Workpiece Material: D2 Workpiece Hardness: HRc Workpiece Tolerance: " Surface Finish Tolerance: Ra 16 µin

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2 Workpiece Material: D2 Workpiece Hardness: HRc Workpiece Tolerance: " Surface Finish Tolerance: Ra 16 µin

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4 Technical Info. - Index Welcome to the vast product offering from Becker Diamond of Germany. To achieve optimum application success, closely follow the enclosed selection checklists. Maximum machining performance with Becker products is achieved through a calculated selection of required cutting materials, and proper macro-cutting edge geometries. Please be advised that machining with Becker tools will be significantly different from what you have become accustomed to with normal carbide tooling. Due to the physical properties of the Becker cutting materials, and the range of micro-cutting edge geometries, it is important that you completely rethink your machining approach when determining selection criteria. When selecting the Becker grades from our comprehensive range, a complex performance profile of the machining result is required. Due to the different variations of tipped corner styles, macro and micro cutting edge geometries, careful pre-planning is required to ensure that the best tool is selected for the given application. The overall machining system should also be reconsidered in order to achieve full performance from the Becker product. Use the most rigid and accurate tooling systems available. Machinery and equipment should be compatible with the machining tasks. Particular attention must be paid to the general rigidity, the slideways, spindles and work-holding systems. When all working parameters are optimized, you can achieve surface finishes in a nanometer range as a standard using Monocrystalline Diamond for non ferrous metals and with PCBN for hard cutting of hardened steel. Using our Ultrahard Cutting Materials - Selection Criteria... page 3 Check List for Determining the Cutting Materials Grades (i.e. Hard- Cutting)... page 3 Workpiece Material Groups (DIN ISO 513)... page 4 Groups of Cutting Materials... page 5 Range of Application (DIN ISO 513) For Material Groups, P, M,K, N, S, H... page 6 of Tipped s, ISO, BECKER Comparison... page 7 Variations of Tipped Corners for all Ultrahard Cutting Materials... page 8 & 9 Wear Resistance and Toughness, Comparison of all our Ultrahard Cutting Materials... page 10 Positive Top Rake Geometries... page 11 ISO Nomenclature... page 12 & 13 Flank Wear Characteristics of our Ultrahard Cutting Materials... page 14 Cutting Edge Geometry & Surface Finish Surface Roughness Rt & Feed Rates... page 15 Ultrahard Cutting Materials Grades - Materials - Performance... page 16 & 17 Cutting Data for Turning - P: Sintered Steel, Powdered Alloys... page 18 Cutting Data for Turning - K: Cast Iron, Grey & Nodular Cast Iron... page 19 Cutting Data for Turning - N: Nonferrous Metals & Nonmetallics... page 20 & 21 Cutting Data for Turning - S: Super-Alloys & Titanium... page 22 Cutting Data for Turning - H: Hard Materials... page 23 & 24 Cutting Data for Milling - K: Cast Iron, Grey & Nodular Cast Iron... page 25 Cutting Data for Milling - N: Nonferrous Metals & Nonmetallics... page 26 & 27 Cutting Data for Milling - H: Hard Materials... page 28 Trouble Shooting for PCD Applications... page 29 Trouble Shooting for CBN Applications... page 30 2

5 Using our Ultrahard Cutting Materials - Selection Criteria Check List for Determining the Cutting Materials Grades (i.e. Hard- Cutting) 1.) Determine the material group as per DIN ISO page 4 2.) Determine the range of application for your material group as per DIN ISO page 6 3.) Then determine the cutting data for your area of application based on the surface quality required, and machining application... page ) Check your selection of cutting material based on the grade description... page ) Determine the correct insert type including tipped corner style... page ) Based on nose radius and finish requirements, determine feed rate... page 15 Example: Turning case-hardened steel HRc 62 ap=0.01", continuous cut in stable circumstances, a surface quality of Ra=24µ" must be achieved (At Ra=24µ" the overall machining environment must be checked for suitability) 1st Step Material group H 2nd Step Range of application H-20 Choose material spec. and hardness on page 4 3rd Step Cutting material: SB40 (T) at Vc= SFM ap=.01" Based on depth of cut, choose your range of application on page 6 4th Step Nose radius required Theoretical Surface Roughness Ra µin t µin R Corner Radius Feed Rate (f=inch/rev) r =.00 r =.016 r =.031 r =.047 r = With application range and finish in mind, choose grade and specs. range on page 23 With corner radius in mind, choose feed rate required on page 15 * Please note that these recommendations are guidelines based on rigid part set-up, good machine rigidity, and general machining practices. 3

6 Workpiece Material Groups (DIN ISO 513) Identification letter & colour P M K N S H Main Materials Steel Sintered powdered alloys Range of applications P01 P05 P15 P20 S tainless Steel ** Cast Iron Grey Cast Iron GG 10 - GG 35 Nodular Cast Iron GGG 40 - GGG GGG 50 GGG 60 - GGG 70 Nonferrous Metals Nonmetallics Aluminum alloys, Low + High-Silicon Aluminum alloys, MMC's, Magnesium alloys, Copper-Copper alloys, Brass, Bronze, Precious metals, Plastics, GRP, CRP, Carbon and Graphite composits, Ceramics and other high-abrasive Nonmetallics Super-alloys and Titanium: Heat resistant special alloys based on Nickel or Cobalt, Titanium and Titanium alloys Hard Materials: Carburized or fully hardened steels from 48 to 65 HRc HSS, tool steel, 300 & 400 series stainless cold and hot work steel, spring steel, ball-bearing steel, chilled cast iron, chilled cast iron rolls, chilled cast iron alloys, hardfacing alloys sintered carbide K01 K01 K05 K05 K05 K10 K15 N01 N05 N05 N10 S01 S01 S01 S01 S05 S15 H01 H01 H01 H01 H05 H05 H05 H20 - P10 - P15 - P25 - P40 - K25 - K25 - K20 - K20 - K40 - K35 - K40 - N35 - N35 - N40 - N40 - S15 - S15 - S20 - S30 - S25 - S40 - H20 - H25 - H35 - H40 - H15 - H25 - H30 - H40 ISO BECKER Grade BH BH PBC-15 BH SB10 BH SBC1 CBN or PCD not suitable for this application range. For stainless steels above 48 HRc, refer to application range H BH PBC-10 BH PBC-15 BH BH SB10 SB25 BH SBC1 DP DP DP -L BH PBC-10 BH PBC-15 BH SB10 BH SBC1 SB40 SB25 BH PBC-30 PBC-20 BH SBC1 4

7 Groups of Cutting Materials As per DIN ISO 513 (2001) there are now additional identification letters for carbide (also cermet) and ceramic. Furthermore new identification letters for the ultrahard cutting materials Polycrystalline Cubic Boron Nitride, Monocrystalline and Polycrystalline Diamond have been introduced. Groups of cutting materials (DIN ISO 513) HW= HF= HT= HC= CA= CM= CN= CR= CC= = DP= = BH= BC= Uncoated carbide Fine grained carbide Cermet, TiC, or TiN As above, but coated Ceramic, main content Al O 2 3 Mixed ceramic, main content Al O, plus components other than oxides 2 3 Siliconnitride ceramic, main content Si N 3 4 Ceramic, main content Al O, reinforced 2 3 Ceramics as above, but coated Monocrystalline Diamond Polycrystalline Diamond Polycrystalline Cubic Boron Nitride with low content CBN Polycrystalline Cubic Boron Nitride with high content of CBN Polycrystalline Cubic Boron Nitride as above, but coated 5

8 6 Range of Application (DIN ISO 513) for Material Groups P, K, N, S, H

9 of tipped inserts ISO - BECKER Comparison ISO BECKER Design Amount of tipped corners A EW MW MC 1 tipped corner, carbide reinforced A-S EWS MC-S 1 tipped corner, solid grades C *** 2 tipped corner, carbide reinforced D PC-S PC-M 1 tipped edge, solid grades F VM Full face E *** Double sided full face S SBC SB Solid 7

10 8 Variations of Tipped Corners for all Ultrahard Cutting Materials ISO BECKER esign D n descriptio ip T e rad G O IS A EW MW grades, PCBN - reinforced Carbide PCBN of thickness.039" = layer PBC-15, PBC-10, PBC-20, PBC-30, BH BH -2 A C M grades, PCBN - reinforced Carbide PCBN of thickness.039" = layer PBC-15, PBC-10, PBC-20, PBC-30, BH BH -3 A C M grades, PCBN - reinforced Carbide PCBN of thickness.039" = layer PBC-15, PBC-10, PBC-20, PBC-30, BH BH A -L grades PCD - reinforced Carbide -L, DP DP -3 A C M s grade PCD - reinforced Carbide -L, DP DP -S A S EW grades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH -S2 A S MCgrades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH -S A C MD grade - Diamond Monocrystalline Solid reinforcement without DC M M D D S PCgrades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH

11 9 Variations of Tipped Corners for all Ultrahard Cutting Materials ISO BECKER esign D n descriptio ip T e rad G O IS -2 D M PCgrades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH -3 D M PCgrades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH -4 D M PCgrades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH F M V grades, PCBN - reinforced Carbide Fullface PBC-15, PBC-10, PBC-20, PBC-30, BH BH F M V grades - reinforced Carbide Fullface DC, P P D S SBC SB grades PCBN - Solid reinforcement without SB10 SBC1, SB40 SB25, BH ** SBC-GS SB-GS grades PCBN - Solid edge cutting whole reinforcement without SB10 SBC1, SB40 SB25, BH * * S PBC-G grades - PCBN reinforced Carbide edge cutting whole PBC-15, PBC-10, PBC-20, PBC-30, BH BH ** -GS -GS grades - reinforced Carbide edge cutting whole DC, P P D

12 10 Wear Resistance and Toughness, Comparison of all our Ultrahard Cutting Materials

13 11 Positive Top Rake Geometries Rake op T s dvantage A e Disadvantag insert negative 1) (R/L) angle rake positive 2) edge cutting sharp 3) Materials: Cutting speed cutting high very 1) cut of depth large 2) pressure cutting no 3) burr-free absolutely 4) limits tolerance small very 5) life tool high very 6) surface of reduction little 1) positive by caused finish angle rake insert positive 1) (R/L) angle rake positive 2) edge cutting sharp 3) Materials: Cutting and depth large extremely 1) cut of pressure low cutting 2) burr-free 3) limits tolerance small 4) surface of reduction little 1) positive by caused finish angle rake insert positive 1) (N) angle rake positive 2) edge cutting sharp 3) Materials: Cutting boring for and PBC pressure low cutting 1) burr-free 2) limits tolerance small 3) overhang high 4) speed cutting high 5) surface of reduction little 1) positive by caused finish angle rake insert positive 1) (N) angle rake positive 2) edge cutting sharp 3) Materials: Cutting PBC and,, pressure low cutting 1) burr-free 2) limits tolerance small 3) speed cutting high 4) surface of reduction little 1) positive by caused finish angle rake insert negative 1) (N) angle rake positive 2) edge cutting sharp 3) Materials: Cutting SB SBC, cut of depth great 1) pressure low cutting 2) limits tolerance small 3) speed cutting high 4) surface of reduction little 1) positive by caused finish angle rake

14 12 ISO Nomenclature

15 ISO Nomenclature 13

16 Flank Wear Characteristics of our Ultrahard Cutting Materials 1) - Monocrystalline Diamond () Monocrystalline diamond is the hardest known mineral. It s outstanding abrasive hardness and highest homogeneity enable the manufacture of ultra sharp and notch free micro-cutting edge qualities, (as it is ground from a single crystal) - not achievable using other cutting materials. The sharpness of the cutting edge produces a slight cutting pressure without any heat generated during machining. The unsurpassable wear resistance retains the perfect micro-cutting edge quality over an extremely long tool life. cannot be used on aluminium with fillers. 2) PCD - Polycrystalline Diamond (DP) The core structure (ultra-fine to coarse grain) of the Polycrystalline Diamond provides a higher toughness, yet lower wear resistance and reduced micro-cutting edge quality than with Monocrystalline Diamond. The reaction behaviour is identical, yet the higher toughness extends the application range considerably. Materials with a low to very high content (from 2% to 70%) of abrasives fillers can be machined with excellent tool life. 3) CBN - Polycrystalline Cubic Boron Nitride (BH and ) Polycrystalline Cubic Boron Nitride is the second hardest cutting material next to Diamond, however, it has far less in common with Diamond. Reaction resistance reaches 1,250 C which makes this cutting material have a very high wear resistance, toughness, compression strength and thermal hardness ideal for self-induced hot cutting mode of hardened steels. Flank Wear of Ultrahard Cutting Materials Flank wear has a significant influence on the life of all cutting tools. Due to the excellent flank wear resistance of all Becker cutting materials, they are clearly superior to conventional cutting materials in many fields. Typically, the Becker product will exhibit negligible flank wear - if any at all, thereby resulting in extremely long tool life. The following drawing shows the difference of tool life under the same machining conditions for inserts with a clearance angle of 7 respectively 11. Tool life of the insert with 11 angle will be 1.6 times longer than that of 7 before they reach the same width of flank wear. The following aspects should be taken into account in order to choose the adequate cutting edge geometry. Under normal working conditions, abrasion will usually cause a certain degree of flank wear. Mono- and polycrystalline diamonds, however, are susceptible to abrasion caused by oxidation at a heat exceeding 650 C. The cause of flank wear is due to the extremely high thermal conductivity of diamonds. It is therefore recommended to select the smallest possible clearance angle for all diamond tools (if formation of burrs is of no importance). This selection will increase passive cutting pressure, leading to a better surface finish. In contrast, CBN s low thermal conductivity flank wear is usually not only caused by abrasion, but also oxidation, diffusion, or adhesion, when applied for high speed cutting (HSC) and also self-induced hot cutting mode of hardened steel. With this point in mind, the correct clearance angle for external and internal turning is pivotal with regards to the friction between flank and the work piece. The passive cutting pressure and the temperature it is reaching can be controlled not only by the clearance angle, but also by the micro cutting edge geometry. In order to obtain maximum tool life, interaction of those facts must be considered. 14

17 Cutting Edge Geometry & Surface Finish Surface Roughness Rt & Feed Rates One can simply calculate the theoretical surface roughness Rt- also known as R max and Rz. (In practice it usually runs up to four times the Ra value). The theoretical value, however, is again based on a perfect cutting edge geometry with a wide minor cutting edge angle. Using Becker and PCD when machining nonferrous metals and non-metallics or CBN for grey cast iron results in hardly any flank wear or deformation of the cutting edge - due to the excellent flank wear resistance of our tools. It is therefore possible to complete the precise data for the required surface roughness, provided the cutting environment in itself will not hamper the machining as such. In practice, the values of roughness will typically be less than the theoretical calculation when hard-cutting with CBN. This is due to a simple reason: the cutting process itself is influenced by self induced hot-cutting mode which can cause an extremely high passive cutting pressure. Theoretical Surface Roughness Ra µin Corner Radius Feed Rate (f=inch/rev) Rt µin r =.008 r =.016 r =.031 r =.047 r = The practical application proves that the theoretically calculated value can hardly be achieved, since the environmental conditions tend to be imperfect. Unstable machining conditions, incorrect workholding, chucking, faulty or wrong tool system, wrong cutting speed and depth of cut etc. will impair the results. Conversely, working towards near perfect working conditions can result in an improved surface finish due to improved and optimized cutting edge geometries. In particular, the general reduction of the minor cutting edge angle, as well as the micro-geometries, with PCBN (for more cutting pressure) should be mentioned. In order to obtain the various stages of excellent surface finishes while hard-cutting, the T-land styles are of great influence. For a mirror-finish surface of nonferrous metals and nonmetallics, Becker is able to supply even -inserts with a T-Land, if necessary. With regards to high-performance cutting of all types, Becker has developed a variety of inserts with WIPER geometry for internal, external and milling processes. The WIPER edge replaces the above-mentioned minor cutting edge, reducing its angle to a minimum, thereby reducing the theoretically computed surface roughness by 2 to 4 times. In practice this is the alternative for high-performance and high-tech cutting: 1) 2-4x higher feed rate = same surface finish 2) same feed rate = 2-4x improved surface finish Wiper inserts are available for: FormCut MonoCut MiniCut ISO-HardCut In addition to the improvements gained in productivity by decreased flank wear, Becker products will result in significant gains in product quality. 15

