

8 PCD TURNING INSERT PCD TURNING INSERT CCGW DNGA CCGW CCGW2(1.5) CCGW CCGW2(1.5)1 0.4 DNGA DNGA DNGA DNGA CCGW09T302 CCGW3(2.5) CCGW09T304 CCGW3(2.5)1 0.4 DNGA DNGA DNGA DNGA CCGW CCGW CCGW CCGW DNGA DNGA CNGA SCGW CNGA CNGA43(0.5) CNGA CNGA SCGW09T302 SCGW3(2.5) SCGW09T304 SCGW3(2.5)1 0.4 CNGA CNGA SCGW SCGW43(0.5) 0.2 CNGA CNGA SCGW SCGW CNGA CNGA SCGW SCGW CPGW SNGA CPGW CPGW2(1.5) CPGW CPGW2(1.5)1 0.4 SNGA SNGA32(0.5) 3.18 SNGA SNGA CPGW CPGW32(0.5) 0.2 CPGW CPGW CPGW CPGW SNGA SNGA43(0.5) 0.2 SNGA SNGA SNGA SNGA CPGW09T304 CPGW3(2.5) SNGA SNGA DCGW SNGN DCGW DCGW2(1.5) DCGW DCGW2(1.5)1 0.4 DCGW DCGW32(0.5) DCGW DCGW DCGW11T302 DCGW3(2.5) DCGW11T304 DCGW3(2.5)1 0.4 SNGN SNGN32(0.5) 3.18 SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN43(0.5) 12.7 SNGN SNGN

9 PCD TURNING INSERT PCD TURNING INSERT SPGW TPGA SPGW SPGW22(0.5) 6.35 SPGW SPGW SPGW SPGW32(0.5) 0.2 SPGW SPGW TPGA TPGA1.7(1.5) TPGA TPGA1.7(1.5)1 0.4 TPGA TPGA22(0.5) TPGA TPGA SPGW SPGW SPGW SPGW TCGW TPGN TCGW TCGW1.7(1.5) TCGW TCGW1.7(1.5) TCGW TCGW2(1.5) TCGW TCGW2(1.5)1 0.4 TPGN TPGN1.7(1.5) TPGN TPGN1.7(1.5)1 0.4 TPGN TPGN22(0.5) TPGN TPGN TCGW16T302 TCGW3(2.5) TCGW16T304 TCGW3(2.5)1 0.4 TPGN16T304 TPGN3(2.5) TPGN16T308 TPGN3(2.5)2 0.8 TNGA TPGW TNGA TNGA33(0.5) TNGA TNGA TNGA TNGA TPGW TPGW1.7(1.5) TPGW TPGW2(1.5) TPGW TPGW TPGW16T302 TPGW3(2.5) TPGW16T304 TPGW3(2.5)1 0.4 TPGW TPGW TOEW VBGW TOEW TOEW1.2(1.5) TOEW TOEW1.7(1.5) TOEW TOEW1.7(1.5)1 0.4 VBGW VBGW22(0.5) VBGW VBGW VBGW VBGW33(0.5) 0.2 VBGW VBGW VBGW VBGW

10 PCD TURNING INSERT PCBN TURNING INSERT VCGW CCGW VCGW VCGW22(0.5) VCGW VCGW CCGW CCGW2(1.5) CCGW CCGW2(1.5)1 0.4 VCGW VCGW33(0.5) 0.2 VCGW VCGW CCGW09T302 CCGW3(2.5) CCGW09T304 CCGW3(2.5)1 0.4 VCGW VCGW CCGW CCGW CCGW CCGW VNGA CNGA VNGA VNGA33(0.5) CNGA CNGA43(0.5) VNGA VNGA CNGA CNGA VNGA VNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CPGW CPGW CPGW2(1.5) CPGW CPGW2(1.5)1 0.4 CPGW CPGW32(0.5) 0.2 CPGW CPGW CPGW CPGW CPGW09T304 CPGW3(2.5) DCGW DCGW DCGW2(1.5) DCGW DCGW2(1.5)1 0.4 DCGW DCGW32(0.5) DCGW DCGW DCGW11T302 DCGW3(2.5) DCGW11T304 DCGW3(2.5)

