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Turning Tools & Inserts

Turning Tools & InsertsLeitz Metalworking Technology GroupBELIN BILZ BOEHLERIT FETTE KIENINGER ONSRUDBELIN is an appreciated manufacturer of tungstencarbide Tools as also PCD-, CBN and carbide hard-facedtools especially for the production and machining of bores in is known because of its innovative spanning systemsand thermatic clamping systems. It has a world-wideleading position in the production of thread-cutting linings. ONSRUD exclusively produces carbide and HSSshank Tools , which are especially used for the aircraftindustry to machine light alloys, plastics and lightalloys-plastics composites.

Turning Tools & Inserts Leitz Metalworking Technology Group BELIN•BILZ•BOEHLERIT• FETTE•KIENINGER•ONSRUD

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Transcription of Turning Tools & Inserts

1 Turning Tools & InsertsLeitz Metalworking Technology GroupBELIN BILZ BOEHLERIT FETTE KIENINGER ONSRUDBELIN is an appreciated manufacturer of tungstencarbide Tools as also PCD-, CBN and carbide hard-facedtools especially for the production and machining of bores in is known because of its innovative spanning systemsand thermatic clamping systems. It has a world-wideleading position in the production of thread-cutting linings. ONSRUD exclusively produces carbide and HSSshank Tools , which are especially used for the aircraftindustry to machine light alloys, plastics and lightalloys-plastics composites.

2 Molds for the machining of profile woodsare also , active since 1960, is the specialist forcarbide and diamond Tools for the metal offers innovative solutions for the moldand die industry, as well as complex tooling for the engine industry formachining of boreholes. This group offers a complete line of millingcutters for high speed has a world-wide leading position in theproduction of precision Tools for the metal points are the milling, the production of gears and the thread also manufactures the pelleting press for the pharmaceutical andchemical hlerit is the base of the firm group in thedevelopment and production of carbidematerials.

3 The delivery program encloses standard and special Tools andtool systems for cutting and noncutting shaping as also carbide materialsfor toolmakers and wear Yvon ,FranceBilz Werkzeuge GmbH & Co.,GermanyONSRUD Cutter , Illinois USAK ieninger GmbHLahr, GermanyFette GmbHSchwarzenbek,GermanyB HLERIT GmbH & Co. KGKapfenberg, AustriaUnder the name LMT Leitz Metalworking Technology Group the companies B hlerit, Fette, Kieninger,Onsrud, Bilz and Belin work together. The joint forces of these six well-known companies in the metalworking industry offer our customers an opportunity to improve efficiency in productivity.

4 Quality Metalworking Technology Groupi2 Table of contentsInformationTool Index ChartInsert GeometriesTurning and Boring InsertIdentification SystemGrades & Color GuideInsertsMultiple LockToolholdersScrew-on ToolholdersMultiple Lock Boring BarsScrew-on Boring BarsParts and Accessories Technical Information iMSSB218505457596264 Trguidindexable insertMaterial groupsMachining modeFdDthf tROUGHMEDIUMFINES teelStainless steelIron castingNon-ferrous metalHigh-temperature alloysHardened materialsMBi34 MDPNNNMSDNNNMCLNR/LMCRNR/L MDJNR/LPage 50 Page 50 Page 50 Page 51 Page 51 5 end or side15 side 3 side45 MTENMTFNR/LPage 52 Page 52 Page 52 Page 53 Page 53 MVJNR/LPage 53 Page 38 41 Page 38 41 Page 38 41 Page 38 41 Page 38 41 Page 42 430 side30 side0 end0 side 30 side 3 Page 54 Page 54 Page 56 Page 56 SWLCR/L Page 56 Page 44 45 Page 18 19 Page 32 33 Page 42 43 Page 44 45 5 end or side 5 end or side45 side 3 side 5 end or SDJCR/LPage 55 Page 55 Page 55 Page 30 31 Page 30 31 Page 30 31 5 end or side 5 end or side 3 3 sidePage 24 25 Page 54 Range of Toolholders Indexable Inserts ExternalPage 18 23 Page 18 23 Page 24 27 Page 24 27 Page 32 37