18 16 Ultrahard Cutting Materials Grades - Materials - Performance rades G O S I e Performanc - omposition C n Applicatio PCD & - Diamond Polycrystalline and - Mono DC M M D Cutting structure. no with diamond monocrystalline Solid microdamages, without and sharp extremely is edge results burr-free allowing pressure, cutting no generating resistant wear flank Extremely zero. to close tolerances with low toughness. conductivity, maximum thermal and pure all of Superfinishing nonand metals nonferrous abrasive no with metallics silicon. or reinforcement Tech) High - (HSC DC-L P P D grit ultrafine of diamond reinforced carbide Polycrystalline, pressure cutting minimal sharpness, edge cutting high size, and resistance wear flank Good tolerances. close allowing toughness. nonferrous pure all of Finishing with nonmetallics and materials abrasive of verylow content silicon. or reinforcement DC P P D size, grit fine of diamond reinforced carbide Polycrystalline, pressure low cutting and sharpness edge cutting good and resistance wear flank Increased tolerances. close allowing toughness. of purpose general and Finishing and metals nonferrous all of low content with nonmetallics silicon. or reinforcement abrasive DC-S P P D size, grit coarse of diamond reinforced carbide Polycrystalline allowing pressure low cutting and sharpness edge good flank High milling. for performances Best tolerances. close toughness. and resistance wear and purpose general Finishing, with nonmetallics all of milling of content high medium to silicon. or reinforcement abrasive CBN Content High - Nitride Boron Cubic Polycrystalline BC1 S H B high with grade Nitride Boron Cubic polycrystalline Solid with Designed size. medium grit CBN and of content stability, thermal resistance, wear flank exceptional and roughing for toughness and strength compression HPC. and HSC iron. cast grey of finishing iron cast Grey iron cast Chilled Ni-hard alloys Super alloys powdered Sintered B10 S H B high with grade Nitride Boron Cubic polycrystalline Solid and HPC HSC, size. grit fine CBN and of content excellent causing (GG 25) iron cast grey of superfinishing toughness. and resistance flankwear iron cast Grey GG25 alloys Super alloys powdered Sintered BC-10 P H B grade Nitride Boron Cubic reinforced carbide Polycrystalline flank perfect size, grit fine CBN and of content high with of superfinishing and HSC toughness. and resistance wear alloys. super of finishing and (GG25) iron cast grey iron cast Grey GG25 alloys Super alloys powdered Sintered BC-15 P H B grade Nitride Boron Cubic reinforced carbide Polycrystalline favourable The size. grit fine CBN and of content high with wear flank good very alloys, powdered sintered for grade toughness. and resistance iron cast Grey alloys Super alloys powdered Sintered BC-17 P H B grade Nitride Boron Cubic reinforced carbide Polycrystalline excels grade This size. grit fine CBN and of content high with and purpose general application: of fields main two in hardened of hard-cutting and iron, cast nodular of finishing coolant. flood using 48-54) (HRc steel iron cast Nodular GGG70) - (GGG40 Hard-cutting 54) - 48 (HRc alloys powdered Sintered

19 17 Ultrahard Cutting Materials Grades - Materials - Performance rades G O S I e Performanc - omposition C n Applicatio CBN Low Content - Nitride Boron Cubic Polycrystalline BC-20 P L B grade Nitride Boron Cubic reinforced carbide Polycrystalline for Engineered size. grit fine CBN and of low content with highest when 65) - 56 (HRc steel hardened of hard-cutting in performance Good 32µin. - 8µin (Ra crucial is finish surface cutting. continuous as well as interruptions heavy steels Hardened 65) - 56 (HRc cutting dry 32µin - 8µin Ra for.020" -.006" ap= B25 S L B of low content with Nitride Boron Cubic Polycrystalline Solid strength, compression Highest size. grit fine CBN and (HRc hard-cutting when resistance wear flank and toughness Thermal.079") " = (ap cut. of depth high with 56-65) for Suitable attained. cut soft a and reduced is conductivity Also cutting. interrupted heavy as well as continuous speed. low cutting very a at iron cast grey of finishing steels Hardened 65) - 56 (HRc cutting dry 125µin - 32µin Ra for.079" -.012" ap= iron cast Grey sfm) (Vc BC-25 P L B with Nitride Boron Cubic reinforced carbide Polycrystalline wear Excellent size. grit fine CBN and of low content hardfor toughness and strength compression resistance, and continuous for purpose General 54-62) (HRc cutting. - 32µin Ra finish surface at cutting interrupted slightly low cutting very a at iron cast grey of finishing Also, 125µin. speed. steels Hardened 65) - 56 (HRc cutting dry 125µin - 32µin Ra for.016" -.003" ap= iron cast Grey sfm) (Vc BC-30 P L B with Nitride Boron Cubic reinforced carbide Polycrystalline wear Excellent size. grit fine CBN and of low content hardfor toughness and strength compression resistance, for Suitable coolant) flood applying (HRc cutting. finish surface at cutting interrupted heavily and continuous 63µin. - 32µin Ra steels Hardened 65) - 56 (HRc for coolant flood with 63µin - 32µin Ra.016" -.003" ap= B40 S L B of low content with Nitride Boron Cubic Polycrystalline Solid resistance, wear Extreme size. grit ultrafine CBN and hard-cutting dry for toughness and strength compression cut. of depth lower with rates feed higher at 65) - 56 (HRc cutting. interrupted slightly and continuous at cut soft Very steels Hardened 65) - 56 (HRc cutting dry 32µin - 8µin Ra for.060" -.012" ap= BC-40 P L B of low content with Nitride Boron Cubic Polycrystalline Solid dry for resistance wear Perfect size. grit ultrafine CBN and cut. of low depth with rates feed higher at hard-cutting cutting. interrupted slightly and Continuous steels Hardened 62) - 56 (HRc cutting dry 63µin - 32µin Ra for.012" -.002" ap=

20 Cutting Data for Turning P: Sintered Steel, Powdered alloys Turning Materials P S tee l sintere d powdered alloys Conditions of chip removal Turning unstable (varied depth) continuous heavily + slightly interrupted R ange of application P01 - P40 V c P 01 - P15 s ee page 6 P 10 - P2 5 s ee page 6 P 20 - P40 (HPC ) see page 6 Vc: SFM Vc: SF M Vc: SF M P BC-15 (T) P BC-15 (T ) P BC-15 (T ) P BC-15 (T ) S BC-10 (T ) S BC1 (T ) S B10 (T ) SBC1 (T ) P BC-15 (F) P BC-15 (F ) P BC-15 (T ) S BC1 (T ) P BC-15 (T ) P BC-17 (T ) S BC1 (T ) S BC1 (T ) SBC1 (T ) P BC-17 (F) P BC-17 (T ) P BC-10 (F ) P BC-15 (T ) P BC-17 (T ) SB10 (T ) P BC-15 (T) P BC-15 (T ) P BC-15 (T ) S BC-1 (T ) S BC1 (T ) P BC-17 (T ) S BC1 (T ) S BC1 (T ) SBC1 (T ) P BC-10 (T) P BC-10 (T ) P BC-17 (T ) S B10 (T ) SB10 (T ) PCBN Grades, Position 1: T= (T-Land) for interrupted and Primary continuous Choice turning, Position 2: F= (Sharp) Alternate continuous Choice turning only 18

21 Cutting Data for Turning K: Cast Iron, Grey & Nodular Cast Iron Turning Materials C ast iron s K (grey cas t iron) GG10 GG15 GG20 C ast iron s K (grey cas t iron) GG25 GG30 GG35 ast iron s K C cas t (nodular iron) GGG40 GGG50 GGG60 GGG70 Conditions of c hip removal R ange of application K01 - K4 0 V c K 01 - K15 s ee page 6 K 10 - K2 5 s ee page 6 K 20 - K40 (HSC+HPC ) see page 6 Turning Vc: SFM Vc: SF M Vc: SF M unstable (varied depth) P BC-15 (T) P BC-15 (T ) P BC-25 (T ) P BC-15 (T ) P BC-15 (T ) P BC-25 (T ) S BC1 (T ) S B10 (T ) SB25 (T ) P BC-10 (F) P BC-10 (F ) P BC-10 (F ) S B10 (T ) SBC1 (T ) continuous P BC-15 (F) P BC-15 (T ) P BC-25 (F ) P BC-10 (T ) P BC-10 (F ) P BC-25 (F ) S BC1 (T ) S B10 (T ) SB25 (T ) P BC-10 (F) P BC-10 (F ) S B10 (T ) S B10 (T ) SBC1 (T ) heavily + slightly interrupted P BC-15 (T) P BC-15 (T ) P BC-25 (T ) P BC-10 (T ) P BC-10 (T ) P BC-25 (T ) S BC1 (T ) S BC1 (T ) SB25 (T ) P BC-10 (T) P BC-10 (T ) S B10 (T ) S B10 (T ) SB10 (T ) unstable (varied depth) P BC-15 (T) P BC-15 (T ) P BC-25 (T ) P BC-15 (T ) P BC-15 (T ) P BC-25 (T ) S B10 (T ) S B10 (T ) SB25 (T ) P BC-10 (F) P BC-10 (F ) P BC-10 (T ) S BC1 (T ) SBC1 (T ) continuous P BC-10 (F) P BC-10 (F ) P BC-25 (F ) P BC-10 (T ) P BC-15 (T ) P BC-25 (F ) S B10 (T ) S BC1 (T ) SB25 (T ) P BC-10 (F) P BC-10 (F ) P BC-25 (T ) S BC1 (T ) SB10 (T ) heavily + slightly interrupted P BC-10 (T) P BC-10 (T ) P BC-25 (T ) P BC-10 (T ) P BC-10 (T ) P BC-25 (T ) S BC1 (T ) S BC1 (T ) SB25 (T ) S B10 (T) S B10 (T ) SB10 (T ) unstable (varied depth) P BC-17 (T) P BC-17 (T ) S BC1 (T ) (T ) SBC1 (T) continuous S BC1 (T) P BC-17 (F ) S BC1 (T ) P BC-17 (F ) S BC1 (T ) (T ) P BC-17 (T) P BC-17 (T ) SBC1 (T ) heavily + slightly interrupted T= S BC1 (T) P BC-17 (T ) S BC1 (T ) P BC-17 (T ) S BC1 (T ) (T ) PCBN Grades, Position 1: (T-Land) for interrupted and P BC-15 (T) P BC-15 (T ) SBC1 (T ) Primary continuous Choice turning, Position 2: F= (Sharp) Alternate continuous Choice turning only 19

22 Cutting Data for Turning N: Nonferrous Metals & Nonmetallics Turning Materials onferrou s N N metal s Aluminum alloys silicon without N onferrou s N metal s Aluminum alloys with than 12% less silicon N onferrou s N metal s Aluminum alloys with more than 12% silicon Conditions of chip removal Turning (high-speed) unstable (varied depth) continuous heavily + slightly interrupted unstable (varied depth) continuous heavily + slightly interrupted unstable (varied depth) continuous heavily + slightly interrupted R ange of application N01 - N40 Rt + V c N 01 - N20 (HSC) s ee page 6 N 20 - N30 (HSC ) s ee page 6 N 25 - N40 (HSC+HPC ) see page 6 3.2µin 100µin - R t (Rz) µ R t (Rz) µ Rt (Rz) µ 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin PD C PD C MD C PD C PD C MD C PD C PD C M DC P DC- L P D C M D C P DC- L P D C M D C P DC- L PD C PD C PD C MD C PD C PD C MD C PD C PD C P DC-S P DC- S P DC- S P DC- S P DC- S - S PD C - S PD C - S PD C - S P DC-S P DC- S P DC- S P DC- S - S S - S P DC-S P DC- S P DC- S P DC- S P DC- S - S S Coolant: when Air (plastics) or cutting without flood coolant cooling, the (metals), it is surface finish, tool life only however, is that is reduced not affected. 20

23 Cutting Data for Turning N: Nonferrous Metals & Nonmetallics Turning Materials N onferrou s N metal s Copper and copper alloys brass, bronze, precious metals N N on - metallic s pure plactics without re- inforcement N N on - metallic s plastics with re- inforcement (ie/ GRP, CRP) Conditions of c hip removal R ange of application N01 - N4 0 Rt + V c Turning (high-speed) unstable (varied depth) 3.2µin 100µin N 01 - N20 (HSC) s ee page 6 N 20 - N30 (HSC ) s ee page 6 N 25 - N40 (HSC+HPC ) see page 6 - R t (Rz) µ R t (Rz) µ Rt (Rz) µ 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin - L PD C MD C PD C - S MD C PD C - S continuous M DC P DC- L P D C M D C P DC- L P DC- S M D C P D C - S heavily + slightly interrupted PD C PD C MD C PD C - S MD C PD C - S unstable (varied depth) M DC P DC- L P D C M D C P DC- L P D C M D C P DC- L PD C continuous - L PD C MD C - L PD C MD C - L PD C heavily + slightly interrupted M DC P DC- L P D C M D C P DC- L P D C M D C P DC- L PD C unstable (varied depth) - S MD C - S - S - S - S continuous M DC P DC- S M D C P DC- S P DC- S P DC- S - S heavily + slightly interrupted - S MD C - S - S - S Coolant: when Air (plastics) or cutting without flood coolant cooling, the (metals), it is surface finish, tool life only however, is that is reduced not affected. 21

24 Cutting Data for Turning S: Super-Alloys & Titanium Turning Materials S Super-alloys heat resistant alloys nickel base alloys Inconel 718, Nimonic, Hastelloy, Waspaloy S Super-alloys titanium titanium alloys Conditions of c hip removal R ange of application S01 - S4 0 V c S 01 - S15 s ee page 6 S 15 - S2 5 s ee page 6 S 25 - S4 0 see page 6 Turning Vc: SFM Vc: SF M Vc: SF M unstable (varied depth) P BC-15 (T) P BC-25 (T ) P BC-15 (T ) P BC-25 (T ) S B10 (T ) SB25 (T ) continuous P BC-15 (F) P BC-10 (F ) P BC-20 (F ) P BC-10 (F ) P BC-15 (T ) S B10 (T ) SB10 (T ) P BC-15 (F) P BC-25 (F ) P BC-15 (T ) P BC-10 (T ) SB25 (T ) heavily + slightly interrupted P BC-15 (T) P BC-10 (T ) P BC-10 (T ) S BC1 (T ) P BC-10 (T ) P BC-10 (T ) S BC1 (T ) S BC1 (T ) SB10 (T ) P BC-15 (T) P BC-15 (T ) SBC1 (T ) unstable (varied depth) continuous P BC-25 (T) (T ) heavily + slightly interrupted T= PCBN Grades, Position 1: (T-Land) for interrupted and MD C - S MD C MD C P DC- S SB25 (T ) P DC-S S BC1 (T ) P DC- S S BC1 (T ) SBC25 (T ) P BC-25 (T) SB25 (T ) Primary continuous Choice turning, Position 2: F= (Sharp) Alternate continuous Choice turning only 22

25 Turning Cutting Data for Turning H: Hard Materials Materials H H ar d material s hardened steel HRc hard turning H H ar d material s hardened steel HRc hard turning H H ar d material s hardened steel HRc hard turning Conditions of c hip removal R ange of application H01 - H4 0 Ra + V c H 01 - H15 s ee page 6 H 05 - H2 0 s ee page 6 H 20 - H40 (HPC ) see page 6 Turning Ra µin Ra µi n Ra µi n unstable (varied depth) P BC-25 (F) P BC-25 (F ) SB25 (F ) continuous S B40 (T) P BC-17 (T ) P BC-25 (F ) S B40 (T ) P BC-17 (T ) P BC-25 (F ) P BC-20 (T ) S B40 (T ) SB25 (T ) heavily + slightly interrupted P BC-20 (T) P BC-17 (T ) P BC-25 (T ) P BC-20 (T ) P BC-17 (T ) P BC-25 (T ) P BC-20 (T ) S B40 (T ) SB25 (T ) unstable (varied depth) P BC-30 (T) P BC-25 (F ) P BC-30 (T ) P BC-25 (F ) S B25 (T ) SB25 (F ) continuous S B40 (T) P BC-40 (T ) P BC-40 (F ) S B40 (T ) S B25 (T ) P BC-40 (F ) S B40 (T ) S B25 (T ) SB25 (T ) heavily + slightly interrupted P BC-20 (T) S B40 (T ) P BC-25 (T ) P BC-20 (T ) S B25 (T ) P BC-25 (T ) P BC-20 (T ) S B25 (T ) SB25 (T ) unstable (varied depth) P BC-40 (T) P BC-25 (T ) P BC-30 (T ) P BC-25 (T ) S B40 (T ) SB25 (T ) continuous S B40 (T) P BC-40 (T ) P BC-25 (T ) S B40 (T ) P BC-30 (T ) P BC-25 (T ) S B40 (T ) S B40 (T ) SB25 (T ) heavily + slightly interrupted P BC-20 (T) P BC-30 (T ) P BC-25 (T ) P BC-20 (T ) P BC-30 (T ) P BC-25 (T ) P BC-20 (T ) S B25 (T ) SB25 (T ) T= (T-Land) for interrupted and continuous turning, F= (Sharp) continuous turning only 23

26 Cutting Data for Turning H: Hard Materials Turning Materials H H ar d material s Chilled cast irons chilled cast iron rolls chilled cast iron alloys Ni-Hard H H ar d material s hardfacing alloys H ar d H s material sintered c arbid e Conditions of c hip removal R ange of application H01 - H4 0 V c H 01 - H15 s ee page 6 H 05 - H2 0 s ee page 6 H 25 - H40 (HPC ) see page 6 Turning Vc: SFM Vc: SF M Vc: SF M unstable (varied depth) continuous S B10 (T) S B10 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) SBC1 (T ) S B10 (T) SB10 (T ) heavily + slightly interrupted S BC1 (T) S BC1 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) SBC1 (T ) S B10 (T) SB10 (T ) unstable (varied depth) continuous heavily + slightly interrupted S BC1 (T) S BC1 (T ) S BC1 (T ) S BC1 (T ) S BC1 (T ) SBC1 (T ) P BC-10 (T) S B10 (T ) P BC-10 (T ) S B10 (T ) S B10 (T ) SB10 (T ) unstable (varied depth) continuous S B25 (T) P DC- S SBC1 (T ) S BC1 (T) SBC1 (T ) heavily + slightly interrupted PCBN Grades, Position 1: T= (T-Land) for interrupted and Primary continuous Choice turning, Position 2: F= (Sharp) Alternate continuous Choice turning only 24