11 PCBN TURNING INSERT PCBN TURNING INSERT DNGA SPGW DNGA DNGA DNGA DNGA DNGA DNGA44(0.5) DNGA DNGA SPGW SPGW22(0.5) 6.35 SPGW SPGW SPGW SPGW32(0.5) 0.2 SPGW SPGW DNGA DNGA SPGW SPGW SPGW SPGW SCGW TCGW SCGW09T302 SCGW3(2.5) SCGW09T304 SCGW3(2.5)1 0.4 SCGW SCGW43(0.5) 0.2 SCGW SCGW TCGW TCGW1.7(1.5) TCGW TCGW1.7(1.5) TCGW TCGW2(1.5) TCGW TCGW2(1.5)1 0.4 SCGW SCGW TCGW16T302 TCGW3(2.5) TCGW16T304 TCGW3(2.5)1 0.4 SNGA TNGA SNGA SNGA32(0.5) SNGA SNGA TNGA TNGA33(0.5) TNGA TNGA SNGA SNGA43(0.5) 0.2 SNGA SNGA SNGA SNGA TNGA TNGA SNGA SNGA SNGN TOEW SNGN SNGN32(0.5) SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN43(0.5) 12.7 SNGN SNGN TOEW TOEW1.2(1.5) TOEW TOEW1.7(1.5) TOEW TOEW1.7(1.5)

12 PCBN TURNING INSERT PCBN TURNING INSERT TPGA VCGW TPGA TPGA1.7(1.5) TPGA TPGA1.7(1.5)1 0.4 TPGA TPGA22(0.5) TPGA TPGA VCGW VCGW22(0.5) VCGW VCGW VCGW VCGW33(0.5) VCGW VCGW VCGW VCGW TPGN VNGA TPGN TPGN1.7(1.5) TPGN TPGN1.7(1.5)1 0.4 VNGA VNGA33(0.5) 0.2 VNGA VNGA TPGN TPGN22(0.5) TPGN TPGN VNGA VNGA TPGN16T304 TPGN3(2.5) TPGN16T308 TPGN3(2.5)2 0.8 TPGW TPGW TPGW1.7(1.5) TPGW TPGW2(1.5) TPGW TPGW TPGW16T302 TPGW3(2.5) TPGW16T304 TPGW3(2.5)1 0.4 TPGW TPGW VBGW VBGW VBGW22(0.5) VBGW VBGW VBGW VBGW33(0.5) 0.2 VBGW VBGW VBGW VBGW

13 PCBN TURNING INSERT (Solid) PCBN TURNING INSERT (Full face) CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN3(1.5)(0.5) CNGN CNGN3(1.5) CNGN CNGN4(1.5)(0.5) 12.7 CNGN CNGN4(1.5)1 0.4 DNGN DNGN CNGN CNGN CNGN CNGN CNGN CNGN DNGN DNGN2(1.5) DNGN DNGN2(1.5) DNGN DNGN3(1.5)0.5 DNGN DNGN3(1.5)1 0.4 SNGN SNGN SNGN SNGN SNGN SNGN SNGN DCGW3(1.5)0.5 SNGN DCGW3(1.5)1 0.4 SNGN SNGN SNGN DCGW4(1.5) SNGN DCGW4(1.5) SNGN DCGW4(1.5)2 0.8 TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN1.7(1.5) TNGN TNGN1.7(1.5)1 0.4 TNGN TNGN TNGN TNGN2(1.5) TNGN TNGN2(1.5)1 0.4 TNGN TNGN3(1.5)1 0.4 TNGN TNGN3(1.5)

