COMADEX INSERTS - PLAQUETTES EINSÄTZE - WISSELPLATEN

Transcription

1 COMADEX C e r a m i c s INSERTS - PLAQUETTES EINSÄTZE - WISSELPLATEN 04/2015

2 Grae Comparison CERAMIC Maker Comaex NTK CeramTec Kennameal Sanvik Toshiba Greenleaf Kyocera Misubishi Nippon Sumiomo Tungsen Black Ceramic CK1 HC2 SH1 K090 LX21 A65 XD202 NPCA2 NB90S CK3 HC5, HC4 SH2 KY1615 CC650 LX11 GEM6 A66N CK5 CKD2 HC6 Whie Ceramic CKZ2 HC1 SN60 AC5 CC620 LXA GEM6 AZ5000 NPCHI W80 SN80 K060 SN60 Pink HW2 Silicon Nirie CKS2 EC1 SL100 KY2000 KS500 NYCON-A NS130 CKS3 SX8 SL200 KY3000 CC690 KS5000 CKS4 SP2, SX2 SL500 KY3500 CC6090 FX105 GSN KS6000 NS260 CKS5 SX1 KS7000 CKS7 SX5 KY1310 CC680 CKS8 KY1540, KY2100 Whisker CKW4 CKW8 CC670 W300

3 CONTENTS Ceramics grae informaion Ceramics 4 Ceramics ienificaion sysem 12 Ceramics insers Turning 14 Milling 31 Roll Turning 33 Grooving 37 Special insers 40 1

4 cuing spee Harness Ceramics GRADE CERAMICS Al2O3-TiC sysem TiC-Al2O3 sysem Si3N4 sysem Al2O3-ZrO2 sysem CK1 CKD2 CKS2 CKZ2 CK8 CKS3 CKS5 CKS7 CKS8 Applicaion of cuing ool maerials High PCBN, PCD Ceramic Cerme Coae Carbie Carbie Low Submicron Carbie Low Fee High 2 For Whisker please look page 8 an 9

5 cuing spee Harness Ceramics GRADE CERMET DIA TiC-TiCN sysem PVD Coaing PCBN PCD CXF31 CTF91 CBN1 PKD1 CXF32 CTF92 CBN2 PKD2 CXF33 CTF93 PKD3 Applicaion of Ceramic Grae High Al2O3-TiC sysem (CK Series) Si3N4 (CKS Series) Cerme (CXF Series) Coae WC Carbie (WC) Low Low Fee High For Whisker please look page 8 an 9 3

6 Comaex Ceramic Cuing Tool is an inorganic maerials, ie-presse an sinere using very fine an pure raw maerials. These are oxie, carbie an nirie wih high puriy an fine microsrucure. Since he Comaex ceramics is prepare by HIP process o conense compleely, i is highly wear resisan an very srong agains he fracure. Characerisics -High cuing spee base on high srengh a high emperaure. -Capable of iffecul cuing. -Precise cuing an superior surface roughness on workpiece ue o sable hermo-chemical properies. -Longer ool life ue o excellen wear resisance. Physical Properies Maerials Grae Composiion Color Densiy Harness Toughness Hea Transfer (g/cm³) (Hv) (MN/m 2/3 ) (cal/cm. sec. CK1 Al2O3+TiC Black CK8 Al2O3+TiCN Black CERAMIC CKD2 TiC+Al2O3 Black CKZ2 Al2O3+ZrO2 Whie CKS2 Si3N4 Black CKS3 Si3N4 Gray CKS4 Si3N4 Gray CKS5 Si3N4 Gray CKS7 Si3N4 Brown Maerials Grae Composiion Color Densiy Harness Toughness Therm. Con. (g/cm³) (Hv) (MPa/m 1/2 ) (X10-6 /K) CKW4 Al2O3+SiC Green CKW8 Al2O3+SiC Green For Whisker please look specificaions page 8 an 9