27 Cutting Data for Milling K: Cast Iron, Grey & Nodular Cast Iron High-Speed Milling Materials Conditions of c hip removal R ange of application K01 - K4 0 V c C ast iron s K (grey cas t iron) GG10 GG15 GG20 High-speed milling unstable (varied depth) continuous heavily + slightly interrupted K 01 - K15 (HSC) s ee page 6 K 10 - K25 (HSC ) s ee page 6 K 20 - K40 (HSC+HPC ) see page 6 Vc: SFM Vc: SF M Vc: SF M S BC1 (T) S BC1 (T ) SBC1 (T ) P BC-10 (T) P BC-17 (T ) P BC-25 (T ) P BC-10 (T ) P BC-17 (T ) P BC-25 (T ) S BC1 (T ) (T ) P BC-15 (T) S BC1 (T ) PBC-10 (T ) P BC-10 (T) P BC-17 (T ) P BC-25 (T ) S BC1 (T ) P BC-17 (T ) P BC-25 (T ) S BC1 (T ) (T ) P BC-15 (T) P BC-10 (T ) PBC-10 (T ) C ast iron s K (grey cas t iron) GG25 GG30 GG35 ast iron s K C cas t (nodular iron) GGG40 GGG50 GGG60 GGG70 unstable (varied depth) continuous heavily + slightly interrupted unstable (varied depth) continuous heavily + slightly interrupted P BC-15 (T) P BC-15 (T ) SBC1 (T ) P BC-10 (T) P BC-17 (T ) P BC-25 (T ) P BC-10 (T ) P BC-25 (T ) S BC1 (T ) (T ) P BC-15 (T) S BC1 (T ) PBC-10 (T ) P BC-10 (T) P BC-17 (T ) P BC-25 (T ) S BC1 (T ) P BC-25 (T ) S BC1 (T ) (T ) P BC-15 (T) P BC-10 (T ) PBC-10 (T ) P BC-17 (T) P BC-25 (T ) S BC1 (T ) P BC-17 (T ) S BC1 (T ) (T ) P BC-17 (T) S BC1 (T ) P BC-17 (T ) S BC1 (T ) (T ) PCBN Grades, Position Milling: 1: Primary Choice Position without coolant, T-land version 2: Alternate only Choice 25

28 Cutting Data for Milling N: Nonferrous Metals & Nonmetallics High-Speed Milling Materials Conditions of c hip removal R ange of application N01 - N4 0 Rt + V c onferrou s N N metal s Aluminum alloys silicon without High-speed milling unstable (varied depth) continuous 3.2µin 100µin N 01 - N20 (HSC) s ee page 6 N 20 - N30 (HSC ) s ee page 6 N 25 - N40 (HSC+HPC ) see page 6 - R t (Rz) µ R t (Rz) µ Rt (Rz) µ 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin - 3.2µin 100µin - 100µin 200µin - 200µin 400µin - S - S MD C - S - S MD C - S - S M DC P DC- S P DC- S M D C P DC- S P DC- S M D C P DC- S - S heavily + slightly interrupted - S - S MD C - S - S MD C - S - S N onferrou s N metal s Aluminum alloys with than 12% less silicon unstable (varied depth) continuous heavily + slightly interrupted P DC-S P DC- S P DC- S P DC- S P DC- S - S S - S - S - S - S P DC-S P DC- S P DC- S P DC- S P DC- S - S N onferrou s N metal s Aluminum alloys with more than 12% silicon unstable (varied depth) continuous heavily + slightly interrupted Coolant: when Air (plastics) or cutting without - S - S P DC-S P DC- S - S S - S flood coolant cooling, the (metals), it is surface finish, tool life only however, is that is reduced not affected. 26

29 Cutting Data for Milling N: Nonferrous Metals & Nonmetallics High-Speed Milling Materials Conditions of c hip removal R ange of application N01 - N4 0 Rt + V c N onferrou s N metal s Copper and copper alloys brass, bronze, precious metals High-speed milling 3.2µin 80µin N 01 - N20 (HSC) s ee page 6 N 20 - N30 (HSC ) s ee page 6 N 25 - N40 (HSC+HPC ) see page 6 - R t (Rz) µ R t (Rz) µ Rt (Rz) µ - N on - N pur e metallics plastics rewithout - S MD C - S MD C - S inforcement (i.e. plexiglass) unstable (varied depth) continuous heavily + slightly interrupted unstable (varied depth) continuous heavily + slightly interrupted 100µin 200µin - 200µin 400µin - 3.2µin 80µin - 100µin 200µin - 200µin 400µin - 3.2µin 80µin - 100µin 200µin - S MD C - S MD C - S M DC P DC- S M D C P DC- S M D C - S M DC P DC- S M D C P DC- S M D C - S S MD C - S MD C - S M DC P DC- S M D C P DC- S M D C - S µin 400µin N N on - metallic s plastics with re- inforcement (i.e. GRP, CRP) unstable (varied depth) continuous heavily + slightly interrupted Coolant: when - S - S P DC-S P DC- S - S S - S Air (plastics) or cutting without flood coolant cooling, the (metals), it is surface finish, tool life only however, is that is reduced not affected. 27

30 Cutting Data for Milling H: Hard Materials High-Speed Milling Materials Conditions of c hip removal R ange of application H01 - H4 0 Ra + V c H H ar d material s hardened steel HRc hard milling High-speed milling unstable (varied depth) continuous heavily + slightly interrupted H 01 - H15 s ee page 6 H 05 - H2 0 s ee page 6 H 20 - H40 (HPC ) see page 6 Ra µin Ra µi n Ra µi n S B40 (T) P BC-17 (T ) P BC-25 (T ) S B40 (T ) P BC-17 (T ) P BC-25 (T ) S B25 (T ) SB25 (T ) P BC-20 (T) P BC-30 (T ) P BC-25 (T ) P BC-20 (T ) P BC-30 (T ) S B25 (T ) S B25 (T ) SB25 (T ) H H ar d material s hardened steel HRc hard milling unstable (varied depth) continuous heavily + slightly interrupted S B40 (T) P BC-17 (T ) P BC-25 (T ) S B40 (T ) P BC-17 (T ) S B25 (T ) S B25 (T ) SB25 (T ) P BC-20 (T) P BC-30 (T ) P BC-25 (T ) P BC-20 (T ) P BC-30 (T ) S B25 (T ) S B25 (T ) SB25 (T ) T= PCBN Grades, Position (T-Land) for interrupted and 1: Primary continuous Choice turning, Position 2: F= (Sharp) Alternate continuous Choice turning only 28

31 Trouble Shooting for PCD Applications Trouble Shooting - PCD Applications Problem Cause Suggested Action V ibration 1. Check rigidity of tool & set-up Poor surface quality T oo high feed rate 2. Lower feed rate, increase nose radius or change to wiper W rong grade 3. Choose finer grain size Premature wear W rong speed 1. Decrease speed (Check cutting data tables) W rong grade 2. Choose coarser grain size V ibration 1. Check rigidity of tool & set-up Edge chipping W rong cutting data 2. Check speeds & feeds in cutting data for you application W rong grade 3. Choose coarser grain size Tip dislodging 1. Increase coolant to tip Excessive cutting temperature 2. Decrease speed 3. Reduce depth of cut In addition to the recommendations in this catalogue, the 4. Increase tip size - Rigid machines and set-ups - Minimum tool over hangs - Choose most positive cutting edge angle possible - Use coolant for metalics - Use air for non-metalics following general rules apply to PCD applications: 29

32 Trouble Shooting for CBN Applications Trouble Shooting - CBN Applications Problem Cause Suggested Action V ibration 1. Check rigidity of tool & set-up Poor surface quality T oo high feed 2. Lower feed rate, increase nose radius or change to wiper T oo sharp insert 3. Increase chamfer angle W rong grade 4. Choose finer grain size W rong speed 1. Increase speed (Check cutting data tables) Premature wear T oo sharp insert 2. Increase chamfer angle W rong grade 3. Choose finer grain size V ibration 1. Check rigidity of tool & set-up Edge chipping I nterruption 2. Increase chamfer angle and hone W rong grade 3. Choose coarser grain size P oor set-up 1. Check rigidity of tool & set-up T oo light feed 2. Increase feed / or D.O.C. Vibration T oo much pressure 3. Choose more positive insert geometry / cutting edge angle I mproper edge prep 4. Reduce chamfer angle T oo much pressure 5. Reduce nose radius In addition to the recommendations in this catalogue, the - Rigid machines and set-ups - Minimum tool over hangs - Choose largest cutting edge angle possible - Negative inserts wherever possible following general rules apply to CBN applications: 30

33

34 MiniCut - Index Tipped Carbide Boring Bars, PCD... page 33 Tipped Carbide Boring Bars, CBN... page 34 & 35 Adapter Sleeve for Boring Bars... page 35 Boring Bar, Solid Carbide, C...SWUC, Inch... page 36 Boring Bar, Solid Carbide, E...SEUP, Inch & Metric... page 36 EPHT Fullface, fullface wiper edge, PCD... page 37 EPHW Fullface, fullface wiper edge, PCD... page 37 EPHT wiper edge,... page 38 EPHW wiper edge,... page 38 EPHT, PCD... page 38 EPHT wiper edge, PCD... page 39 EPHW, PCD... page 39 WCGW Fullface, PCD... page 39 EPHT Fullface, fullface wiper edge, CBN... page 40 EPHW Fullface, CBN... page 40 EPHW Fullface wiper edge, CBN... page 41 EPHT EW, EW wiper edge, CBN... page 41 EPHW EW, EW wiper dge, CBN... page 42 EPHW EWS wiper edge, CBN... page 42 WCGW Fullface, CBN... page 43 BECKER has developed the MiniCut Tool System especially for boring from a diameter of.157 to.984 in PCD, CBN and optimizing the advantages of each material type. All boring bars are designed in solid tungsten carbide with integrated through coolant and enable boring depths of up to 7xD. Our MiniCut tools are used on machining centers and turning machines. Contrary to most conventional tool systems we use the positive indexable inserts type EPHW and EPHT. The advantages of the 75 insert style enables higher cutting performance and precision. The tipped boring bars have the identical shape for the full diameter range. The Wiper-Indexable s with neutral or positive rake angle and tipped Wiper- Boring Bars with neutral rake angle are used for high-tech machining with high productivity, also increasing the flexibility of the MiniCut- System considerably.

35 Tools - PCD / PCD Tipped Carbide Boring Bars Cylindrical solid carbide boring bar with one clamping surface, tipped cutting edge and internal coolant feed For Adapter Sleeves, see page 35 X-GE Right or left hand Right hand Left hand X3.5F-GEUPR01 X3.5F-GEUPL01 X3.5F-GEUPR02 3.5F-GEUPL02 X04F-GEUPR01 X04F-GEUPL01 X04F-GEUPR02 04F-GEUPL02 X04F-GEUPR04 04F-GEUPL04 X05H-GEUPR01 X05H-GEUPL01 X05H-GEUPR02 05H-GEUPL02 X05H-GEUPR04 05H-GEUPL04 X06H-GEUPR01 X06H-GEUPL01 X06H-GEUPR02 06H-GEUPL02 X06H-GEUPR04 06H-GEUPL04 Right hand bar shown dmin l d f l X 8 X 8 X 6 X 8 X 6 X 8 X 6 -L PCD / Tipped Carbide Boring Bars, wiper edge Cylindrical solid carbide boring bar with one clamping surface, tipped cutting edge and internal coolant feed For Adapter Sleeves, see page 35 X-GE Right or left hand wiper edge Right hand Left hand X3.5F-GEUPRW01 X3.5F-GEUPLW01 X3.5F-GEUPRW02 3.5F-GEUPLW02 X04F-GEUPRW01 X04F-GEUPLW01 X04F-GEUPRW02 04F-GEUPLW02 X04F-GEUPRW04 04F-GEUPLW04 X05H-GEUPRW01 X05H-GEUPLW01 X05H-GEUPRW02 05H-GEUPLW02 X05H-GEUPRW04 05H-GEUPLW04 X06H-GEUPRW01 X06H-GEUPLW01 X06H-GEUPRW02 06H-GEUPLW02 X06H-GEUPRW04 06H-GEUPLW04 Right hand bar shown dmin l d g7 f l X X X X X. 004 X X -L 33

36 Tools - CBN CBN Tipped Carbide Boring Bars Cylindrical solid carbide boring bar with one clamping surface, tipped cutting edge and internal coolant feed. For Adapter Sleeves, see page 35 X-GE Right or left hand Right hand Left hand X3.5F-GEUPRT01 X3.5F-GEUPLT01 X3.5F-GEUPRF02 3.5F-GEUPLF02 X3.5F-GEUPRT02 3.5F-GEUPLT02 X04F-GEUPRT01 X04F-GEUPLT01 X04F-GEUPRF02 04F-GEUPLF02 X04F-GEUPRT02 04F-GEUPLT02 X04F-GEUPRF04 04F-GEUPLF04 X04F-GEUPRT04 04F-GEUPLT04 X05H-GEUPRT01 X05H-GEUPLT01 X05H-GEUPRF02 05H-GEUPLF02 X05H-GEUPRT02 05H-GEUPLT02 X05H-GEUPRF04 05H-GEUPLF04 X05H-GEUPRT04 05H-GEUPLT04 X06H-GEUPRT01 X06H-GEUPLT01 X06H-GEUPRF02 06H-GEUPLF02 X06H-GEUPRT02 06H-GEUPLT02 X06H-GEUPRF04 06H-GEUPLF04 X06H-GEUPRT04 06H-GEUPLT04 Right hand bar shown dmin l d g7 f l 2 X X X X X X. 004 X X X X. 004 X X X X SBC1 SB10 SB25 SB40 Note: X3.5T-GEUPLT01: F= sharp cutting edge, T= T-Land 34

37 Tools - CBN CBN Tipped Carbide Boring Bars, wiper edge Cylindrical solid carbide boring bar with one clamping surface, tipped cutting edge and internal coolant feed. For Adapter Sleeves, see below X-GE Right or left hand wiper edge Right hand Left hand X3.5F-GEUPRTW01 X3.5F-GEUPLTW01 X3.5F-GEUPRFW02 3.5F-GEUPLFW02 X3.5F-GEUPRTW02 3.5F-GEUPLTW02 X04F-GEUPRFW02 X04F-GEUPLFW02 X04F-GEUPRTW02 04F-GEUPLTW02 X04F-GEUPRTW03 04F-GEUPLTW03 X05H-GEUPRFW02 X05H-GEUPLFW02 X05H-GEUPRTW02 05H-GEUPLTW02 X05H-GEUPRTW04 05H-GEUPLTW04 X06H-GEUPRFW02 X06H-GEUPLFW02 X06H-GEUPRTW02 06H-GEUPLTW02 X06H-GEUPRFW04 06H-GEUPLFW04 X06H-GEUPRTW04 06H-GEUPLTW04 Adapter Sleeve for Boring Bars form X...GEUP Adapter Sleeves enable versatile use of the boring bars in all areas Coolant feed is provided through the adapter. Only for BECKER - Form X...GE Inch Right hand bar shown dmin l 1 d g7 f l 2 X X Note: X3.5T-GEUPLT01: F= sharp cutting edge, T= T-Land. 004 X X. 012 X X X X X D d d 7 H d H7 mm H l Boring Bar ADAP X 3.5 F - GEUP R/ L ADAP X 04 F - GEUP R/ L ADAP X 05 H - GEUP R/ L ADAP X 06 H - GEUP R/ L Metric D d d H7 H l Boring Ba r ADAP X 3.5 F - GEUP R/ L ADAP X 04 F - GEUP R/ L ADAP X 05 H - GEUP R/ L ADAP H - GEUP R/ L SBC1 XSB10 SB25 SB40 35

38 Tools for PCD / CBN Boring Bar, Solid Carbide, Design C...SWUC, right or left hand Boring bar with cylindrical solid carbide shank Inch Right hand Left hand Right hand bar shown d min d d mm f L 1 g C03A-SWUCR-12 C03A-SWUCL WCGW C04A-SWUCR-12 C04A-SWUCL WCGW * E04A-SWUCR-12 * E04A-SWUCL WCGW *This item is supplied with coolant Boring Bar, Solid Carbide, Design E...SEUP, right or left hand Boring bar with cylindrical solid carbide shank, two clamping surfaces and internal coolant feed Metric Right hand bar shown d min d f L 1 L 2 d g7 d g7 mm h g E0610H-SEUPR/L EPH E0710K-SEUPR/L EPH E0810K-SEUPR/L EPH Boring Bar, Solid Carbide, Design E...SEUP, right or left hand Boring bar with cylindrical solid carbide shank and internal coolant feed Inch Right hand Left hand Right hand bar shown d min d g7 d g7 mm f L 1 g E04H-SEUPR-15 E04H-SEUPL EPH E05K-SEUPR-15 E05K-SEUPL EPH E06M-SEUPR-2 E06M-SEUPL EPH Metric Right hand Left hand d min d g7 d g7 mm f L 1 g E06F-SEUPR-04 E06F-SEUPL EPH E07H-SEUPR-04 E07H-SEUPL EPH E08H-SEUPR-04 E08H-SEUPL EPH E10K-SEUPR-06 E10K-SEUPL EPH E12M-SEUPR-06 E12M-SEUPL EPH E16R-SEUPR-06 E16R-SEUPL EPH Note: for right hand boring bars use left hand wiper inserts, for left hand boring bars use right hand wiper inserts 36

39 s - PCD EPHT Fullface -L EPHT VM. 004 EPHT VM EPHT VM EPHT Fullface right or left hand wiper edge EPHT-1.510R/LW-VM L EPHT R/LW-VM EPHT-1.511R/LW-VM L eft hand shown Ordering Example: 10 pcs. EPHT-1.510RW-VM (Right Hand) EPHW Fullface -L EPHW VM. 004 EPHW VM EPHW VM EPHW Fullface right or left hand wiper edge EPHW-1.510R/LW-VM L EPHW R/LW-VM EPHW-1.511R/LW-VM L eft hand shown Ordering Example: 10 pcs. EPHW-1.510RW-VM (Right Hand) 37

40 s - PCD / EPHT Right or left hand wiper edge EPHT-1.510R/LW -L EPHT R/LW EPHT-1.511R/LW. 051 EPHT-21.20R/LW EPHT R/LW EPHT-21.21R/LW. 086 L eft hand shown Ordering Example: 10 pcs. EPHT-1.510RW (Right Hand) EPHW Right or left hand wiper edge EPHW-1.510R/LW -L EPHW R/LW EPHW-1.511R/LW. 051 EPHW-21.20R/LW EPHW R/LW EPHW-21.21R/LW. 086 L eft hand shown Ordering Example: 10 pcs. EPHT-1.510RW (Right Hand) EPHT -L EPHT EPHT EPHT