14 PCBN TURNING INSERT (Double side) PCBN INSERT (Full face) CNGN CCGW CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CCGW CCGW2(1.5) CCGW CCGW2(1.5)1 0.4 CCGW CCGW32(0.5) 3.18 CCGW CCGW DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN CPGW CPGW CPGW2(1.5) CPGW CPGW2(1.5)1 0.4 CPGW CPGW32(0.5) 3.18 CPGW CPGW SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN DCGW DCGW DCGW2(1.5) DCGW DCGW2(1.5)1 0.4 DCGW DCGW DCGW DCGW DPGW DPGW DPGW2(1.5) DPGW DPGW2(1.5)1 0.4 DPGW DPGW DPGW DPGW

15 PCBN INSERT (Full face) PCBN INSERT (Full face) RCGW TPGW RCGW RCGW RCGW RCGW TPGW TPGW1.2(1.5) TPGW TPGW1.2(1.5) TPGW TPGW2(1.5) TPGW TPGW2(1.5)1 0.4 TPGW TPGW TPGW TPGW SCGW SCGW SCGW2(1.5) SCGW SCGW2(1.5)1 0.4 SCGW SCGW32(0.5) SCGW SCGW SCGW SCGW SPGW SPGW SPGW2(1.5) SPGW SPGW2(1.5)1 0.4 SPGW SPGW32(0.5) SPGW SPGW SPGW SPGW TCGW TCGW TCGW1.2(1.5) TCGW TCGW1.2(1.5) TCGW TCGW2(1.5) TCGW TCGW2(1.5)1 0.4 TCGW TCGW TCGW TCGW

16 W elcome to the new world and experience our new technology! 30 31

17 MILLING INSERT MILLING INSERT 1.Insert Shape A B C H L O P R Special S T W X 2.Relief Angle B 5 F 25 C 7 G 30 D 15 G 0 E 20 P 11 4.Type of Insert A F G M N R Special T W X 6. Thickness 7. Nose-Radius 8. Chamer 9. Cutting Direction 01=1.59mm 02=2.38mm 03=3.18mm T3=3.97mm 04=4.76mm 06=5.56mm 07=7.94mm 09=9.52mm 00=SHARP 02=0.2R 04=0.4R 05=0.5R 08=0.8R 10=1.0R 12=1.2R 15=1.5R 16=1.6R 24=2.4R 32=3.2R 40=4.0R S 1 E 2 C 3 N ED 7 T 8 R 9 Class Tolerance(mm) 3. Tolerance Inscribed Circle(mm) m t Ød A ±0.005 ±0.025 ±0.025 E ±0.025 ±0.025 ±0.025 F ±0.005 ±0.025 ±0.013 G ±0.025 ±0.13 ±0.025 H ±0.013 ±0.025 ±0.013 ±0.05 K ±0.013 ±0.025 ±0.08 ±0.10 ±0.13 ±0.08 ±0.05 M ±0.13 ±0.08 ±0.15 ±0.13 ±0.10 ±0.18 ± Cutting Edge Length I.C C R,S T H O Lead angle & Relief Lead angle Lead Angle Relief Lead Angle L 32 33

18 PCD MILLING INSERT PCD MILLING INSERT LDCN METRIC CODE D T R L SD32 SD30 SD35 SD23 SD21 TECN METRIC CODE D T L1 L2 SD32 SD30 SD35 SD23 SD21 LDCN190412L LDCN190412R TECN TECN R0.4 LFCN METRIC CODE D T R L SD32 SD30 SD35 SD23 SD21 TEEN METRIC CODE D T L1 L2 SD32 SD30 SD35 SD23 SD21 LFCN LFCN TEEN TEEN SECN METRIC CODE D T L1 L2 SD32 SD30 SD35 SD23 SD21 SECN SFCN METRIC CODE D T R L SD32 SD30 SD35 SD23 SD21 SFCN