7 Applicaion an Characerisics of Ceramics (I) CK Series SKD CKZ CKS Series Grae Applicaion Characerisics CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 -Harene seel -Finish an meium cuing for seel an cas-iron -Harene seel -Hea reae harene seel an alloy seel -Finish an Meium cuing for ucile cas-iron -Finish for harene seel -Finish/Meium/rough cuing for cas iron -finish/meium cuing for seel -Rough an inerrupe cuing for cas iron -Rough cuing for roll urning cas iron an seel -Milling for cas iron -High spee cuing for cas iron wih heavy inerrupion -High spee cuing for cas iron wih inerrupion -High spee milling for cas iron -Rough an inerrupe cuing for cas iron -Cuing for Ni-base alloy -Ducile cas iron -Excellen wear resisan -High hermal shock resisance -Superior wear resisan -Alernaive o CBN -High hermal shock resisan -Usable wih coolan -Toughene by ZrO2 -High chemical sabiliy -High oughness an hermal schock resisan -Well balance wear resisance an oughness -High oughness an hermal shock resisan -Excellen oughness an wear resisan -High spee cuing an severe inerrupion -Pure silicon nirie grae -Superior wear resisan a exremely high cuing spee -Goo ermal shock resisance an goo ermal conuciviy -Excellen wear resisan agains he long chip for Ni-base alloy -Nees cuing fluis CKW 4 - High Spee Seel, High Crom Seel in meium or low spee cuing Roughing an Meium cuing wih heavy inerrupion - Superior wear resisance CKW8 - Nickel Base Alloys, Cobal Base Alloys in High spee cuing Roughing an Finishing wih coninuous or ligh inerrupion - Superior wear resisance For Whisker please look specificaions page 8 an 9 5

8 Grae Applicaions an Characerisics (II) CK Series (Al2O3 +TiC, TiCN) CK1 CK1 shows excellen hermal shock resisance an wear resisance. I is general purpose machining grae for harene seel an ifficul cuing. I can be use for finish an meium cuing for sof cas iron wihou inerrupion. CK3 CK3 was evelope for exremely harene seel an high harness alloy seel. I is a Al-TiCN grae wih micrograin srucure. CKD Series (TiC + Al2O3 ) CKD2 CKD2 is TiC major (70%) Al-TiC grae for meium an finish cu of ucile cas iron. I shows excellen wear resisance an srong ege even for finish cuing for cas iron. I is recommene using coolans. CKS Series (Si3N4 ) CKS2 Well known grae for general purpose machining of rough an meium cuing of cas iron wih inerrupion. I shows excellen wear resisance uring milling operaion of cas iron. CKS3 I was esigne for high cuing spee of cas iron wih heavy inerrupion. CKS5 The ege harness was improve for exremely high cuing spee for cas iron cuing wih normal inerrupion. CKS7 CKS7 is a composie wih aiion of TiN ino Si3N4. I shows excellen wear resisance of ege uring cuing for long chip forming work piece an Ni-Base Alloy. I can be use also for cas iron cuing bu coolan recommene. CKZ (Al2O3+ZrO2 ) CKZ2 CKZ2 is a Al2O3 grae, which was oughene by Zirconia. This is he mos sable grae an can be use for general rough, meium an finish cuing for cas iron wih normal inerrupion. 6 For Whisker please look page 8 an 9

9 Recommene cuing coniion Machining Grae Workpiece Cuing Velociy(V) Fee(f) Deph(D) Type Syle (m/min) (mm/rev) (mm) Turning Milling CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 CKS2 CKS3 CKS5 CKS7 GRAY CAST IRON STEEL -Gray cas Iron (FC) Rough 150~ ~0.5 3~6 -Malleable (FCMB) Finish 200~1, ~ ~0.5 -Ducile cas Iron (FCD) -Chille cas iron Rough 30~ ~ ~1.5 Finish 50~ ~ ~0.5 -Carbon seel Rough 150~ ~0.5 2~5 -Alloy seel Finish 200~ ~ ~0.5 -Bearing seel -Har seel (HRC 45 >) -DUCTILE CAST IRON -GRAY CAST IRON (fc) -STEEL (HRC 45 < ) GRAY CAST IRON Rough 20~ ~ ~1.5 Finish 40~ ~ ~0.5 Rough 100~ ~0.2 1~2 Finish 200~ ~ ~0.5 Rough 200~ ~0.4 2~5 Finish 300~1, ~ ~0.5 Rough 200~ ~0.4 2~4 Finish 300~1, ~ ~0.5 -Gray cas iron (FC) Rough 150~1, ~0.8 <5 -Malleable (FCMB) Finish 250~1, ~0.4 <1 -Ducile cas iron (FCD) -Chille cas iron -Ni-BASED ALLOY -NON-FERROUS METAL -GRAY CAST IRON (FC) -DUCTILE CAST IRON -ALLOY STEEL Rough 20~ ~2.0 <5 Finish 60~ ~1.0 <1 Rough 150~ ~0.4 <5 Finish 150~ ~0.2 <1 Rough 100~1, ~0.5 <5 Finish 150~1, ~0.7 <3 Rough 90~ ~0.3 <5 Meium 100~ ~0.4 <3 Finish 200~1, ~0.5 <3 Turning P01 P10 CK 1 CK 8 CKZ 2 K01 K10 CK 1 CK 8 CKZ 2 CKD 2 CKS CKS 2 3 CKS 5 CKS 7 P20 K20 P30 K30 P40 K40 7 For Whisker please look page 8 an 9