41 s - PCD EPHT Right or left hand wiper edge EPHT-21.20R/LW L EPHT R/LW EPHT-21.21R/LW L eft hand shown Ordering Example: 10 pcs. EPHT-21.20RW (Right Hand) EPHW -L EPHW EPHW EPHW WCGW Fullface -L WCGW VM WCGW VM

42 s - CBN EPHT Fullface PBC-10 PBC-15 PBC-20 PBC-30 EPHT F-VM EPHT F-VM EPHT-1.511F-VM EPHT Fullface right or left hand wiper edge PBC-10 PBC-15 PBC-20 PBC-30 EPHT FR/LW-VM EPHT FR/LW-VM. 012 L eft hand shown Ordering Example: 10 pcs. EPHT FRW-VM PBC-10 (Right Hand) EPHW Fullface EPHW-1.510F-VM EPHW T-VM EPHW F-VM. 012 BH. 004 EPHW-1.510T-VM. 004 EPHW F-VM EPHW T-VM. 012 EPHW-1.511F-VM EPHW-1.511T-VM PBC-10 PBC-15 PBC-20 PBC-30 Note: EPHT F-VM: F= sharp cutting edge, T= T-Land 40

43 s - CBN EPHW Fullface right or left hand wiper edge EPHW-1.510TR/LW-VM PBC-10 PBC-15 PBC-20 PBC EPHW FR/LW-VM EPHW TR/LW-VM EPHW-1.511TR/LW-VM L eft hand shown Ordering Example: 10 pcs. EPHW-1.510TRW-VM PBC-10 (Right Hand) EPHT EW PBC-10 PBC-15 PBC-20 PBC-30 EPHT F-EW EPHT-21.21F-EW EPHT EW right or left hand wiper edge PBC-10 PBC-15 PBC-20 PBC-30 EPHT FR/LW-EW EPHT-21.21FR/LW-EW L eft hand shown Ordering Example: 10 pcs. EPHT FRW-EW PBC-10 (Right Hand) Note: EPHT F-VM: F= sharp cutting edge, T= T-Land 41

44 s - CBN EPHW EW EPHW-21.20F-EW PBC-10 PBC-15 PBC-20 PBC EPHW-21.20T-EW EPHW F-EW EPHW T-EW EPHW-21.21F-EW EPHW-21.22T-EW EPHW-21.22F-EW EPHW-21.22T-EW EPHW EW right or left hand wiper edge EPHW FR/LW-EW PBC-10 PBC-15 PBC-20 PBC-30 EPHW TR/LW-EW EPHW-21.21FR/LW-EW EPHW-21.21TR/LW-EW L eft hand shown Ordering Example: 10 pcs. EPHW FRW-EW PBC-10 (Right Hand) EPHW EWS right or left hand wiper edge EPHW-21.20TR/LW-EWS SBC1 SB10 SB25 SB EPHW FR/LW-EWS EPHW TR/LW-EWS EPHW-21.21FR/LW-EWS EPHW-21.21TR/LW-EWS L eft hand shown Ordering Example: 10 pcs. EPHW FRW-EWS SB10 (Right Hand) Note: EPHT F-VM: F= sharp cutting edge, T= T-Land 42

45 s - CBN WCGW Fullface WCGW F-VM PBC-10 PBC-15 PBC-20 PBC WCGW T-VM WCGW-1.211F-VM. 106 WCGW-1.211T-VM. 106 Note: EPHT F-VM: F= sharp cutting edge, T= T-Land 43

46 44 Notes

47

48 FormCut - Index Toolholder, Inch, Metric... page 47 Using our FormCut Geometries... page 48 BFSP external, high precision grooving, PCD... page 49 BFSN external, grooving, PCD... page 49 BFSV external, grooving & turning, PCD... page 50 BFIN internal, grooving, PCD... page 50 BFIV internal, grooving & turning, PCD... page 51 BFRV external, copying, PCD... page 51 BFDV external, profiling, PCD... page 52 BFDV external, side & face turning, wiper edge, PCD... page 52 BFTV external, threading, partial profile, PCD... page 52 BFSN external, grooving, CBN... page 53 BFSV external, grooving & turning, CBN... page 54 BFIN internal, grooving, CBN... page 55 BFIV internal, grooving & turning, CBN... page 56 BFRV external, copying, CBN... page 57 BFDV external, profiling, CBN... page 58 BFDV external, side & face turning wiper edge, CBN... page 58 BFDV external, profiling, CBN... page 58 BFTV external, threading, partial profile, CBN... page 59 Size of radius for American UN & metric ISO-threads... page 60 BECKER has developed the FormCut Grooving and Turning Tool System in PCD, CBN & for High Precision Grooving, Groove and Turning, Profiling and Threading. The extremely rigid and precision machined insert pocket eliminates any micro-displacement and the tightest part tolerances can be achieved by using the full range precision ground FormCut- Indexable s. Using a special 6-axis CNC-grinding technique we achieve perfect reproducible macro and micro cutting edge geometries on all CBN FormCut Indexable s. Our absolutely rigid FormCut Tool System in conjunction with all ultrahard cutting materials is ideally suited for the highest precision in profiling, grooving, thread cutting. The cutting materials,, PCD and CBN significantly extend the application possibilities for high tech machining in the HSC- and HPC- area. Positive edges are offered in PCD and CBN. Only flat profiles are possible in due to the highly complex and unusual polishing technology required.

49 Tools Toolholder, external radial grooving Inch Right hand D esignation Left hand h ¹ h² b f l ¹ l² BSAFR-12-FC12 BSAFL-12-FC BSAFR-16-FC12 BSAFL-16-FC BSAFR-20-FC12 BSAFL-20-FC Note: for "w" dimension, please refer to insert section Metric Right hand D esignation Left hand h ¹ h² b f l ¹ l² BSAFR BSAFL BSAFR BSAFL BSAFR BSAFL BSAFR BSAFL Toolholder, internal radial grooving Metric Right hand D esignation Left hand h ¹ h² b f l ¹ l ² D min. BSIFR BSIFL BSIFR BSIFL BSIFR BSIFL BSIFR BSIFL Note: for right hand toolholders use right hand inserts, for left hand toolholders use left hand inserts only 47

50 48 s Geometries FormCut our Using ype T e Outlin nsert I n Applicatio R/L BFSP tightest the hold to developed grooving, precision High the on surfaces finish superior produce and tolerances used. be cannot feed axial An flanks. groove HPC. and HSC BFSN R/L BFIN R/L good a with and tolerances usual the at grooving Normal HSC-range the in possible is feed Axial quality. surface materials cutting and using BFSV R/L BFIV R/L feed usual the with feeds Axial turning. and Grooving rates. BFRV R/L surface extraordinary an with profiling and Copying tolerances. of narrowest and quality BFDV R/L BFDV R/L-wiper best the with turning face and side as well as Profiling quality. surface BFTV R/L threads. ISO metric UN and American for profile Partial for suitable most are materials CBN cutting and, threads. high-tech

51 s - PCD BFSP Right or left hand, external, high precision grooving Right hand external shown W T BFSP2.5-02R/L BFSP3.0-02R/L BFSP3.0-04R/L BFSP3.5-02R/L BFSP3.5-04R/L BFSP4.0-03R/L BFSP4.0-05R/L BFSP4.5-03R/L BFSP4.5-05R/L BFSP5.0-03R/L. 012 BFSP5.0-05R/L. 020 T olerance on "W" = " Ordering Example: 10 pcs. BFSP2.5-02R (Right Hand) -L BFSN Right or left hand, external, grooving Right hand external shown W T BFSN2.5-02R/L BFSN3.0-02R/L BFSN3.0-04R/L BFSN3.5-02R/L BFSN4.0-02R/L. 157 BFSN4.0-04R/L. 157 BFSN4.5-02R/L. 177 BFSN5.0-02R/L BFSN5.0-04R/L T olerance on "W" = " Ordering Example: 10 pcs. BFSN2.5-02R (Right Hand) -L 49

52 s BFSV Right or left hand, external, grooving & turning Right hand external shown W T BFSV3.0-02R/L BFSV3.0-04R/L BFSV3.5-02R/L BFSV3.5-04R/L BFSV4.0-02R/L. 157 BFSV4.0-05R/L BFSV4.5-02R/L. 177 BFSV4.5-05R/L BFSV5.0-02R/L BFSV5.0-06R/L. 024 T olerance on "W" = " Ordering Example: 10 pcs. BFSV3.0-02R (Right Hand) -L BFIN Right or left hand, internal, grooving Left hand internal shown W T BFIN2.5-02R/L BFIN3.0-02R/L BFIN3.0-04R/L BFIN3.5-02R/L BFIN4.0-02R/L. 157 BFIN4.0-04R/L. 157 BFIN4.5-02R/L. 177 BFIN5.0-02R/L BFIN5.0-04R/L T olerance on "W" = " Ordering Example: 10 pcs. BFIN2.5-02R (Right Hand) -L 50

53 s - PCD BFIV Right or left hand, internal, grooving & turning Left hand internal shown W T BFIV3.0-02R/L BFIV3.0-04R/L BFIV3.5-02R/L BFIV3.5-04R/L BFIV4.0-02R/L. 157 BFIV4.0-05R/L BFIV4.5-02R/L. 177 BFIV4.5-05R/L BFIV5.0-02R/L BFIV5.0-06R/L. 024 T olerance on "W" = " Ordering Example: 10 pcs. BFIV3.0-02R (Right Hand) -L BFRV Right or left hand, external, copying W T BFRV / L L Right hand external shown BFRV3.5R/L. 069 BFRV4.0R/L BFRV4.5R/L BFRV5.0R/L. 098 T olerance on "W" = " Ordering Example: 10 pcs. BFIV3.0-02R (Right Hand) 51

54 s - PCD BFDV Right or left hand, external, profiling W T -L BFDV0.2R/L BFDV0.4R/L BFDV0.8R/L Right hand external shown BFDV1.2R/L Ordering Example: 10 pcs. BFDV0.2R (Right Hand) BFDV Right or left hand, external, side & face turning, wiper edge W T BFDV0.2R/LW -L BFDV0.4R/LW Right hand external shown BFDV0.8R/LW Ordering Example: 10 pcs. BFDV0.2RW (Right Hand) BFTV Right or left hand, external, threading, partial profile Right hand external shown W T BFTV0.10R/L BFTV0.14R/L BFTV0.18R/L BFTV0.21R/L 3 BFTV0.25R/L BFTV0.28R/L BFTV0.36R/L BFTV0.43R/L 9 Ordering Example: 10 pcs. BFTV0.10R (Right Hand) -L 52

55 s - CBN BFSN Right or left hand, external, grooving Right hand external shown W T BFSN2.5-02R/LF. 098 BFSN2.5-02R/LT. 098 BFSN3.0-02R/LF BFSN3.0-02R/LT BFSN3.5-02R/LF BFSN3.5-02R/LT BFSN4.0-02R/LF. 157 BFSN4.0-04R/LF. 157 BFSN4.0-02R/LT. 157 BFSN4.0-04R/LT. 157 BFSN4.5-02R/LT. 177 BFSN5.0-02R/LT BFSN5.0-04R/LT T olerance on "W" = " Ordering Example: 10 pcs. BFSN2.5-02RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFSN Right or left hand, external, grooving Right hand external shown W T BFSN2.5-02R/LF BFSN2.5-04R/LF BFSN3.0-02R/LF BFSN3.0-04R/LF BFSN3.0-02R/LT BFSN3.0-04R/LT BFSN3.5-02R/LF BFSN3.5-04R/LF BFSN3.5-02R/LT BFSN3.5-04R/LT BFSN4.0-04R/LT. 157 BFSN4.5-04R/LT. 177 BFSN5.0-04R/LT T olerance on "W" = " Ordering Example: 10 pcs. BFSN2.5-02RF SBC1 (Right Hand) SBC1 SB10 SB25 SB40 Note: BFSN RF: F= sharp cutting edge, T= T-Land 53

56 s - CBN BFSV Right or left hand, external, grooving & turning Right hand external shown W T BFSV3.0-02R/LF BFSV3.0-04R/LF BFSV3.0-02R/LT BFSV3.0-04R/LT BFSV3.5-02R/LF BFSV3.5-04R/LF BFSV3.5-02R/LT BFSV3.5-04R/LT BFSV4.0-02R/LF. 157 BFSV4.0-05R/LF BFSV4.0-02R/LT. 157 BFSV4.0-05R/LT BFSV4.5-02R/LT. 177 BFSV4.5-05R/LT BFSV5.0-02R/LF BFSV5.0-06R/LF. 024 BFSV5.0-02R/LT BFSV5.0-06R/LT. 024 T olerance on "W" = " Ordering Example: 10 pcs. BFSV3.0-02RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFSV Right or left hand, external, grooving & turning Right hand external shown W T BFSV3.0-04R/LF BFSV3.0-06R/LF. 024 BFSV3.0-04R/LT BFSV3.0-06R/LT. 024 BFSV3.5-04R/LF BFSV3.5-06R/LF. 024 BFSV3.5-04R/LT BFSV3.5-06R/LT. 024 BFSV4.0-04R/LT. 157 BFSV4.0-08R/LT. 157 BFSV4.5-04R/LT. 177 BFSV4.5-08R/LT. 177 BFSV5.0-04R/LT BFSV5.0-08R/LT T olerance on "W" = " Ordering Example: 10 pcs. BFSV3.0-04RF SBC1 (Right Hand) Note: BFSN RF: F= sharp cutting edge, T= T-Land SBC1 SB10 SB25 SB40 54

57 s - CBN BFIN Right or left hand, internal, grooving Left hand internal shown W T BFIN2.5-02R/LF. 098 BFIN2.5-02R/LT. 098 BFIN3.0-02R/LF BFIN3.0-02R/LT BFIN3.5-02R/LF BFIN3.5-02R/LT BFIN4.0-02R/LF. 157 BFIN4.0-04R/LF. 157 BFIN4.0-02R/LT. 157 BFIN4.0-04R/LT. 157 BFIN4.5-02R/LT. 177 BFIN5.0-02R/LF BFIN5.0-04R/LT T olerance on "W" = " Ordering Example: 10 pcs. BFIN2.5-02RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFIN Right or left hand, internal, grooving Left hand internal shown W T BFIN2.5-02R/LF BFIN2.5-04R/LF BFIN3.0-02R/LF BFIN3.0-04R/LF BFIN3.0-02R/LT BFIN3.0-04R/LT BFIN3.5-02R/LF BFIN3.5-04R/LF BFIN3.5-02R/LT BFIN3.5-04R/LT BFIN4.0-04R/LT. 157 BFIN4.5-04R/LT. 177 BFIN5.0-04R/LT T olerance on "W" = " Ordering Example: 10 pcs. BFIN2.5-02RF SBC1 (Right Hand) SBC1 SB10 SB25 SB40 Note: BFSN RF: F= sharp cutting edge, T= T-Land 55

58 s - CBN BFIV Right or left hand, internal, grooving & turning Left hand internal shown W T BFIV3.0-02R/LF BFIV3.0-04R/LF BFIV3.0-02R/LT BFIV3.0-04R/LT BFIV3.5-02R/LF BFIV3.5-04R/LF BFIV3.5-02R/LT BFIV3.5-04R/LT BFIV4.0-02R/LF. 157 BFIV4.0-05R/LF BFIV4.0-02R/LT. 157 BFIV4.0-05R/LT BFIV4.5-02R/LT. 177 BFIV4.5-05R/LT BFIV5.0-02R/LF BFIV5.0-06R/LF. 024 BFIV5.0-02R/LT BFIV5.0-06R/LT. 024 T olerance on "W" = " Ordering Example: 10 pcs. BFIV3.0-02RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFIV Right or left hand, internal, grooving & turning Left hand internal shown W T BFIV3.0-04R/LF BFIV3.0-06R/LF.024 BFIV3.0-04R/LT BFIV3.0-06R/LT.024 BFIV3.5-04R/LF BFIV3.5-06R/LF.024 BFIV3.5-04R/LT BFIV3.5-06R/LT.024 BFIV4.0-04R/LT. 157 BFIV4.0-08R/LT BFIV4.5-04R/LT. 177 BFIV4.5-08R/LT BFIV5.0-04R/LT BFIV5.0-08R/LT.031 T olerance on "W" = " Ordering Example: 10 pcs. BFIV3.0-04RF SBC1 (Right Hand) Note: BFSN RF: F= sharp cutting edge, T= T-Land SBC1 SB10 SB25 SB40 56

59 s - CBN BFRV Right or left hand, external, copying Right hand external shown W T BFRV3.0R/LF. 059 BFRV3.0R/LT. 059 BFRV3.5R/LF. 069 BFRV3.5R/LT. 069 BFRV4.0R/LF BFRV4.0R/LT BFRV4.5R/LF BFRV4.5R/LT BFRV5.0R/LF. 098 BFRV5.0R/LT. 098 T olerance on "W" = " Ordering Example: 10 pcs. BFRV3.0RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFRV Right or left hand, external, copying Right hand external shown W T BFRV3.0R/LF. 059 BFRV3.0R/LT. 059 BFRV3.5R/LT. 069 BFRV4.0R/LF BFRV4.0R/LT BFRV4.5R/LT BFRV5.0R/LF. 098 BFRV5.0R/LT. 098 T olerance on "W" = " Ordering Example: 10 pcs. BFRV3.0RF SBC1 (Right Hand) SBC1 SB10 SB25 SB40 Note: BFSN RF: F= sharp cutting edge, T= T-Land 57