19 PCD MILLING CARTRIDGE PCBN MILLING INSERT W H L W1 SD30 SD15 SD SDC 12.7X14.5 R SPEC SPEC Right Left METRIC CODE D D1 T R Hand Hand SB31 SB12 SB27 SDC 12.7X14.5 R-A SDC 12.7X14.5 R-B W H L W1 SD30 SD15 SD SDC 12.7X14.5 C SPEC SPEC Right Left METRIC CODE D D1 T R Hand Hand SB31 SB12 SB27 SDC 12.7X14.5 C-A SDC 12.7X14.5 C-B SNGN-R SPEC SPEC Right Left METRIC CODE D D1 T R Hand Hand SB31 SB12 SB27 SNGN1204-R SNGN1206-R SDC 12.7X14.5 F SPEC SPEC Right Left METRIC CODE D D1 T R Hand Hand SB31 SB12 SB27 SDC 12.7X14.5 F-A SDC 12.7X14.5 F-B

20 PCBN MILLING CARTRIDGE PCD / PCBN BORING BITE W H L W1 SB31 SB12 SB SPEC W H R L V Right Left Hand Hand SB31 SB12 SB W H L W1 SB31 SB12 SB SPEC Right Left W H R L V Hand Hand SB31 SB12 SB

21 PCD / PCBN GENERAL TOOL PCD / PCBN GROOVING BITE SPEC W H R L V Right Left Hand Hand SD30 SB13 SB FLAT TYPE ±0.005 W H R L G E V SD30 SB SPEC Right Left W H R L V Hand Hand SD30 SB13 SB KEY STONE TYPE ±0.005 W H R L G E V SD30 SB

22 PCD / PCBN GROOVING BITE HALF KEYSTONE TYPE ±0.005 W H R L G E V SD30 SB

23 PCD ENDMILL PCD REAMER / DRILL D d1 L V R SD12 SD30 SD D d1 L V R SD12 SD30 SD D d1 L V R SD12 SD30 SD D d1 L V R SD12 SD30 SD D d1 L V R SD12 SD30 SD D d1 L V R SD12 SD30 SD

24 BITE QUOTATION NEW ORDER COMPANY NAME SIGNITURE 1. APPLICATION : AUTOMOBILE AUTOMOBILE PARTS BEARING ELECTRIC DEVICE TOOL MECHANICAL PARTS MOLD GLASS SEMI-CONDUCTOR 2. PRODUCTS SPECIFICAION * DRAWING : YES NO -Type D11A(SD) D12A(FD) D12C(CONE) D13A(MD) T21B(CONTACT) -Full Spec. *Grit PCD PCBN T21A(DIA BITE) T31A D12D T22A(PCD BITE) T22B(PCD INSERT) T23A(PCBN BITE) T23B(PCBN INSERT) T22E(PCD SHOE) T23D(PCBN OTHER) T41A(PCD REAMER) T41B(PCD ENDMILL) T41C(PCD DRILL) T41D(PCD GAUGE) T22C(PCD CUTTER) T22D(PCD ROUTER) Other On Diameter Width Thickness Other PotentialRequired Amount other -Dimension1 μmμmμmμm -Competitor Information 3. Work Piece information -Name -Application -Material -Hardness -Required Roughness 4. Machining / Grinding Condition Machine -Machine Maker -Model No. -Spindle Power HP -Spindle Speed m/min m/s Machining Type (Dry type) (Wet type) : Water type Oil type Emulsion (Other) -RPM rpm -Feed rate mm/min -Workpiece Diameter mm -Cutter edge (milling) EA -Depth Of Cut On diameter / Side: mm Dresser -Kind of Dressing Tool Single Point Multi point chisel point cone point -Allowance On diameter / Side: mm -Infeed per pass On diameter / Side: mm X times -Dressing feed rate mm/min -Dressing Cut direction Up side Down side -Skip(Dressing Interval) EA/1 Dressing -Reason of Redressing Roughness Taper Roundness Cylindricity Loading Shedding Other 5. Customer Requirement 46 is nesessarilly filled up 47 Shinhan Diamond Reliable Innovator for Your Needs of Diamond Tools