10 Recommene cuing coniion Wisker Ceramic Work maerial Grae CKW4 CKW8 Coniion Cuing spee (m/min) Fee (mm/rev) Ap (mm) Ni-base Alloy (inconel, Nimonic Rene, Hasalloy...) Cobal-Base Alloy (Selie, M203...) HSS Applicaions Inconel 718 Inernal urning Inser RNGN T151 CKW8 V (m/min) 250 f (mm/rev) 0.15 ap (mm) 2.0 Coolan We Tool life 1 pcs / ege Inerrupe ~250 ~0.3 ~3.0 Roughing ~300 ~0.4 ~4.0 Coninuous ~500 ~0.5 ~5.0 Inerrupe ~200 ~0.2 ~3.0 Roughing ~250 ~0.3 ~4.0 Coninuous ~400 ~0.4 ~5.0 Roughing ~120 ~0.4 ~5.0 Coninuous ~150 ~0.5 ~3.0 Excelen : Goo Co-base high emperaure alloy Inernal urning Inser RPGX T05 CKW8 V (m/min) 245 f (mm/rev) 0.18 ap (mm) 2.5 Coolan We Tool life 3 passes / ege Aircraf par (Engine Case) CKW8 Aircraf par (Ring) CKW8 Compeior s Whisker Compeior s Whisker Selie Roughing urning Inser RNGN T151 CKW4 V (m/min) 180 f (mm/rev) 0.07 ap (mm) 3.0 Coolan Dry Tool life 2 pcs / ege Co-base high emperaure alloy Exernal Inser LNJ 6688PO T754D CKW4 V (m/min) 130 f (mm/rev) 0.3 ap (mm) 5.0 Coolan Dry Tool life 2 pcs / corner Wele par CKW4 Roll CKW8 Compeior s Whisker Compeior s Whisker 8

11 Whisker Grae (CKW4 / CKW8) CKW4 an CKW8 evelope by own echnology of Comaex Cuing Tools an is an avance Silicon- Carbie (SiC) Whisker-reinforce ceramic grae. Aluminium Oxie has been use successfully as a cuing ool maerial for many years in high spee machining, mainly ue o i s excellen harness an chemical sabiliy a high emperaure. However he applicaion of Aluminium Oxie was linie in inerrupe cuing, high nickel base alloys a high cuing spee because of i s low resisance o fracure. The imporan componen of CKW4 an CKW8, ulra-srong whiskers makes possible increasing fracure oughness an noch wear resisance in he machining of super-alloys a high spee cuing. CKW4 an CKW8 shows high prouciviy an exene reliabiliy in he machining of Nickel- an Cobalbase alloys, Inconel, Selie, HSS ec. Feaures - Excelen wear an hermal shock resisance a high surface spee - Superior noch wear resisance - Ousaning fracure oughness Grae Informaion Applicaion Range Grae Microsrucure Applicaion Range CKW4 High Spee Seel, High Crom Seel in meium or low spee cuing Roughing an Meium cuing wih heavy inerrupion CKW8 Nickel Base Alloys, Cobal Base Alloys in High spee cuing Roughing an Finishing wih coninuous or ligh inerrupion Grae Composiion Color Densiy Harness Toughnes Thermal Conuciviy 1/2-6 (g/cm³) (Hv) (MPa m ) (X10 /K) CKW4 CKW8 Al2O3 + SiC Green 3.8 2, Al2O3 + SiC Green 3.7 2,