60 s - CBN BFDV Right or left hand, external, profiling Right hand external shown W T BFDV0.2R/LF BFDV0.2R/LT BFDV0.4R/LF BFDV0.4R/LT BFDV0.8R/LF BFDV0.8R/LT BFDV1.2R/LF BFDV1.2R/LT Ordering Example: 10 pcs. BFDV0.2RF PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFDV Right or left hand, external, side & face turning wiper edge W T BFDV0.2R/LWF BFDV0.2R/LWT BFDV0.4R/LWF BFDV0.4R/LWT BFDV0.8R/LWF PBC-10 PBC-15 PBC-20 PBC-30 Right hand external shown BFDV0.8R/LWT Ordering Example: 10 pcs. BFDV0.2RWF PBC-10 (Right Hand) BFDV Right or left hand, external, profiling Right hand external shown W T BFDV0.2R/LF BFDV0.2R/LT BFDV0.4R/LF BFDV0.4R/LT BFDV0.8R/LF BFDV0.8R/LT BFDV1.2R/LF BFDV1.2R/LT Ordering Example: 10 pcs. BFDV0.2RF SBC1 (Right Hand) SBC1 SB10 SB25 SB40 Note: BFSN RF: F= sharp cutting edge, T= T-Land 58

61 s - CBN BFTV Right or left hand, external, threading, partial profile Right hand external shown W T BFTV0.10R/LT BFTV0.14R/LT BFTV0.18R/LF BFTV0.18R/LT BFTV0.21R/LF 3 BFTV0.21R/LT 3 BFTV0.25R/LF BFTV0.25R/LT BFTV0.28R/LF BFTV0.28R/LT BFTV0.36R/LT BFTV0.43R/LT 9 Ordering Example: 10 pcs. BFTV0.10RT PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 BFTV Right or left hand, external, threading, partial profile Right hand external shown W T BFTV0.10R/LT BFTV0.14R/LT BFTV0.18R/LF BFTV0.18R/LT BFTV0.21R/LF 3 BFTV0.21R/LT 3 BFTV0.25R/LF BFTV0.25R/LT BFTV0.28R/LF BFTV0.28R/LT BFTV0.36R/LT BFTV0.43R/LT 9 Ordering Example: 10 pcs. BFTV0.10RT SBC1 (Right Hand) SBC1 SB10 SB25 SB40 Note: BFSN RF: F= sharp cutting edge, T= T-Land 59

62 60 Threading Profile Ranges ISO-threads UN & metric American for radius of Size radius of size UN TPI Pitch Metric (max.) UN TPI Pitch Metric (min.) UN TPI Pitch Metric (average.).0040 = r TPI = P TPI = P TPI = P.0055 = r TPI = P TPI = P TPI = P.0071 = r TPI = P TPI = P TPI = P.0083 = r TPI = P TPI = P TPI = P.0098 = r TPI = P TPI = P TPI = P.0110 = r TPI = P TPI = P TPI = P.0142 = r TPI = P TPI = P TPI = P.0169 = r TPI = P TPI = P TPI = P Profiling Copying Threading Grooving

63

64 s - PCD & Turning s - & grades CCMT Positive neutral,,... page 65 CCMT Positive neutral wiper edge,,... page 65 CCMT Whole edge positive,,... page 65 CCMW Neutral,,... page 66 CCMW Neutral wiper edge,,... page 66 CCMW Whole edge,,... page 66 CNMN MW,,... page 67 CNMA MW,,... page67 CNMN MW,,... page 67 CPMT Positive neutral,,... page 68 CPMT Positive neutral wiper edge,,... page 68 CPMT Whole edge positive,,... page 68 CPMW Neutral,,... page 69 CPMW Neutral wiper edge,,... page 69 CPMW Whole edge,,... page 70 DCMT Positive neutral,,... page 70 DCMT Wiper edge, 93 positive,,... page 70 DCMT Positive,,... page 71 DCMW Neutral,,... page 71 DCMW wiper edge 93,,... page 71 DNMA MW,,... page 72 DNMM MW,,... page 72 DPMW Neutral,,... page 72 EPMT Positive neutral,,... page 73 EPMW Neutral,,... page 73 RCMW Fullface,,... page 73 RPMW Fullface,,... page 74 SCMT Positive Neutral,,... page 74 SCMT Whole edge positive neutral,,... page 74 SCMW Neutral,,... page 75 SCMW Whole edge neutral,,... page 75 SNMN MW,,... page 75 SNMR Whole edge tipped, positive,,... page 76 SNMA MW,,... page 76 SNMN Whole edge tipped, positive,,... page 76 SPGN Neutral,,... page 77 SPGN Whole edge neutral,,... page 77 SPMT Positive neutral,,... page 77 SPMT Whole edge positive neutral,,... page 78 SPMW Neutral,,... page 78 SPMW Whole edge neutral,,... page 78 TCMT Positive neutral,,... page 79 TCMT Whole edge positive neutral,,... page 79 TCMW Neutral,,... page 80 TCMW Whole edge neutral,,... page 80 TCMW Fullface,,... page 80 TPGA Neutral,,... page 81 TNMA MW,,... page 81 TNMM MW,,... page 81 TNMM Whole edge tipped,,... page 82 TNMR Whole edge tipped,,... page 82 TPGN Neutral,,... page 82 TPGN Whole edge neutral,,... page 83 TPMR Whole edge positive neutral,,... page 83 TPMT Whole edge positive neutral,,... page 83 TPMW Neutral,,... page 84 TPMW Whole edge neutral,,... page 84 VBMT Positive neutral,,... page 84 VBMT Positive neutral,,... page 85 VBMW Neutral,,... page 85 VCMT Positive neutral,,... page 86 VCMT Positive,,... page 86 VCMW Neutral,,... page 87 WBGW Fullface left hand,,... page 87 WCGW Fullface,,... page 87 WNMA MW,,... page 88 WNMM MW,,... page 88 Milling s - & grades CPGT..PD R Milling inserts positive,,... page 134 CPGW..PD R Milling insert neutral,,... page 134 RDHX Milling insert fullface,,... page 134 SDHW..AE N Milling insert neutral,,... page 135 SEHW..AF N Milling insert neutral,,... page 135 SEKN..AF N Milling inserts neutral,,... page 135 SPKN..ED R Milling inserts,,... page 136 SPGW..ED R Milling insert,,... page 136 SPGT..ED R Milling insert positive,,... page 136 SPGW..PD R Milling insert,,... page 137 SPGT..PD R Milling insert positive,,... page 137 TPKN..PD R Milling insert,,... page

65 s - CBN Turning s - CBN grades CCMW EWS... page 90 CCMW EWS wiper edge neutral... page 90 CCMW MultiCut... page 91 CCMW MultiCut wiper edge neutral... page 91 CCMW MW... page 91 CCMW Whole edge tipped... page 92 CNMA EW... page 92 CNMA MultiCut... page 93 CNMA MultiCut wiper edge neutral... page 93 CNMA PolyCut-S... page 93 CNMA PolyCut-S wiper edge neutral... page 94 CNMA PolyCut-M... page 94 CNMA PolyCut-M/4... page 94 CNMA MW... page 95 CNMF PolyCut-S... page 95 CNMG PolyCut-S... page 95 CNMN PolyCut-M... page 96 CNMN PolyCut-M wiper edge neutral... page 96 CNMN PolyCut-M/4... page 97 CNMN PolyCut-S/4... page 97 CPMT EW... page 97 CPMW EW... page 98 CPMW EWS wiper edge neutral... page 99 CPMW whole edge tipped... page 99 DCMT EW... page 100 DCMW EW... page 100 DCMW EWS... page 101 DCMW EWS wiper edge page 101 DCMW MultiCut... page 102 DCMW MW... page 102 DNMA EW... page 103 DNMA PolyCut-S... page 103 DNMA PolyCut-S/4... page 104 DNMA PolyCut-M... page 104 DNMA MW... page 105 DNMG PolyCut-S... page 105 DPMW EW... page 106 EPMT EW... page 106 EPMW EW... page 107 RCMW Fullface... page 107 RCGX Fullface... page 108 RNGN Solid... page 108 RNGN Fullface... page 108 RNMA Fullface... page 109 RPMW Fullface... page 109 SCMW EW... page 109 SCMW Whole edge tipped... page 110 SNGN PolyCut-M... page 110 SNGN PolyCut-M/4... page 110 SNGN PolyCut-M Whole edge tipped... page 111 SNGN PolyCut-S/4... page 111 SNGN PolyCut Solid... page 111 SNMA EW... page 112 SNMA PolyCut-M... page 112 SNMA PolyCut-M/4... page 112 SNMA PolyCut-M Whole edge... page 113 SNMA PolyCut-S... page 113 SNMG PolyCut-S... page 113 SPGN EW... page 114 SPGN Whole edge tipped... page 114 SPMW EW... page 115 SPMW Whole edge tipped... page 115 TBGN Fullface... page 115 TBGW Fullface... page 116 TCMT EW... page 116 TCMW EW... page 117 TCMW MW... page 117 TCMW Whole edge tipped... page 118 TNMA EW... page 118 TNMA PolyCut-S... page 119 TNMAPolyCut-M... page 119 TNMA PolyCut-M/4... page 119 TNMA MW... page 120 TNMA Whole edge... page 120 TNMG PolyCut-S... page 120 TPGA EW... page 121 TPGN EW... page 121 TPGN Whole edge tipped... page 122 TPGN Fullface... page 122 TPMW EW... page 123 TPMW Whole edge tipped... page

66 s - CBN / Tools VBMW EWS... page 124 VBMW MultiCut-S... page 124 VBMW MultiCut-S/4... page 124 VBMW MW... page 125 VCMT EWS... page 125 VCMW EWS... page 126 VCMW MultiCut-S... page 126 VCMW MultiCut-S/4... page 127 VCMW MW... page 127 VNMA PolyCut-M... page 128 VNMA PolyCut-M/4... page 128 VNMA MW... page 128 VNMA PolyCut-S... page 129 VNMG PolyCut-S... page 129 WBGW/L Fullface... page 129 WCGW Fullface... page 130 WNMA EW... page 130 WNMA PolyCut-M... page 130 WNMA PolyCut-M/4... page 131 WNMA MW... page 131 WNMA PolyCut-S... page 131 WNMG PolyCut-S... page 132 Milling s - CBN grades RDHX Fullface milling insert... page 138 SDHW..AE N MW milling insert... page 138 SPKN..ED R MW milling insert... page 138 TPKN..PD R MW Milling... page 138 Tools - External Pinlock MCLNR/L... page 140 MCMNN... page 140 MDJNR/L... page 141 MDPNN... page 141 MRGNR/L... page 142 MSDNN... page 142 MTENN... page 142 MTFNR/L... page 143 MTGNR/L... page 143 MTJNR/L... page 144 MVJNR/L... page 144 MWLNR/L... page 144 Tools - External Screwlock SCLCR/L... page 145 SCLPR/L... page 145 SDJCR/L... page 146 SDJPR/L... page 146 SDNCN... page 147 SRDCN... page 147 SRGCR/L... page 148 SRSCR/L... page 148 STGCR/L... page 149 STGPR/L... page 149 SVHBR/L... page 150 SVHCR/L... page 150 SVJBR/L... page 150 SVJCR/L... page 151 SVVBN... page 151 SVVCN... page 151 Tools - Internal Screwlock (Carbide Shank) C_-SWUC, Inch... page 152 E_-SWUC, Inch... page 152 E_-SEUP, Inch & Metric... page 152 C_-SCLCR/L... page 153 C_-SCLPR/L... page 153 C_-SDUCR/L... page 154 C_-SDUPR/L... page 154 C_-STFCR/L... page 155 C_-STFPR/L... page 155 C_-SVQCR/L... page 156 C_-SVUCR/L... page

67 s - PCD & CCMT Positive neutral CCMT DC s l l P ¹ M DC l¹ CCMT CCMT CCMT CCMT CCMT CCMT CCMT CCMT L CCMT Positive neutral wiper edge CCMT-21.50W DC s l l P ¹ M DC l¹ CCMT W CCMT-21.51W CCMT-32.50W CCMT W CCMT-32.51W CCMT-430.5W CCMT-431W L CCMT d 80 r l¹ Right or left hand, whole edge positive d¹ 7 S CCMT-21.51R/L-GS CCMT-21.52R/L-GS. 254 CCMT-32.52R/L-GS CCMT-32.53R/L-GS. 382 CCMT-433R/L-GS R ight hand shown Ordering Example: 10 pcs. CCMT-21.51R-GS (Right Hand) -L 65

68 s - PCD & CCMW Neutral CCMW DC s l l P ¹ M DC l¹ CCMW CCMW CCMW CCMW CCMW CCMW CCMW L CCMW d Wiper 80 r Wiper l¹ l Neutral wiper edge d¹ 7 S CCMW-21.50W DC s l l P ¹ M DC l¹ CCMW W CCMW-21.51W CCMW-32.50W CCMW W CCMW-32.51W CCMW-430.5W CCMW-431W L CCMW Right or left hand, whole edge CCMW-21.51R/L-GS CCMW-21.52R/L-GS. 254 CCMW-32.52R/L-GS CCMW-32.53R/L-GS. 382 CCMW-432R/L-GS R ight hand shown Ordering Example: 10 pcs. CCMW-21.51R-GS (Right Hand) -L 66

69 s - PCD & CNMN MW -L CNMN-431-MW. 248 CNMN-432-MW CNMN-433-MW. 224 CNMA MW -L CNMA-431-MW. 248 CNMA-432-MW CNMA-433-MW. 224 CNMM MW -L CNMM-431-MW. 248 CNMM-432-MW CNMM-433-MW

70 s - PCD & CPMT d 80 r l¹ l Positive neutral d¹ 11 S CPMT CPMT CPMT CPMT CPMT CPMT CPMT CPMT CPMT L CPMT Positive neutral wiper edge CPMT W CPMT W. 075 CPMT W CPMT W. 083 CPMT W CPMT W. 083 CPMT W CPMT-21.51W L CPMT d 80 r l¹ Right or left hand, whole edge positive d¹ 11 S CPMT R/L-GS CPMT R/L-GS. 220 CPMT R/L-GS CPMT R/L-GS. 220 CPMT-21.52R/L-GS CPMT-32.53R/L-GS CPMT-433R/L-GS R ight hand shown Ordering Example: 10 pcs. CPMT R-GS (Right Hand) -L 68

71 s - PCD & CPMW d 80 r l¹ l Neutral d¹ 11 S DC s l l P ¹ M DC l¹ CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW CPMW L CPMW Neutral wiper edge DC s l l P ¹ M DC l¹ CPMW W CPMW W. 079 CPMW W CPMW W. 083 CPMW W CPMW W. 083 CPMW W CPMW-21.51W. 122 CPMW W CPMW-32.51W. 165 CPMW-430.5W CPMW-431W L 69

72 s - PCD & CPMW d 80 r l¹ Right or left hand, whole edge d¹ 11 S r CPMW R/L-GS CPMW R/L-GS CPMW-21.51R/L-GS CPMW-21.52R/L-GS. 254 CPMW-32.52R/L-GS CPMW-432R/L-GS R ight hand shown Ordering Example: 10 pcs. CPMW R-GS (Right Hand) -L DP DCMT Positive neutral DCMT DC s l l P ¹ M DC l¹ DCMT DCMT DCMT DCMT DCMT DCMT DCMT DCMT L DCMT Right or left hand wiper edge 93 positive DCMT-21.50R/LW DC s l l P ¹ M DC l¹ DCMT R/LW DCMT-21.51R/LW. 079 DCMT-32.50R/LW DCMT R/LW DCMT-32.51R/LW Ordering Example: 10 pcs. CPMT R-GS (Right Hand) -L 70

73 d d s - PCD & DCMT 55 r l¹ l Right or left hand positive d¹ 7 S DCMT-21.51R/L DCMT-21.52R/L DCMT-32.51R/L. 295 DCMT-32.52R/L DCMT-32.53R/L. 256 R ight hand shown Ordering Example: 10 pcs. DCMT-21.51R (Right Hand) -L DCMW Neutral DCMW DC s l l P ¹ M DC l¹ DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW DCMW L D CMW Right or left hand wiper edge r Wiper l¹ l d¹ 7 S DCMW-21.50R/LW DC s l l P ¹ M DC l¹ DCMW R/LW DCMW-21.51R/LW. 079 DCMW-32.50R/LW DCMW R/LW DCMW-32.51R/LW R ight hand shown Ordering Example: 10 pcs. DCMW-21.50R (Right Hand) -L 71

74 s - PCD & DNMA MW DNMA-431-MW. 252 DNMA-432-MW DNMA-433-MW. 220 DNMA-441-MW. 252 DNMA-442-MW DNMA-443-MW L DNMM MW DNMM-431-MW. 252 DNMM-432-MW DNMM-433-MW. 220 DNMM-441-MW. 252 DNMM-442-MW DNMM-443-MW L DPMW Neutral DPMW DPMW r. 146 DPMW DPMW DPMW DPMW L 72

75 s - PCD & EPMT Positive neutral EPMT EPMT EPMT EPMT EPMT EPMT EPMT EPMT EPMT L EPMW d 75 r l¹ l Neutral d¹ 11 S EPMW EPMW EPMW EPMW EPMW EPMW EPMW EPMW r. 134 EPMW L RCMW d Fullface d¹ 7 S r RCMW-0602M0-VM RCMW-0803M0-VM RCMW-1003M0-VM RCMW-10T3M0-VM RCMW-1204M0-VM L DP 73

