I N S E R T S N E G AT I V E T U R N I N G

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3 I N S E R T S N E G AT I V E T U R N I N G CNMA 143 CNMG 143 CNMG CNMG CNMG CNMG CNMG.DM 144 CNMG.F 144 CNMG.M 144 CNMG.R 144 CNMG.WF 145 CNMG.WM 145 CNMM CNMM DNMA 147 DNMG DNMG.F 148 DNMG.M 148 KNUX 149 RNMG 150 SNMA 152 SNMG 152 SNMG SNMG

4 I N S E R T S N E G AT I V E T U R N I N G SNMG SNMG.DM 153 SNMG.F 153 SNMG.M 153 SNMG.R 153 SNMM SNMM TNMA 158 TNMG 158 TNMG TNMG TNMG.DM 158 TNMG.F 159 TNMG.M 159 TNMG.R 159 TNMM TNMM VNMG.F 163 VNMG.M 163 WNMA 164 WNMG WNMG.DM 164 WNMG.F 164 WNMG.M 164 WNMG.R 165 WNMG.WF 165 WNMG.WM 165 WNMM WNMM

5 I N S E R T S P O S I T I V E T U R N I N G CCMT 142 CCMT.UM 142 CCMT.UR 142 DCMT 146 DCMT.UM 146 DCMT.UR 146 ECMT 149 RCMT 150 RCMX 150 SCMT.UM 151 SCMT.UR 151 SPMR.MB 155 SPMR.ZR 155 SPUN 155 TCMT 156 TCMT TCMT.UM 157 TCMT.UR 157 TCMW 157 TPMR TPMR.MB 160 TPMR.ZR 160 TPUN 161 VBMT 161 VBMT.UR 161 VCMT.UM

6 I N S E R T S M I L L I N G ADKT 170 ADLT 170 ADLX 170 APFT 171 APKT 171 APLT 171 APLX 171 APMT 172 CCMT 142 CCMT.UM 142 CCMT.UR 142 CNMX 172 OFCT 173 OFER 173 RDHW 173 RPMT 174 SCET 174 SDLT 174 SDLX 174 SECR 174 SEEN 175 SEER 175 SEHT 175 SEHX 176 SEKN 176 SNHX 176 SPEX 177 SPKN 177 SPKR 177 SPLT 177 SPLX 177 SPUN 155 SXMT 178 TCMT 156 TCMT TCMT.UM 157 TCMT.UR 157 TPKN 178 TPUN 161 WPMW 178 XDHW 179 XPHT 179 ZR

7 I N S E R T S A L U M I N I U M APET 170 APMT 172 CCGT 142 DCGT 146 SCGT 151 SEET 175 TCGT 156 VCGT 162 D R I L L I N G LCMT 172 WCMX 178 C U T- O F F GFL 182 GFN 182 GFR 182 GTFG L 182 GTFG R 182 GTL 183 GTN 183 GTR 183 TSL 183 TSN 183 TSR 183 TSX 183 C H A R T K E Y 140 ZKX Z6P Z12 Z1 Z2 Z3F Z4 Z5 ZKX Z6P Z12 Z1 Z2 Z3F Z4 Z5 AVAILABLE IN STOCK AVAILABLE ON REQUEST

8 C O D E K E Y S 141

9 CCGT CCGT ZKX CCGT ZKX CCGT ZKX CCGT ZKX CCGT ZKX CCGT ZKX CCGT ZKX CCMT CCMT CCMT CCMT CCMT CCMT.UM Z6P CCMT.UM Z6P CCMT.UM Z6P CCMT.UM Z6P CCMT.UM Z6P CCMT.UM Z6P ZENIT CODICE-CODE CCMT.UR Z6P CCMT.UR CCMT.UR CCMT.UR CCMT.UR CCMT.UR CCMT.UR CCMT.UR Z6P Z12 Z6P Z12 Z6P Z12 Z6P Z12 Z6P Z12 Z6P Z12 Z6P Z12 142

10 CNMA CNMA CNMA CNMG CNMG CNMG CNMG CNMG CNMG CNMG CNMG

11 CNMG CNMG L Z6P CNMG R Z6P CNMG L Z6P CNMG R Z6P CNMG.F CNMG.F CNMG.F CNMG.DM Z12 CNMG.M CNMG.M CNMG.M CNMG.M CNMG.M CNMG.M CNMG.M CNMG.M CNMG.M Z12 Z6P Z12 Z6P Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 CNMG.R CNMG.R CNMG.R CNMG.R CNMG.R CNMG.R CNMG.R CNMG.R Z12 Z12 Z12 Z12 Z12 Z12 Z12 144