12 Grae Choice for Workpiece Grae CKZ2 CK1 CKD2 CKS2, CKS3 CKS7 Workpiece CK3 CKS5 GRAY CAST IRON Cas Iron CHILLED CAST IRON DUCTILE CAST IRON MILD STEEL CARBON STEEL ALLOY STEEL FORGED STEEL Seel HEAT TREATED STEEL HIGH SPEED STEEL HIGH MANGANESE STEEL STAINLESS STEEL HEAT RESISTANT STEEL SUPER ALLOY STEEL : Excellen : Goo Milling P01 P10 CKS 2 CKS 3 CKS 5 CKS 7 K01 K10 CK CKZ CKD 1 CK 2 2 CKS CKS CKS 5 CKS 7 P20 K20 P30 K30 P40 K40 10

13 10 Champfer specificaion (1) Mono ype wih Inser Tip egree horning T1 Champfer egree ( C) Champfer Wih (mm) Horning (μm) No Horning T2 Champfer egree ( C) Champfer Wih (mm) Horning (μm) No Horning (2) Double ype 1s chamfer wih 2n chamfer wih 1s chamfer egree Inser Tip 2n chamfer egree horning T4D 1s Champfer egree ( C) 1s Champfer Wih (mm) 2n Champfer Wih (mm) Xegree ( C) Horning (μm) X Orering example: 10 Pcs. RCGX 1207 T2 CK1 11

14 1 Shape C D E H L R S T V W Tolerance ø Symbol A F C H E G J K* L* M* N* U* E ø s (mm) m (mm) S (mm) ±0.025 ±0.005 ±0.025 ±0.013 ±0.005 ±0.025 ±0.025 ±0.013 ±0.025 ±0.013 ±0.013 ±0.025 ±0.025 ±0.025 ±0.025 ±0.025 ±0.025 ±0.13 ±0.05 ±0.05 ±0.13 ±0.05~ ±0.13 ±0.13 ±0.025 ±0.05~ ±0.13 ±0.025 ±0.025 ±0.05~ ±0.13 ±0.08~ ±0.18 ±0.13 ±0.05~ ±0.13 ±0.08~ ±0.18 ±0.025 ±0.08~ ±0.25 ±0.13~ ±0.38 ±0.13 E C S T Class M Inscibe circle (mm) (mm) m (mm) ±0.05 ± ±0.05 ± ±0.08 ± ±0.10 ± ±0.10 ± ±0.13 ±0.18 D K (mm) m (mm) ±0.05 ± ±0.05 ± ±0.08 ± ±0.10 ± ±0.10 ±0.18 ISO ASA TURNING S1 N2 G3 N4 S1 N2 G3 N4 MILLING S1 N2 K3 N4 2 Relief angle 4 Type of inser B 5 Symbol Inscribe Inscribe circle C 7 Type circle (inclue 7.938) D E N P O Oher normal clearance over 6.35 N F R uner E L S Type Symbol Inscribe circle over 6.35 H B A G D K T Special esign M X P X W 12

15 5 Cuing ege lengh 6 Thickness ASA (Inch) Meric Diameer of inscribe circle 6.35 over 5.56 uner R W V D C S T (8) Thickness (mm) ISO ASA 6.35 over 5.65 uner T T E8 N9 7 Nose-raius 8 Lan angle 9 Relif angle 10 Chamfer spec Corner rounness ISO ASA (mm) Deaile ege preparaion is refer o page 9 Sharp nose 00 O Y A - 45 A D - 60 E - 75 B - 5 C - 7 D - 15 E - 20 F F - 85 G P - 90 N - 0 P

16 TURNING 80 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN CNGN

17 TURNING 80 D r ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA CNGA

18 TURNING CNGX 80 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 CNGX CNGX CNGX CNGX CNGX CNGX DNGN 55 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN DNGN

19 TURNING DNGA 55 D r ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGA DNGX 55 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 DNGX DNGX DNGX DNGX DNGX DNGX DNGX DNGX DNGX