76 s - PCD & RPMW Fullface RPMW-0802M0-VM RPMW-1003M0-VM RPMW-1204M0-VM RPMW-43-VM L SCMT 90 d r l¹ l Positive neutral d¹ 7 S SCMT SCMT SCMT SCMT SCMT L SCMT 90 d r l¹ Whole edge positive neutral d¹ 7 S SCMT GS SCMT GS. 375 SCMT-432-GS SCMT-433-GS L 74

77 s - PCD & SCMW Neutral SCMW DC s l l P ¹ M DC l¹. 173 SCMW SCMW SCMW SCMW SCMW L SCMW 90 d r l¹ Whole edge neutral d¹ 7 S SCMW GS SCMW GS r. 375 SCMW GS. 375 SCMW-431-GS. 500 SCMW-432-GS SCMW-433-GS L SNMN MW -L SNMN-431-MW. 248 SNMN-432-MW SNMN-433-MW 75

78 s - PCD & SNMR Whole edge tipped, positive SNMR-432-GS L SNMR-433-GS SNMR-434-GS SNMA MW -L SNMA-431-MW. 248 SNMA-432-MW SNMA-433-MW SNMM Whole edge tipped, positive SNMM-432-GS L SNMM-433-GS SNMM-434-GS

79 s - PCD & SPGN Neutral DC s l l P ¹ M DC l¹ SPGN SPGN SPGN SPGN SPGN L SPGN Whole edge neutral SPGN-321-GS SPGN-322-GS L SPGN-422-GS SPGN-423-GS. 500 SPMT 90 d r l¹ l Positive neutral d¹ 11 S SPMT SPMT SPMT SPMT SPMT L 77

80 s - PCD & SPMT Whole edge positive neutral r SPMT GS SPMT GS L DP SPMT-432-GS SPMT-433-GS. 500 SPMW Neutral SPMW DC s l l P ¹ M DC l¹. 173 SPMW SPMW SPMW SPMW SPMW L SPMW Whole edge neutral SPMW GS. 375 SPMW GS SPMW GS. 375 SPMW-431-GS. 500 SPMW-432-GS SPMW-433-GS L 78

81 s - PCD & TCMT d 60 r l¹ l Positive neutral d¹ 7¹ S TCMT DC s l l P ¹ M DC l¹ TCMT TCMT TCMT TCMT TCMT TCMT TCMT L TCMT Whole edge positive neutral TCMT GS TCMT GS. 378 TCMT GS. 433 TCMT GS TCMT GS. 433 TCMT GS. 650 TCMT GS TCMT GS L 79

82 s - PCD & TCMW Neutral TCMW DC s l l P ¹ M DC l¹ TCMW TCMW TCMW TCMW TCMW TCMW TCMW TCMW L TCMW Whole edge neutral TCMW GS TCMW GS. 378 TCMW GS. 433 TCMW GS TCMW GS. 433 TCMW GS. 650 TCMW GS TCMW GS L TCMW Fullface -L TCMW VM. 433 TCMW VM TCMW VM

83 s - PCD & TPGA Neutral -L TPGA TPGA TPGA-222 TNMA MW TNMA-331-MW. 244 TNMA-332-MW TNMA-333-MW. 213 TNMA-432-MW TNMA-433-MW L TNMM MW TNMM-331-MW. 244 TNMM-332-MW TNMM-333-MW. 213 TNMM-432-MW TNMM-433-MW L 81

84 s - PCD & TNMM Whole edge tipped TNMM-332-GS. 650 TNMM-333-GS TNMM-334-GS TNMM-432-GS TNMM-433-GS L TNMR Whole edge tipped -L TNMR-332-GS TNMR-333-GS. 650 TPGN Neutral DC s l l P ¹ M DC l¹ TPGN TPGN TPGN TPGN TPGN TPGN r TPGN TPGN TPGN TPGN L 82

85 s - PCD & TPGN Whole edge neutral TPGN-221-GS. 433 TPGN-222-GS TPGN-223-GS. 433 TPGN-321-GS. 650 TPGN-322-GS TPGN-323-GS L TPMR Whole edge positive neutral TPMR-221-GS. 433 TPMR-222-GS TPMR-223-GS. 433 TPMR-321-GS. 650 TPMR-322-GS TPMR-323-GS L TPMT Whole edge positive neutral TPMT GS TPMT GS. 323 TPMT GS TPMT GS. 378 TPMT GS TPMT GS. 433 TPMT-221-GS TPMT-222-GS. 433 TPMT-332-GS L 83

86 s - PCD & TPMW Neutral DC s l l P ¹ M DC l¹ TPMW TPMW TPMW TPMW TPMW TPMW TPMW TPMW TPMW L TPMW Whole edge neutral TPMW TPMW TPMW TPMW TPMW L VBMT Positive neutral VBMT DC s l l P ¹ M DC l¹ VBMT VBMT VBMT VBMT VBMT VBMT-332 -L 84

87 s - PCD & VBMT Right or left hand positive VBMT-21.51R/L VBMT-21.52R/L -L VBMT-331R/L. 295 VBMT-332R/L VBMT-333R/L. 276 R ight hand shown Ordering Example: 10 pcs. VBMT R (Right Hand) VBMW Neutral VBMW DC s l l P ¹ M DC l¹. 181 VBMW VBMW VBMW VBMW VBMW-332 VBMW L 85

88 s - PCD & VCMT Positive neutral VCMT DC s l l P ¹ M DC l¹ VCMT VCMT VCMT VCMT VCMT VCMT VCMT VCMT VCMT VCMT VCMT VCMT-332 VCMT L VCMT Right or left hand positive VCMT-221R/L VCMT-222R/L -L VCMT-331R/L. 295 VCMT-332R/L VCMT-333R/L. 276 R ight hand shown Ordering Example: 10 pcs. VCMT-221R (Right Hand) 86

89 s - PCD & VCMW Neutral VCMW DC s l l P ¹ M DC l¹ VCMW VCMW VCMW VCMW VCMW VCMW VCMW VCMW VCMW VCMW VCMW VCMW-332 VCMW VCMW L WBGW Fullface left hand -L WBGW L-VM WBGW-1.211L-VM. 189 WCGW Fullface -L WCGW VM WCGW VM

90 s - PCD & WNMA MW -L WNMA-431-MW. 248 WNMA-432-MW WNMA-433-MW. 224 WNMM MW -L WNMM-431-MW. 248 WNMM-432-MW WNMM-433-MW

91 s - CBN CCMT EW CCMT F-EW CCMT-21.51F-EW CCMT-21.52F-EW CCMT F-EW. 134 CCMT-32.51F-EW CCMT-32.52F-EW PBC-10 PBC-15 PBC-20 PBC-30 CCMW 80 r d l¹ l EW d¹ 7 S CCMW F-EW CCMW-21.51F-EW CCMW-21.51T-EW CCMW T-EW. 134 CCMW-21.52F-EW CCMW-21.52T-EW CCMW-321F-EW. 122 CCMW-321T-EW CCMW-322F-EW CCMW-322T-EW CCMW F-EW. 134 CCMW T-EW. 134 CCMW-32.51F-EW. 122 CCMW-32.51T-EW CCMW-32.52F-EW CCMW-32.52T-EW CCMW-32.53F-EW. 098 CCMW-32.53T-EW. 098 CCMW-431F-EW. 122 CCMW-431T-EW CCMW-432F-EW CCMW-432T-EW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 89

92 s - CBN CCMW EWS CCMW F-EWS CCMW-21.51F-EWS CCMW-21.51T-EWS CCMW T-EWS. 134 CCMW-21.52F-EWS CCMW-21.52T-EWS CCMW F-EWS SBC1 SB CCMW T-EWS. 134 CCMW-32.51F-EWS. 122 CCMW-32.51T-EWS CCMW-32.52F-EWS CCMW-32.52T-EWS CCMW-32.53F-EWS. 098 CCMW-32.53T-EWS. 098 SB25 SB40 CCMW EWS wiper edge neutral CCMW FW-EWS CCMW TW-EWS CCMW-21.51FW-EWS. 130 CCMW-21.51TW-EWS CCMW FW-EWS SBC1 SB CCMW TW-EWS. 130 CCMW-32.51FW-EWS CCMW-32.51TW-EWS CCMW-32.52FW-EWS. 106 CCMW-32.52TW-EWS. 106 SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 90

93 s - CBN CCMW MultiCut CCMW F-MC CCMW-32.51F-MC CCMW-32.51T-MC CCMW T-MC. 134 CCMW-32.52F-MC CCMW-32.52T-MC PBC-10 PBC-15 PBC-20 PBC-30 CCMW MultiCut wiper edge neutral CCMW FW-MC CCMW-32.51FW-MC CCMW-32.51TW-MC. 130 CCMW TW-MC. 130 CCMW-32.52FW-MC. 106 CCMW-32.52TW-MC. 106 PBC-10 PBC-15 PBC-20 PBC-30 CCMW MW CCMW-431F-MW PBC-10 PBC-15 PBC-20 PBC CCMW-431T-MW CCMW-432F-MW CCMW-432T-MW Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 91

94 s - CBN CCMW Whole edge tipped CCMW-21.51FR/L-GS CCMW-21.51TR/L-GS CCMW-21.52FR/L-GS CCMW-21.52TR/L-GS. 254 CCMW-32.51FR/L-GS. 382 CCMW-32.51TR/L-GS CCMW-32.52FR/L-GS. 382 CCMW-32.52TR/L-GS. 382 R ight hand shown Ordering Example: 10 pcs. CCMW-21.51FR -GS PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 CNMA EW CNMA-321F-EW. 122 CNMA-321T-EW CNMA-322F-EW CNMA-322T-EW CNMA-430.5F-EW CNMA-431T-EW CNMA-432F-EW. 134 CNMA-430.5T-EW. 134 CNMA-431F-EW. 122 CNMA-432T-EW CNMA-433F-EW. 098 CNMA-433T-EW. 098 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 92

95 s - CBN CNMA MultiCut CNMA-431F-MC CNMA-432F-MC CNMA-431T-MC CNMA-432T-MC. 106 CNMA-433T-MC PBC-10 PBC-15 PBC-20 PBC-30 CNMA MultiCut wiper edge neutral CNMA-430.5FW-MC CNMA-431FW-MC CNMA-431TW-MC. 130 CNMA-430.5TW-MC. 130 CNMA-432FW-MC. 106 CNMA-432TW-MC. 106 PBC-10 PBC-15 PBC-20 PBC-30 CNMA PolyCut-S CNMA-430.5F-PC-S CNMA-431T-PC-S CNMA-432F-PC-S CNMA-430.5T-PC-S. 114 CNMA-431F-PC-S CNMA-432T-PC-S. 098 CNMA-433F-PC-S. 087 CNMA-433T-PC-S. 087 SBC1 SB10 SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 93

96 s - CBN CNMA PolyCut-S wiper edge neutral CNMA-430.5FW-PC-S CNMA-431FW-PC-S CNMA-431TW-PC-S. 114 CNMA-430.5TW-PC-S. 114 CNMA-432FW-PC-S. 098 CNMA-432TW-PC-S. 098 SBC1 SB10 SB25 SB40 CNMA PolyCut-M SBC1 SB10 SB25 SB40 CNMA-431T-PC-M CNMA-432T-PC-M CNMA-433T-PC-M CNMA PolyCut-M/ 4 SBC1 SB10 SB25 SB40 CNMA-431T-PC-M CNMA-432T-PC-M CNMA-433T-PC-M CNMA-434T-PC-M Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 94

97 s - CBN CNMA MW CNMA-431F-MW CNMA-432T-MW CNMA-431T-MW. 209 CNMA-432F-MW CNMA-433F-MW. 185 CNMA-433T-MW. 185 CNMA-434T-MW PBC-10 PBC-15 PBC-20 PBC-30 CNMF PolyCut-S CNMF-321F-PC-S SBC1 SB10 SB25 SB40 CNMF-322F-PC-S CNMF-323F-PC-S CNMF-431F-PC-S CNMF-432F-PC-S CNMF-433F-PC-S CNMG PolyCut-S SBC1 SB10 SB25 SB40 CNMG-431F-PC-S CNMG-432F-PC-S CNMG-433F-PC-S Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 95

98 s - CBN CNMN PolyCut-M CNMN-321F-PC-M CNMN-321T-PC-M CNMN-322F-PC-M CNMN-322T-PC-M. 102 CNMN-323F-PC-M CNMN-323T-PC-M CNMN-431F-PC-M CNMN-431T-PC-M CNMN-432F-PC-M CNMN-432T-PC-M. 102 CNMN-433F-PC-M CNMN-433T-PC-M SBC1 SB10 SB25 SB40 CNMN PolyCut-M wiper edge neutral CNMN-320.5FW-PC-M. 114 CNMN-320.5TW-PC-M. 114 CNMN-321FW-PC-M CNMN-321TW-PC-M CNMN-322FW-PC-M. 102 CNMN-322TW-PC-M. 102 CNMN-430.5FW-PC-M. 114 CNMN-430.5TW-PC-M. 114 CNMN-431FW-PC-M CNMN-431TW-PC-M CNMN-432FW-PC-M. 102 CNMN-432TW-PC-M. 102 SBC1 SB10 SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 96

99 s - CBN CNMN PolyCut-M/ 4 SBC1 SB10 SB25 SB40 CNMN-431T-PC-M CNMN-432T-PC-M CNMN-433T-PC-M CNMN-434T-PC-M CNMN PolyCut-S/ 4 SBC1 SB10 SB25 SB40 CNMN-321T-PC-S CNMN-322T-PC-S CNMN-323T-PC-S CNMN-324T-PC-S CPMT EW CPMT F-EW CPMT F-EW. 079 CPMT F-EW CPMT F-EW. 087 CPMT F-EW CPMT F-EW. 087 CPMT F-EW CPMT-21.51F-EW CPMT-21.52F-EW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 97

100 s - CBN CPMW EW CPMW F-EW CPMW T-EW CPMW F-EW CPMW T-EW. 079 CPMW F-EW CPMW T-EW CPMW F-EW. 087 CPMW T-EW. 087 CPMW F-EW CPMW T-EW CPMW F-EW. 087 CPMW T-EW. 087 CPMW F-EW. 134 CPMW T-EW. 134 CPMW-21.51F-EW CPMW-21.51T-EW. 122 CPMW-21.52F-EW CPMW-21.52T-EW CPMW F-EW. 134 CPMW T-EW. 134 CPMW-32.51F-EW CPMW-32.51T-EW. 122 CPMW-32.52F-EW CPMW-32.52T-EW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 98

101 s - CBN CPMW EWS wiper edge neutral CPMW FW-EWS CPMW TW-EWS CPMW FW-EWS. 087 CPMW TW-EWS. 087 CPMW FW-EWS CPMW TW-EWS CPMW FW-EWS. 087 CPMW TW-EWS. 087 CPMW FW-EWS SBC1 SB CPMW TW-EWS CPMW-21.51FW-EWS CPMW-21.51TW-EWS SB25 SB40 CPMW Whole edge tipped CPMW FR/L-GS CPMW TR/L-GS. 220 CPMW-21.51FR/L-GS CPMW-21.51TR/L-GS CPMW-21.52FR/L-GS CPMW-21.52TR/L-GS. 254 R ight hand shown Ordering Example: 10 pcs. CPMW FR -GS PBC-10 (Right Hand) PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 99

102 s - CBN DCMT EW DCMT F-EW DCMT-21.51F-EW DCMT-21.52F-EW DCMT F-EW. 154 DCMT-31.51F-EW DCMT-32.52F-EW PBC-10 PBC-15 PBC-20 PBC-30 DCMW EW DCMW F-EW DCMW-21.51F-EW DCMW-21.51T-EW. 154 DCMW T-EW. 154 DCMW-21.52F-EW DCMW-21.52T-EW DCMW-320.5F-EW. 154 DCMW-320.5T-EW. 154 DCMW-321F-EW DCMW-321T-EW DCMW-322F-EW DCMW-322T-EW DCMW F-EW. 154 DCMW T-EW. 154 DCMW-32.51F-EW DCMW-32.51T-EW DCMW-32.52F-EW DCMW-32.52T-EW DCMW-431F-EW DCMW-431T-EW DCMW-432F-EW DCMW-432T-EW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 100

103 s - CBN DCMW EWS DCMW-21.50F-EWS DCMW T-EWS DCMW-21.51F-EWS DCMW-21.50T-EWS DCMW F-EWS. 154 DCMW-21.51T-EWS DCMW-21.52F-EWS DCMW-21.52T-EWS DCMW-32.50F-EWS SBC1 SB DCMW-32.50T-EWS DCMW F-EWS. 154 DCMW T-EWS. 154 DCMW-32.51F-EWS DCMW-32.51T-EWS DCMW-32.52F-EWS DCMW-32.52T-EWS DCMW-32.53F-EWS. 102 DCMW-32.53T-EWS. 102 SB25 SB40 DCMW EWS wiper edge 93 right or left hand DCMW-21.50FR/LW-EWS DCMW FR/LW-EWS DCMW TR/LW-EWS Note: CCMT F-EW: F= sharp cutting edge, T= T-Land. 004 DCMW-21.50TR/LW-EWS. 004 DCMW-21.51FR/LW-EWS DCMW-21.51TR/LW-EWS DCMW-32.50FR/LW-EWS. 004 DCMW-32.50TR/LW-EWS. 004 DCMW FR/LW-EWS DCMW TR/LW-EWS DCMW-32.51FR/LW-EWS DCMW-32.51TR/LW-EWS DCMW-32.52FR/LW-EWS DCMW-32.52TR/LW-EWS R ight hand shown Ordering Example: 10 pcs. DCMW-21.50FR SBC1 (Right Hand) SBC1 SB10 SB25 SB40 101