12 CNMG CNMG.WF Z12 CNMG.WM Z12 CNMM CNMM Z12 CNMM Z12 CNMM CNMM Z12 CNMM Z12 CNMM Z12 CNMM Z12 CNMM Z12 CNMM CNMM CNMM CNMM CNMM CNMM CNMM CNMM

13 DCGT DCGT ZKX DCGT ZKX DCGT ZKX DCGT ZKX DCGT ZKX DCMT DCMT DCMT DCMT DCMT DCMT.UM DCMT.UM DCMT.UM DCMT.UM Z12 Z12 DCMT.UR DCMT.UR DCMT.UR DCMT.UR DCMT.UR DCMT.UR Z6P Z6P Z6P Z12 Z6P Z12 Z6P Z12 Z12 146

14 DNMA DNMA DNMA DNMG DNMG L Z6P DNMG R Z6P DNMG L Z6P DNMG R Z6P DNMG L Z6P DNMG R Z6P 147

15 DNMG DNMG.F DNMG.F DNMG.F DNMG.F DNMG.M DNMG.M DNMG.M DNMG.M DNMG.M DNMG.M Z12 Z12 Z12 Z6P Z12 148

16 ECMT ECMT ECMT KNUX KNUX 3331 L KNUX 3331 L KNUX 3331 R KNUX 3331 R KNUX 3332 L KNUX 3332 L KNUX 3332 R KNUX 3332 R

17 RCMT RCMT 0602MOE Z6P RCMT 0803MOE Z6P RCMT 10T3MOE Z6P RCMT 1204MOE Z6P RCMX RCMX 1003MOS RCMX 1204MOS RCMX 1606MOS RCMX 2006MOS ZENIT CODICE-CODE RNMG RNMG RNMG RNMG

18 SCGT SCGT ZKX SCMT SCMT.UM SCMT.UM Z6P Z6P SCMT.UR SCMT.UR SCMT.UR SCMT.UR Z6P Z12 Z6P Z12 Z6P Z12 Z6P Z12 151

19 SNMA SNMA SNMA SNMG SNMG SNMG SNMG SNMG SNMG SNMG

20 SNMG SNMG.DM SNMG.F SNMG.F Z6P Z12 SNMG.M SNMG.M SNMG.M SNMG.M SNMG.M Z12 Z12 Z12 SNMG.R SNMG.R SNMG.R SNMG.R SNMG.R SNMG.R SNMG.R Z6P Z12 Z12 Z12 153

21 SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM SNMM

22 SPMR SPMR.MB SPMR.MB SPMR.ZR SPUN SPUN SPUN SPUN SPUN SPUN SPUN

23 TCGT TCGT ZKX TCGT ZKX TCGT ZKX TCGT ZKX TCGT ZKX TCGT ZKX TCMT TCMT TCMT TCMT TCMT TCMT TCMT TCMT TCMT

24 TCMT TCMT.UM Z6P TCMT.UM Z6P TCMT.UM Z6P TCMT.UR TCMT.UR TCMT.UR TCMW TCMW Z12 Z12 157

25 TNMA TNMA TNMA TNMG TNMG TNMG TNMG TNMG TNMG TNMG L Z6P TNMG R Z6P TNMG L Z6P TNMG R Z6P TNMG.DM

26 TNMG TNMG.F Z12 TNMG.F Z12 TNMG.M TNMG.M TNMG.M TNMG.M TNMG.M TNMG.R TNMG.R TNMG.R TNMG.R TNMG.R TNMM TNMM TNMM TNMM TNMM TNMM Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 Z12 TNMM TNMM TNMM

27 TPMR TPMR TPMR TPMR TPMR TPMR TPMR.MB TPMR.MB TPMR.ZR TPMR.ZR

28 TPUN TPUN TPUN TPUN TPUN TPUN TPUN TPUN VBMT VBMT VBMT VBMT.UR VBMT.UR VBMT.UR VBMT.UR VBMT.UR Z6P Z6P Z6P Z12 Z6P Z12 Z12 161