20 TURNING ENGN 75 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN ENGN

21 TURNING RBGN 5 ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RBGN RBGN RBGN RBGN RBGN RBGN RBGN RBGN RBGN RNGN ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN 12J RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN RNGN

22 TURNING RNGA D ISO ASA D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RNGA RNGA RNGA RNGA RNGA RNGA RNGA RNGA RPGN 11 ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN RPGN

23 TURNING SNGN r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN

24 TURNING SNGN 75 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN SNGN 3812R

25 TURNING SNGN r ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA SNGA

26 TURNING SPGN r 11 ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN SPGN

27 TURNING SNGX r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNGX SNGX SNGX SNGX SNGX SNGX SCGN r 7 ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SCGN SCGN SCGN SCGN SCGN SCGN SCGN SCGN

28 TURNING TNGN 60 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN TNGN

29 TURNING TNGA 60 D r ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA TNGA

30 TURNING TPGN 60 r 11 ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN TPGN

31 TURNING VNGN 35 r ISO ASA r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGN VNGA 35 r ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 VNGA VNGA VNGA VNGA VNGA VNGA VNGA VNGA VNGA VNGA VNGA VNGA

32 TURNING WNGA D ISO ASA r D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 WNGA WNGA WNGA WNGA WNGA WNGA

33 MILLING SEAN a ISO ASA a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SEAN 1203 AFTN SEAN 42 AFTN SEKN a ISO ASA a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SEKN 1203 AFTN SEKN 42 AFTN SEKN 1504 AFTN SEKN 53 AFTN SNCN a a b ISO ASA a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNCN 1204 ENTN SNCN 43 ENTN

34 a Ceramics MILLING SNKN a b ISO ASA a b CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNKN 1204 ENTN SNKN 43 ENTN SNKN 1504 ENTN SNKN 53 ENTN SPKN 11 a b ISO ASA a b CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SPKN 1204 ENTN SPKN 43 ENTN SPKN 1504 ENTN SPKN 53 ENTN TEKN 20 a ISO ASA a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TEKN 1603 PDTR TEKN 32 PDTR TEKN 2204 PDTR TEKN 43 PDTR

35 a b Ceramics MILLING TNCN a ISO ASA a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TNCN 1204 ANT TNCN 43 ANT TPKN 11 a ISO ASA a b CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 TPKN 1603 PDTR TPKN 32 PDTR TPKN 2204 PDTR TPKN 43 PDTR

36 ROLL TURNING CDH D 6 ISO ASA D CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH CDH F - Series L T W D 10,5 a h ISO L W T D h a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 F F

37 ROLL TURNING LNJ W L T L W T r CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 LNJ LNJ LNJ LNJ RCGX T a 7 T a CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RCGX RCGX RCGX RCGX RCGX RCGX RCGX RCGX

38 RBGX ROLL TURNING T 5 D T CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 RBGX 06T RBGX 12T RBGX 16T RBGX 20T RBGX 26T

39 GROOVING SYBF R0,4 S L W T L W T S CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SYBF SYBF SYBF SYBF SYBF SYBF SYBF SYBF SYBF SYBR R0,4 S FULL RADIUS L T L W T S CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SYBR SYBR SYBR SYBR SYBR SYBR SYBR SYBR SYBR

40 GROOVING SGF R L W H L W H R CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SGF SGF SGF SGF SGF SGF SGR W T 45 ±30 L L W T CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SGR SGR SGR SGR SGR SGR SGR SGR SGR SGR

41 SSR GROOVING R W T L 5 90 L W T R CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SSR SSR SSR SSR SSR

42 Ceramics SNMX Special insers R R CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 SNMX R SNMX R 9 SNMX R 12 SNMX R 15 SNMX R 20 SNMX R 25 SNMX R 30 SNMX R 40 SNMX R 50 GVGN 90 α T L L α T CK1 CK8 CKD2 CKZ2 CKS2 CKS3 CKS5 CKS7 GVGN GVGN GVGN

43

44 COMADEX Comaex Cuing Tools b.v. Zepo KE Zevenaar, Hollan Tel: +31(0) Fax: +31(0) info@comaex.nl