104 s - CBN DCMW MultiCut DCMW T-MC DCMW-21.51T-MC DCMW-21.52T-MC DCMW F-MC. 154 DCMW T-MC. 154 DCMW-32.51F-MC DCMW-32.51T-MC DCMW-32.52F-MC DCMW-32.52T-MC PBC-10 PBC-15 PBC-20 PBC-30 DCMW MW DCMW F-MW DCMW-32.51F-MW DCMW-32.51T-MW DCMW T-MW. 220 DCMW-32.52F-MW DCMW-32.52T-MW DCMW-431T-MW DCMW-432T-MW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 102

105 s - CBN DNMA EW DNMA-330.5F-EW DNMA-331F-EW DNMA-331T-EW. 154 DNMA-330.5T-EW. 154 DNMA-332F-EW DNMA-332T-EW DNMA-430.5F-EW. 154 DNMA-430.5T-EW. 154 DNMA-431F-EW DNMA-431T-EW DNMA-432F-EW DNMA-432T-EW DNMA-441F-EW DNMA-441T-EW DNMA-442F-EW DNMA-442T-EW PBC-10 PBC-15 PBC-20 PBC-30 DNMA PolyCut-S DNMA-431F-PC-S DNMA-432F-PC-S DNMA-432T-PC-S. 102 DNMA-431T-PC-S DNMA-433F-PC-S DNMA-433T-PC-S DNMA-440.5F-PC-S SBC1 SB10 DNMA-440.5T-PC-S DNMA-441F-PC-S DNMA-441T-PC-S DNMA-442F-PC-S. 102 DNMA-442T-PC-S. 102 DNMA-443F-PC-S DNMA-443T-PC-S SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 103

106 d s - CBN DNMA PolyCut-S/ 4 DNMA-330.5T-PC-S DNMA-331T-PC-S DNMA-332T-PC-S DNMA-333T-PC-S DNMA-431T-PC-S DNMA-432T-PC-S DNMA-433T-PC-S DNMA-441T-PC-S DNMA-442T-PC-S DNMA-443T-PC-S DNMA-444T-PC-S SBC1 SB10 SB25 SB40 DNMA 55 r l¹ PolyCut-M l d¹ S DNMA-431T-PC-M DNMA-432T-PC-M DNMA-433T-PC-M DNMA-441T-PC-M SBC1 SB10 DNMA-442T-PC-M DNMA-443T-PC-M SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 104

107 s - CBN DNMA MW DNMA-432T-MW DNMA-433T-MW. 177 DNMA-441F-MW DNMA-442T-MW DNMA-443F-MW DNMA-441T-MW. 217 DNMA-442F-MW DNMA-443T-MW. 177 DNMA-444F-MW DNMA-444T-MW PBC-10 PBC-15 PBC-20 PBC-30 DNMG PolyCut-S DNMG-431F-PC-S DNMG-432F-PC-S DNMG-433F-PC-S DNMG-441F-PC-S SBC1 SB10 DNMG-442F-PC-S DNMG-443F-PC-S SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 105

108 s - CBN DPMW EW DPMW F-EW. 154 DPMW T-EW. 154 DPMW-21.51F-EW DPMW-21.51T-EW DPMW-21.52F-EW DPMW-21.52T-EW DPMW F-EW. 154 DPMW T-EW. 154 DPMW-32.51F-EW DPMW-32.51T-EW DPMW-32.52F-EW DPMW-32.52T-EW PBC-10 PBC-15 PBC-20 PBC-30 EPMT EW EPMT F-EW EPMT F-EW. 087 EPMT F-EW EPMT F-EW EPMT F-EW EPMT-21.51F-EW. 122 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 106

109 s - CBN EPMW EW EPMW F-EW EPMW T-EW EPMW F-EW EPMW T-EW. 087 EPMW F-EW. 106 EPMW T-EW EPMW F-EW EPMW T-EW EPMW F-EW. 134 EPMW T-EW EPMW-21.51F-EW. 122 EPMW-21.51T-EW. 122 EPMW F-EW. 134 EPMW T-EW. 134 EPMW-2.521F-EW EPMW-2.521T-EW. 122 EPMW-2.522F-EW EPMW-2.522T-EW PBC-10 PBC-15 PBC-20 PBC-30 RCMW Fullface RCMW-0602M0F-VM RCMW-0602M0T-VM RCMW-0803M0F-VM RCMW-0803M0T-VM RCMW-1003M0T-VM RCMW-10T3M0T-VM RCMW-1204M0T-VM PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 107

110 s - CBN RCGX Fullface SBC1 SB10 PBC-10 PBC-15 PBC-20 SB25 PBC-30 RCGX-24F-VM RCGX-24T-VM RCGX-35T-VM RCGX-45T-VM RNGN Solid SBC1 SB10 SB25 SB40 RNGN-32T RNGN-42T RNGN-43T. 500 RNGN Fullface RNGN-32F-VM PBC-10 PBC-15 PBC-20 PBC-30 RNGN-32T-VM RNGN-43F-VM. 500 RNGN-43T-VM. 500 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 108

111 s - CBN RNMA Fullface RNMA-32F-VM PBC-10 PBC-15 PBC-20 PBC-30 RNMA-32T-VM RNMA-43F-VM RNMA-43T-VM RPMW Fullface PBC-10 PBC-15 PBC-20 PBC-30 RPMW-1204M0T-VM RPMW-43T-VM SCMW EW SCMW-32.51F-EW SCMW-32.51T-EW SCMW-32.52F-EW. 134 SCMW-32.52T-EW. 134 SCMW-431F-EW SCMW-431T-EW SCMW-432F-EW SCMW-432T-EW. 134 SCMW-433F-EW. 126 SCMW-433T-EW. 126 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 109

112 s - CBN SCMW Whole edge tipped SCMW-32.51F-GS PBC-10 PBC PBC-20 PBC-30 SCMW-32.51T-GS SCMW-32.52F-GS. 375 SCMW-32.52T-GS. 375 SNGN PolyCut-M SNGN-321F-PC-M SNGN-321T-PC-M SNGN-322F-PC-M SNGN-322T-PC-M SNGN-323F-PC-M. 102 SNGN-323T-PC-M. 102 SNGN-431F-PC-M SBC1 SB10 SNGN-431T-PC-M SNGN-432F-PC-M SNGN-432T-PC-M SNGN-433F-PC-M. 102 SNGN-433T-PC-M. 102 SB25 SB40 SNGN PolyCut-M/ 4 SBC1 SB10 SB25 SB40 SNGN-431T-PC-M SNGN-432T-PC-M SNGN-433T-PC-M SNGN-434T-PC-M Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 110

113 s - CBN SNGN PolyCut-M whole edge SNGN-322T-MGS SNGN-323T-MGS SNGN-324T-MGS SNGN-432T-MGS. 500 SNGN-433T-MGS SNGN-434T-MGS SBC1 SB10 SB25 SB40 SNGN PolyCut-S/ 4 SBC1 SB10 SB25 SB40 SNGN-321T-PC-S SNGN-322T-PC-S SNGN-323T-PC-S SNGN-324T-PC-S SNGN Solid SNGN-321F-SBC. 375 SNGN-321T-SBC. 375 SNGN-322F-SBC. 375 SNGN-322T-SBC SNGN-323F-SBC. 375 SNGN-323T-SBC. 375 SNGN-324F-SBC SNGN-324T-SBC SBC1 SB10 SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 111

114 s - CBN SNMA EW SNMA-431F-EW SNMA-432F-EW SNMA-432T-EW. 134 SNMA-431T-EW SNMA-433F-EW. 126 SNMA-433T-EW. 126 PBC-10 PBC-15 PBC-20 PBC-30 SNMA PolyCut-M SBC1 SB10 SB25 SB40 SNMA-431T-PC-M SNMA-432T-PC-M SNMA-433T-PC-M. 102 SNMA PolyCut-M/ 4 SBC1 SB10 SB25 SB40 SNMA-432T-PC-M SNMA-433T-PC-M SNMA-434T-PC-M Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 112

115 s - CBN SNMA PolyCut-M whole edge SNMA-432F-PC-MGS SBC1 SB SB25 SB40 SNMA-432T-PC-MGS SNMA-433F-PC-MGS. 500 SNMA-433T-PC-MGS. 500 SNMA PolyCut-S SNMA-431F-PC-S SNMA-432F-PC-S SNMA-432T-PC-S SNMA-431T-PC-S SNMA-433F-PC-S. 102 SNMA-433T-PC-S. 102 SBC1 SB10 SB25 SB40 SNMG PolyCut-S SBC1 SB10 SB25 SB40 SNMG-431F-PC-S SNMG-432F-PC-S SNMG-433F-PC-S. 102 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 113

116 s - CBN SPGN EW SPGN-321F-EW SPGN-321T-EW SPGN-322F-EW. 134 SPGN-322T-EW. 134 SPGN-421F-EW SPGN-421T-EW SPGN-422F-EW SPGN-422T-EW. 134 SPGN-423F-EW. 126 SPGN-423T-EW. 126 PBC-10 PBC-15 PBC-20 PBC-30 SPGN Whole edge tipped SPGN-321F-GS PBC-10 PBC-15 PBC PBC-30 SPGN-321T-GS SPGN-322F-GS. 375 SPGN-322T-GS. 375 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 114

117 s - CBN SPMW EW SPMW-32.51F-EW SPMW-32.51T-EW SPMW-32.52F-EW. 134 SPMW-32.52T-EW. 134 SPMW-431F-EW SPMW-431T-EW SPMW-432F-EW SPMW-432T-EW. 134 SPMW-433F-EW. 126 SPMW-433T-EW. 126 PBC-10 PBC-15 PBC-20 PBC-30 SPMW Whole edge tipped SPMW-32.51F-GS PBC PBC-15 PBC-20 PBC-30 SPMW-32.51T-GS SPMW-32.52F-GS. 375 SPMW-32.52T-GS. 375 TBGN Fullface TBGN F-VM. 256 TBGN T-VM. 256 TBGN-1.211F-VM TBGN-1.211T-VM. 256 TBGN-1.212F-VM. 256 TBGN-1.212T-VM. 256 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 115

118 s - CBN TBGW Fullface TBGW F-VM. 256 TBGW T-VM. 256 TBGW-1.211F-VM TBGW-1.211T-VM. 256 TBGW-1.212F-VM. 256 TBGW-1.212T-VM. 256 PBC-10 PBC-15 PBC-20 PBC-30 TCMT EW TCMT F-EW TCMT F-EW PBC-10 PBC-15 PBC-20 PBC-30 TCMT F-EW TCMT-21.51F-EW Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 116

119 s - CBN TCMW EW TCMW F-EW TCMW F-EW TCMW T-EW. 150 TCMW T-EW. 150 TCMW F-EW TCMW T-EW TCMW F-EW. 150 TCMW T-EW. 150 TCMW-21.51F-EW TCMW-21.51T-EW TCMW-21.52F-EW TCMW-21.52T-EW TCMW-21.53F-EW. 102 TCMW-21.53T-EW. 102 TCMW-32.51F-EW TCMW-32.51T-EW TCMW-32.52F-EW TCMW-32.52T-EW PBC-10 PBC-15 PBC-20 PBC-30 TCMW MW TCMW-32.51F-MW TCMW-32.52F-MW TCMW-32.52T-MW. 217 TCMW-32.51T-MW. 217 TCMW-32.53F-MW. 177 TCMW-32.53T-MW. 177 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 117

120 s - CBN TCMW Whole edge tipped TCMW F-GS TCMW T-GS. 378 TCMW-21.51F-GS TCMW-21.51T-GS TCMW-21.52T-GS. 433 TCMW-32.51T-GS TCMW-32.52T-GS. 650 PBC-10 PBC-15 PBC-20 PBC-30 TNMA EW TNMA-221F-EW TNMA-221T-EW TNMA-222F-EW TNMA-222T-EW TNMA-331F-EW TNMA-331T-EW TNMA-332F-EW TNMA-332T-EW TNMA-333F-EW. 102 TNMA-333T-EW. 102 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 118

121 s - CBN TNMA PolyCut-S TNMA-330.5F-PC-S r TNMA-330.5T-PC-S TNMA-331F-PC-S TNMA-331T-PC-S TNMA-332F-PC-S. 102 TNMA-332T-PC-S. 102 TNMA-333F-PC-S TNMA-333T-PC-S TNMA-431F-PC-S SBC1 SB10 TNMA-431T-PC-S TNMA-432F-PC-S. 102 TNMA-432T-PC-S. 102 SB25 SB40 TNMA PolyCut-M SBC1 SB10 SB25 SB40 TNMA-331T-PC-M TNMA-332T-PC-M TNMA-333T-PC-M TNMA PolyCut-M/ 4 SBC1 SB10 SB25 SB40 TNMA-331T-PC-M TNMA-332T-PC-M TNMA-333T-PC-M TNMA-432T-PC-M TNMA-433T-PC-M Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 119

122 s - CBN TNMA MW TNMA-331F-MW PBC-10 PBC-15 PBC-20 PBC TNMA-331T-MW. 217 TNMA-332F-MW TNMA-332T-MW TNMA-333F-MW. 177 TNMA-333T-MW. 177 TNMA Whole edge r PBC-10 PBC-15 PBC-20 PBC-30 TNMA-332T-GS TNMA-333T-GS. 650 TNMG PolyCut-S SBC1 SB10 SB25 SB40 TNMG-331F-PC-S TNMG-332F-PC-S TNMG-333F-PC-S Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 120

123 s - CBN TPGA 60 r l¹ EW d l d¹ 11 S TPGA-220.5F-EW. 150 TPGA-220.5T-EW. 150 TPGA-221F-EW TPGA-221T-EW TPGA-222F-EW TPGA-222T-EW PBC-10 PBC-15 PBC-20 PBC-30 TPGN EW TPGN F-EW TPGN T-EW TPGN-21.51F-EW TPGN-21.51T-EW TPGN-220.5F-EW TPGN-221F-EW TPGN-221T-EW. 150 TPGN-220.5T-EW. 150 TPGN-222F-EW TPGN-222T-EW TPGN-321F-EW TPGN-321T-EW TPGN-322F-EW TPGN-322T-EW PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 121

124 s - CBN TPGN Whole edge tipped r TPGN T-GS TPGN-21.51T-GS TPGN-221T-GS TPGN-222T-GS. 433 TPGN-321T-GS TPGN-322T-GS. 650 PBC-10 PBC-15 PBC-20 PBC-30 TPGN Fullface r PBC-10 PBC-15 PBC-20 PBC-30 TPGN-221T-VM TPGN-222T-VM. 433 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 122

125 s - CBN TPMW EW TPMW F-EW. 150 TPMW T-EW TPMW F-EW TPMW T-EW TPMW F-EW. 150 TPMW T-EW TPMW F-EW TPMW T-EW TPMW F-EW. 150 TPMW T-EW TPMW-21.51F-EW TPMW-21.51T-EW TPMW-220.5F-EW TPMW-221F-EW TPMW-221T-EW. 150 TPMW-220.5T-EW. 150 TPMW-222F-EW TPMW-222T-EW TPMW-331F-EW TPMW-331T-EW TPMW-332F-EW TPMW-332T-EW PBC-10 PBC-15 PBC-20 PBC-30 TPMW Whole edge tipped TPMW T-GS TPMW T-GS TPMW-21.52T-GS TPMW-221F-GS TPMW-221T-GS TPMW-222F-GS TPMW-222T-GS. 433 TPMW-332T-GS PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 123

126 s - CBN VBMW EWS VBMW F-EWS VBMW T-EWS VBMW-21.51F-EWS. 122 VBMW-21.51T-EWS. 122 VBMW-330.5F-EWS SBC1 SB10 VBMW-330.5T-EWS VBMW-331F-EWS VBMW-331T-EWS. 122 VBMW-332F-EWS VBMW-332T-EWS SB25 SB40 VBMW MultiCut-S VBMW-330.5F-MC-S SBC1 SB10 VBMW-331F-MC-S VBMW-331T-MC-S. 122 VBMW-330.5T-MC-S VBMW-332F-MC-S VBMW-332T-MC-S SB25 SB40 VBMW MultiCut-S/ 4 SBC1 SB10 SB25 SB40 VBMW-331T-MC-S VBMW-332T-MC-S VBMW-333T-MC-S VBMW-334T-MC-S Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 124

127 s - CBN VBMW MW VBMW F-MW. 185 VBMW T-MW. 185 VBMW-21.51F-MW VBMW-21.51T-MW. 177 VBMW-21.52F-MW. 165 VBMW-21.52T-MW. 165 VBMW-330.5F-MW. 209 VBMW-330.5T-MW. 209 VBMW-331F-MW VBMW-331T-MW VBMW-332F-MW. 173 VBMW-332T-MW. 173 VBMW-333T-MW. 154 VBMW-334T-MW. 063 PBC-10 PBC-15 PBC-20 PBC-30 VCMT 35 r l¹ l d EWS d¹ 7 S VCMT F-EWS VCMT F-EWS. 126 VCMT-220.5F-EWS VCMT-221F-EWS. 122 VCMT F-EWS VCMT-2.521F-EWS. 122 VCMT-330.5F-EWS SBC1 SB10 VCMT-331F-EWS VCMT-332F-EWS SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 125

128 s - CBN VCMW EWS VCMW F-EWS VCMW T-EWS VCMW F-EWS. 126 VCMW T-EWS. 126 VCMW-220.5F-EWS VCMW-220.5T-EWS VCMW-221F-EWS. 122 VCMW-221T-EWS. 122 VCMW F-EWS VCMW T-EWS VCMW-2.521F-EWS. 122 VCMW-2.521T-EWS. 122 VCMW-330.5F-EWS SBC1 SB10 VCMW-330.5T-EWS VCMW-331F-EWS VCMW-331T-EWS. 122 VCMW-332F-EWS VCMW-332T-EWS SB25 SB40 VCMW MultiCut-S VCMW-220.5F-MC-S VCMW-221F-MC-S VCMW-220.5T-MC-S VCMW-221T-MC-S. 122 VCMW-222T-MC-S VCMW-330.5F-MC-S SBC1 SB10 VCMW-330.5T-MC-S VCMW-331F-MC-S VCMW-331T-MC-S. 122 VCMW-332F-MC-S VCMW-332T-MC-S SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 126