5 IndexableInsertsPage AngleTool HolderPage Page 51 Page 32 3715 AnglePage HolderIndexableInsertsPage AnglePage HolderIndexableInsertsPage AnglePage of Toolholders Indexable Inserts InternalS-MTUNR/LS-MVUNR/LS-MCLNR/LS-MDU NR/L S-MTFNR/LPage 57 Page 57 Page 57 Page 58 Page 58 5 end or side 3 end 0 end 3 end 3 S-SCLCR/LS-SDUCR/L Page 58 Page 59 Page 59 Page 59 Page 60 Page 44 45 Page 18 19 Page 24 25 Page 38 39 Page 38 39 5 end or side 5 end or side 3 end0 end 3 60 Page 42 43 3 18 23 Page 24 27 Page 38 41 Page 38 41 Page 42 43 IndexableInsertsPage AngleTool HolderPage AnglePage HolderIndexableInsertsPage AnglePage HolderSCLCR/LS-STUCR/LPage 61 Page 61 Page 18 19 Page 38 39 5 end or side 3 endS-SWUCR/L Page 60 Page 44 45 3 new generation of Turning grades LC 200 BeforeTechnologicaladvantagesLC215 BLC225 CLC235 CAdvantage for thecustomerTop cutting of productioncosts coupled withuniversal coating technologyresults in extremelysmooth and wear-resistantlayer structure and smoothlayer surfaceReduced tendency to stickduring interrupted sinter technologyensures a tough safetyzone in the cutting edgeareasSimple wear

6 Recognitioncoupled with a reducedtendency of and golden colored TiN top coatSafe, vibration-freesupport with improveddynamic cutting behaviorat top micro and macro-geometry, surface groundafter heat development in the workpiece in dryprocessing due to higherheat transfer to the carry-off zone due to ground surfaceSummary:The combination of new ideas and production technologies makes LC 215B,LC225C and LC235C the economical choice for efficient working on an extremelywide range of steel materials in wet and dry machiningLC215B, LC225C and LC235Ci6 Turning stainless steels made easy with LC435 DOptimized chip breakingover a wide specialized chipbreakers for AusteniticStainless SteelB hlerit Finishing/MediumStainless SteelB hlerit Medium StainlessSteelB hlerit Medium/RoughingStainless SteelB hlerit ISO-S MediumStainless SteelReduced heat transferfrom cutting assembly tothe work-piece.

7 Heatdissipation increased intothe tool holding heat dissipationfaces through seatgrinding after AdvantagesAdvantages for the CustomerReduced built up edgeswhen machiningaustenitic cutting technologyaffords even coating buildup and extremely smoothinsert surface positive micro-geometry compared toconventional gradeseliminates work hardeningof the machined austeniticstainless sinter givesincreased protection tothe cutting machining with state-of-the-art high performance coatingPlasma CVDLMT-FETTE reaps the benefits of Plasma CVD coating technology in the latest grade developed: the LC610M-specially designed for the machining of aluminum.

8 The wafer-thin m TiAlN coatingguarantees convincing results from this all, in the machining of aluminum materials andother nonferrous ultra-thin coating also makes finish-machining onsteel and stainless steels newBAL(B hlerit ALuminum)-chip breaker with wave-shape cutting edgeguarantees even shorter chips in a wide range of applications, thanks to improved indexable Inserts foraluminum machiningConsiderably less flank wear,no edge build-up on the clearance face, even moreeconomical Geometry BAL (B hlerit ALuminum)with wafer-thin ( m) coating -sharp cutting edgeExcellent workpiece surfaceWave shaped highly positive chipbreakerBAL geometryOptimum chip breaking,short chips Ultra smooth insert surface due to the micro-thin coating structureGreatly reduced sticking tendency, and no edge build-up The outstanding qualities of LC610 MThe low coating temperature prevents base material embrittlement; thereby considerably increasing machiningreliability.

9 More economic through reduced wear (increased tool life) at higher cutting speeds (reduced machiningtime). Prevents edge BEST way to machine aluminumUp to nowLC610 MLC610M with BAL - geometryThe innovationCustomer benefits9 Chipbreaker geometries for the Turning of steelsFor negative indexable Inserts suitable for ISO M clamping systemsChip control over a broad range of applications from roughing to finishingGeometries for negative Inserts (ISO M-clamping system) BR roughing geometry (B hlerit Roughing)Universal BM geometry (B hlerit Medium) BF finishing geometry (B hlerit Finishing) BMR rough intermediate geometry(B hlerit Medium/Roughing)

10 Preferably forcast materials BFM fine intermediate geometry(B hlerit Finishing/Medium) .0157 .025 .039 .063 ..0126 .0197 .0315 .0472 .0787 Feed f (inch)Depth of cut ap (inch)RBRR RBRR BMBMBMBMBMBFBF B BFBFBF BFBF BF .0157 .025 .039 .063 ..0126 .0197 .0315 .0472 .0787 Feed f (inch)Depth of cut ap (inch)R RBMR R R MMBFMMMMMain GeometriesIntermediate Geometriesi10 Geometry for copy Turning , negative insertsGeometry for copy Turning BC (B hlerit Copying)Chip groove geometries for Turning steelFor negative indexable Inserts suitable for ISO M clamping systemsChip control over a broad range of applications from roughing to finishingGeometries for positive Inserts (ISO S-clamping system)Universal BSM geometry (B hlerit ISO Ssystem Medium) BSF finishing geometry(B hlerit ISO Ssystem Finishing)


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