29 VCGT VCGT VCGT VCGT VCGT VCGT VCGT VCGT VCGT VCGT VCMT ZKX VCMT.UM VCMT.UM VCMT.UM VCMT.UM VCMT.UM ZKX ZKX ZKX ZKX ZKX ZKX ZKX ZKX Z6P Z12 Z6P Z6P Z12 Z6P Z12 Z6P 162

30 VNMG VNMG.F Z6P Z12 VNMG.M VNMG.M VNMG.M Z12 Z12 163

31 WNMA WNMA WNMA WNMA WNMG WNMG L Z6P WNMG R Z6P WNMG L Z6P WNMG R Z6P WNMG L Z6P WNMG R Z6P WNMG.DM Z12 WNMG.F Z12 WNMG.F Z12 WNMG.F Z12 WNMG.M WNMG.M WNMG.M WNMG.M WNMG.M Z12 Z12 Z12 164

32 WNMG WNMG.R WNMG.R WNMG.R Z12 Z12 Z12 WNMG.WF Z12 WNMG.WF Z12 WNMG.WM Z12 WNMG.WM WNMG.WM Z12 WNMG.WM WNMM WNMM Z12 WNMM Z12 WNMM Z12 WNMM WNMM

33 TURNING GRADES Z12 This grade has a functional gradient substrate with low content of cobalt which provides a characteristic of stability and great wear resistance. The coating is a thick CVD with a main layer of AL2O3. It is an excellent grade for finishing and medium roughing of materials group P and K and in some conditions it could be used also for materials group M. This grade is suitable for continuous cut as well as moderate interrupted cut with very high cutting speed. Z6P This grade has a functional gradient substrate and a low content of cobalt with a unique dual coating obtained from the combination of CVD and PVD methods and a main layer TiN and Al2O3. It is an excellent grade for finishing and medium roughing of materials group P and K and in some conditions it could be used also for materials group M. This grade is suitable for good continuous and conditionally also moderate interrupted cut with high cutting speed. It is the most universal grade for turning, it has a functional gradient substrate strongly resistant to wearing and interrupted cut. The triple coating is composed of a main layer of TiCN with a CVD method. It is an impressive grade for finishing and medium roughing of materials group P, M and K and in some conditions it could be used also for materials group S. This grade is suitable for continuous and interrupted cut with medium and conditionally medium up to high cutting speed. This grade has a submicron substrate without cubical carbide. The coating is a thin CVD with a main layer of TiN. It is an outstanding grade for medium roughing as well as heavy roughing of materials group P and M, it is applicable also for group K and conditionally for S. This grade is suitable for unfavourable cutting conditions and interrupted cut with lower up to medium cutting speed. This grade has a submicron substrate type H and a nanostructural coating applied by PVD method. It combines good wear resistance and good operational reliability. It is a general purpose grade for materials group M,S,P and K. This grade is suitable for less favourable cutting conditions with medium cutting speed. ZKX It is a submicron grade without cubical carbides with low content of cobalt. This grade is for general purpose applications for all groups of work material except P. This grade is suitable for small up to medium chip cross section with steady cutting conditions. 166

34 TECHNICAL DATA MATERIALS BHN Z12 Z6P ZKX Feed fz (IPR) Vc (sfm) CARBON STEEL P UNALLOYED STEEL HEAT TREATED STEEL M K N ALLOYED STEEL 225 BHN MATERIALS 200 STAINLESS STEEL AUSTENITIC STEEL FERRITIC STEEL 330 BHN MATERIALS 130 MALLEABLE CAST IRON NODULAR CAST IRON 250 BHN MATERIALS 60 ALUMINIUM ALLOYS ALUMINIUM ALLOYS Z12 Z6P ZKX Feed fz (IPR) VC (sfm) Z12 Z6P ZKX Feed fz (IPR) VC (sfm) Z12 Z6P ZKX Feed fz (IPR) VC (sfm) COPPER AND COPPER ALLOYS MATERIALS BHN Z12 Z6P ZKX Feed fz (IPR) VC (sfm) S HEAT RESISTANT SUPER ALLOYS TITANIUM ALLOYS MATERIALS BHN Z12 Z6P ZKX Feed fz (IPR) VC (sfm) H HARDENED STEEL 45/50 HRC