129 s - CBN VCMW MultiCut-S/ 4 SBC1 SB10 SB25 SB40 VCMW-331T-MC-S VCMW-332T-MC-S VCMW-333T-MC-S VCMW-334T-MC-S VCMW MW VCMW F-MW VCMW T-MW VCMW F-MW. 150 VCMW T-MW VCMW-220.5F-MW. 185 VCMW-220.5T-MW. 185 VCMW-221F-MW VCMW-221T-MW. 177 VCMW-222F-MW. 165 VCMW-222T-MW. 165 VCMW F-MW. 209 VCMW T-MW VCMW-2.521F-MW VCMW-2.521T-MW VCMW-330.5F-MW. 209 VCMW-330.5T-MW. 209 VCMW-331F-MW VCMW-331T-MW VCMW-332F-MW. 173 VCMW-332T-MW. 173 VCMW-333F-MW. 154 VCMW-333T-MW. 154 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 127

130 s - CBN VNMA PolyCut-M SBC1 SB10 SB25 SB40 VNMA-331T-PC-M VNMA-332T-PC-M VNMA-333T-PC-M. 087 VNMA PolyCut-M/ 4 SBC1 SB10 SB25 SB40 VNMA-331T-PC-M VNMA-332T-PC-M VNMA-333T-PC-M VNMA-334T-PC-M VNMA MW VNMA-331F-MW VNMA-332T-MW VNMA-333F-MW VNMA-331T-MW VNMA-332F-MW. 173 VNMA-333T-MW. 154 VNMA-334F-MW.063 VNMA-334T-MW. 063 PBC-10 PBC-15 PBC-20 PBC-30 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 128

131 s - CBN VNMA PolyCut-S VNMA-330.5F-PC-S SBC1 SB10 VNMA-331T-PC-S VNMA-332F-PC-S VNMA-330.5T-PC-S VNMA-331F-PC-S VNMA-332T-PC-S VNMA-333F-PC-S. 087 VNMA-333T-PC-S. 087 SB25 SB40 VNMG PolyCut-S SBC1 SB10 SB25 SB40 VNMG-331F-PC-S VNMG-332F-PC-S VNMG-333F-PC-S. 087 WBGW/L Fullface WBGW LF-VM PBC-10 PBC-15 PBC-20 PBC WBGW LT-VM WBGW-1.211LF-VM. 189 WBGW-1.211LT-VM. 189 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 129

132 s - CBN WCGW Fullface WCGW F-VM PBC-10 PBC-15 PBC-20 PBC WCGW T-VM WCGW-1.211F-VM. 106 WCGW-1.211T-VM. 106 WNMA EW WNMA-431F-EW WNMA-432F-EW WNMA-432T-EW. 122 WNMA-431T-EW. 122 WNMA-433F-EW. 098 WNMA-433T-EW. 098 PBC-10 PBC-15 PBC-20 PBC-30 WNMA PolyCut-M SBC1 SB10 SB25 SB40 WNMA-431T-PC-M WNMA-432T-PC-M WNMA-433T-PC-M Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 130

133 s - CBN WNMA PolyCut-M/ 4 SBC1 SB10 SB25 SB40 WNMA-431T-PC-M WNMA-432T-PC-M WNMA-433T-PC-M WNMA-434T-PC-M WNMA MW WNMA-431F-MW WNMA-432F-MW WNMA-432T-MW. 209 WNMA-431T-MW. 209 WNMA-433F-MW. 185 WNMA-433T-MW. 185 PBC-10 PBC-15 PBC-20 PBC-30 WNMA PolyCut-S WNMA-431F-PC-S SBC1 SB10 WNMA-432F-PC-S WNMA-432T-PC-S. 102 WNMA-431T-PC-S WNMA-433F-PC-S WNMA-433T-PC-S SB25 SB40 Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 131

134 s - CBN WNMG PolyCut-S SBC1 SB10 SB25 SB40 WNMG-431F-PC-S WNMG-432F-PC-S WNMG-433F-PC-S Note: CCMT F-EW: F= sharp cutting edge, T= T-Land 132

135

136 s - PCD & CPGT..PD R Milling insert positive right hand CPGT-43PDR L CPGT-43PDR CPGT-43PDR CPGW..PD R Milling insert neutral -L CPGW-43PDR CPGW-43PDR CPGW-43PDR RDHX Milling insert fullface RDHX-0501M L RDHX-0702M RDHX-1003M RDHX-12T3M

137 s - PCD & SDHW..AE N Milling insert neutral -L SDHW-43AEN SDHW-43AEN-6 SEHW..AF N Milling insert neutral -L SEHW-43AFN SEHW-43AFN-6 SEKN..AF N Milling insert neutral -L SEKN-42AFN SEKN-42AFN-6 135

138 s - PCD & SPKN..ED R Milling insert right hand -L SPKN-42EDR SPKN-42EDR SPKN-42EDR SPGW..ED R Milling insert right hand -L SPGW-43EDR SPGW-43EDR SPGW-43EDR SPGT..ED R Milling insert positive, right hand -L SPGT-43EDR

139 s - PCD & SPGW..PD R Milling insert right hand -L SPGW-43PDR SPGW-43PDR SPGW-43PDR SPGT..PD R Milling insert positive, right hand -L SPGT-43PDR TPKN..PD R Milling insert right hand -L TPKN-32PDR TPKN-32PDR

140 s - CBN RDHX Fullface milling insert PBC-10 PBC-15 PBC-20 PBC-30 RDHX-0702MOT-VM RDHX-1003MOT-VM RDHX-12T3MOT-VM SDHW..AE N MW milling insert PBC-10 PBC-15 PBC-20 PBC-30 SDHW-43AENT-MW SPKN..ED R MW milling insert PBC-10 PBC-15 PBC-20 PBC-30 SPKN-42EDRT-MW TPKN..PD R MW milling insert r PBC-10 PBC-15 PBC-20 PBC-30 TPKN-32PDRT-MW TPKN-43PDRT-MW Note: RDHX MOT-VM: F= sharp cutting edge, T= T-Land 138

141

142 External Pinlock MCLNR/L A B C D F MCLNR/L 12-4B MCLNR/L 16-4D MCLNR/L 20-4D MCLNR/L 85-4D R/L= please choose right or left hand designation shim pin Lead Angle: -5 Entering Angle: 95 clamp clamp screw CNM_-43_ ICSN-432 NL-46 CL-20 XNS-48 MCMNN A B C D MCMNN 12-4B MCMNN 16-4D MCMNN 20-4D MCMNN 85-4D shim pin Lead Angle: 40 Entering Angle: 50 clamp clamp screw CNM_-43_ ICSN-432 NL-46 CL-20 XNS

143 External Pinlock MDJNR/L A B C D F MDJNR/L 12-4B MDJNR/L 16-4D MDJNR/L 20-4D MDJNR/L 24-4D MDJNR/L 85-4D MDJNR/L 12-44B MDJNR/L 16-44D MDJNR/L 20-44E R/L= please choose right or left hand designation shim pin Lead Angle: -3 Entering Angle: 93 clamp clamp screw DNM_-43_ IDSN-432 NL-46 CL-20 XNS-48 DNM_-44_ IDSN-432 NL-46 CL-20 XNS-48 MDPNN A B C D MDPNN 12-4B MDPNN 16-4D MDPNN 20-4D MDPNN 12-44B MDPNN 16-44D MDPNN 20-44E shim pin Lead Angle: 27.5 Entering Angle: 62.5 clamp clamp screw DNM_-43_ IDSN-432 NL-46 CL-20 XNS-48 DNM_-44_ IDSN-432 NL-46 CL-20 XNS

144 External Pinlock MRGNR/L A B C D F shim pin Lead Angle: 45 Entering Angle: 45 MRGNR/L 12-3B RNMG-32 NL-33 CL-6 XNS-36 MRGNR/L 12-4B MRGNR/L 16-4D MRGNR/L 20-4D MRGNR/L 85-4D MRGNR/L 86-4D R/L= please choose right or left hand designation MSDNN clamp clamp screw RNMG-43 IRSN-43 NL-46 CL-20 XNS-48 A B C D MSDNN 12-4B MSDNN 16-4D MSDNN 85-4D shim pin Lead Angle: 45 Entering Angle: 45 clamp clamp screw SNM_-43_ ISSN-432 NL-46 CL-20 XNS-48 MTENN A B C D MTENN 12-3B MTENN 16-3D shim TNM_-33_ ITSN-322 pin Lead Angle: 30 Entering Angle: 60 clamp clamp screw NL-34L CL-20 XNS-48 MTENN 16-4D TNM_-43_ ITSN-433 NL-63 CL-20 XNS

145 External Pinlock MTFNR/L A B C D F MTFNR/L 12-3B MTFNR/L 16-3D MTFNR/L 16-4D MTFNR/L 20-4D MTFNR/L 85-4D MTFNR/L 86-4D R/L= please choose right or left hand designation shim TNM_-33_ ITSN-322 pin Lead Angle: 0 Entering Angle: 90 clamp clamp screw NL-34L CL-20 XNS-48 TNM_-43_ ITSN-433 NL-46 CL-20 XNS-48 MTGNR/L A B C D F MTGNR/L 12-3B MTGNR/L 16-3D MTGNR/L 16-4D MTGNR/L 20-4D MTGNR/L 85-4D MTGNR/L 86-4D R/L= please choose right or left hand designation shim TNM_-33_ ITSN-322 pin Lead Angle: 0 Entering Angle: 90 clamp clamp screw NL-34L CL-20 XNS-48 TNM_-43_ ITSN-433 NL-46 CL-20 XNS

146 External Pinlock MTJNR/L A B C D F MTJNR/L 12-3B MTJNR/L 16-3D MTJNR/L 16-4D MTJNR/L 20-4D R/L= please choose right or left hand designation MVJNR/L shim TNM_-33_ ITSN-322 pin Lead Angle: -3 Entering Angle: 93 clamp clamp screw NL-34L CL-20 XNS-48 TNM_-43_ ITSN-433 NL-46 CL-20 XNS-48 A B C D F MVJNR/L 12-3B MVJNR/L 16-3D MVJNR/L 20-3D R/L= please choose right or left hand designation shim VNM_-33_ IVSN-322 pin Lead Angle: -3 Entering Angle: 93 clamp clamp screw NL-34L CL-22 XNS-48 MWLNR/L A B C D F MWLNR/L 12-4B MWLNR/L 16-4D MWLNR/L 20-4D MWLNR/L 24-4E R/L= please choose right or left hand designation shim pin Lead Angle: -5 Entering Angle: 95 clamp clamp screw WNM_-43_ IWSN-432 NL-46 CL-20 XNS

147 External Screwlock SCLCR/L A B C D F insert screw wrench Lead Angle: -5 Entering Angle: 95 SCLCR/L 6-2I CC -21.5_ C-1425 C-5507 SCLCR/L 8-3J SCLCR/L 10-3A CC -32.5_ SCLCR/L 12-3B C-1240 C-5515 SCLCR/L 16-3D SCLCR/L 12-4B SCLCR/L 16-4D SCLCR/L 20-4D R/L= please choose right or left hand designation shim shim screw C-1440 C-5515 CC -43_ C-1540 C-5517 C-3614 C-1760 SCLPR/L A B C D F SCLPR/L 6-2I SCLPR/L 8-2J SCLPR/L 10-2A SCLPR/L 12-2B SCLPR/L 10-3A SCLPR/L 12-3B R/L= please choose right or left hand designation insert screw wrench Lead Angle: -5 Entering Angle: 95 shim shim screw CP -21.5_ C-1425 C-5507 CP -32.5_ C-1240 C

148 External Screwlock SDJCR/L A B C D F SDJCR/L 6-2I SDJCR/L 8-2J SDJCR/L 10-2A SDJCR/L 12-2B SDJCR/L 12-3B SDJCR/L 16-3D R/L= please choose right or left hand designation insert screw wrench Lead Angle: -3 Entering Angle: 93 shim shim screw DC -21.5_ C-1225 C-5507 DC -32.5_ C-1335 C-5516 C-3714 C-1750 SDJPR/L A B C D F SDJPR/L 6-2I SDJPR/L 8-2J SDJPR/L 10-2A insert screw wrench Lead Angle: -3 Entering Angle: 93 shim shim screw DP -21.5_ C-1425 C-5507 SDJPR/L 12-3B DP -32.5_ C-1335 C-5516 C-3714 C-1750 R/L= please choose right or left hand designation 146

149 External Screwlock SDNCN A B C D F SDNCN 6-2I SDNCN 8-2J SDNCN 10-3A SDNCN 12-3B SDNCN 16-3D insert screw wrench Lead Angle: 27.5 Entering Angle: 62.5 shim shim screw DC -21.5_ C-1225 C-5507 DC -32.5_ C-1335 C-5516 C-3714 C-1750 SRDCN A B C D F insert screw wrench Lead Angle: 45 Entering Angle: 45 SRDCN 8-08J RCMT-0803MO C-1230 C-5508 SRDCN 10-10A SRDCN 12-10B SRDCN 16-12D SRDCN 20-12D shim shim screw RCMT-10T3MO C-1335 C-5516 C-3811 C-1750 RCMT-1204MO C-1335 C-5516 C-3814 C

150 External Screwlock SRGCR/L A B C F SRGCR/L 12-10B 4. 5 SRGCR/L 16-10D 6. 0 SRGCR/L 16-12D 6. 0 SRGCR/L 85-12D 6. 0 SRGCR/L 20-12D R/L= please choose right or left hand designation insert screw wrench Lead Angle: 45 Entering Angle: 45 shim shim screw RCMT-10T3MO C-1335 C-5516 C-3811 C-1750 RCMT-1204MO C-1335 C-5516 C-3814 C-1750 SRSCR/L A B C D F SRSCR/L 16-10D 6. 0 SRSCR/L 20-10D SRSCR/L 12-12B 4. 5 SRSCR/L 16-12D SRSCR/L 20-12D R/L= please choose right or left hand designation insert screw wrench Lead Angle: 45 Entering Angle: 45 shim shim screw RCMT-10T3MO C-1335 C-5516 C-3811 C-1750 RCMT-1204MO C-1335 C-5516 C-3814 C

151 External Screwlock STGCR/L A B C D F STGCR/L 6-2I STGCR/L 8-2J STGCR/L 10-3A STGCR/L 12-3B STGCR/L 16-3D R/L= please choose right or left hand designation insert screw wrench Lead Angle: 0 Entering Angle: 90 shim shim screw TC -21.5_ C-1225 C-5507 TC -32.5_ C-1335 C-5516 C-3414 C-1750 STGPR/L A B C D F STGPR/L 6-2I STGPR/L 8-2J STGPR/L 10-2A STGPR/L 12-2B STGPR/L 10-3A STGPR/L 12-3B 4. 5 R/L= please choose right or left hand designation insert screw wrench Lead Angle: 0 Entering Angle: 90 shim shim screw TP -21.5_ C-1425 C-5507 TP -32.5_ C-1440 C

152 External Screwlock SVHBR/L Lead Angle: -17 Entering Angle: A B C D F insert screw wrench shim shim screw SVHBR/L 12-3B 4. 5 SVHBR/L 16-3D 6. 0 VB -33_ C-1440 C-5516 C-3718 C-1750 R/L= please choose right or left hand designation SVHCR/L Lead Angle: -17 Entering Angle: A B C D F insert screw wrench shim shim screw SVHCR/L 12-3B SVHCR/L 16-3D VC -33_ C-1335 C-5516 C-3718 C-1750 R/L= please choose right or left hand designation SVJBR/L Lead Angle: -3 Entering Angle: -93 A B C D F insert screw wrench shim shim screw SVJBR/L 12-3B SVJBR/L 16-3D VB -33_ C-1335 C-5516 C-3718 C-1750 R/L= please choose right or left hand designation 150

153 External Screwlock SVJCR/L A B C D F SVJCR/L SVJCR/L 8-2J SVJCR/L 10-2A SVJCR/L 12-2B SVJCR/L 12-3B SVJCR/L 16-3D SVJCR/L 20-3D R/L= please choose right or left hand designation SVVBN insert screw wrench Lead Angle: -3 Entering Angle: 93 shim shim screw VC -22_ C-1225 C-5507 VC -33_ C-1335 C-5516 C-3718 C-1750 Lead Angle: 17.5 Entering Angle: 72.5 A B C D F insert screw wrench shim shim screw SVVBN 12-3B SVVBN 20-3D VB -33_ C-1335 C-5516 C-3718 C-1750 SVVCN A B C D F SVVCN 12-3B SVVCN 16-3D SVVCN 20-3D insert screw wrench Lead Angle: 17.5 Entering Angle: 72.5 shim shim screw VC -33_ C-1335 C-5516 C-3718 C

154 Internal Screwlock External Screwlock Boring Bar, Solid Carbide, Design C...SWUC, right or left hand Boring bar with cylindrical solid carbide shank Inch Right hand Left hand Right hand bar shown d min d d mm f L 1 g C03A-SWUCR-12 C03A-SWUCL WCGW C04A-SWUCR-12 C04A-SWUCL WCGW * E04A-SWUCR-12 * E04A-SWUCL WCGW *This item is supplied with coolant Boring Bar, Solid Carbide, Design E...SEUP, right or left hand Boring bar with cylindrical solid carbide shank, two clamping surfaces and internal coolant feed Metric Right hand bar shown d min d f L 1 L 2 d g7 d g7 mm h g E0610H-SEUPR/L EPH E0710K-SEUPR/L EPH E0810K-SEUPR/L EPH Boring Bar, Solid Carbide, Design E...SEUP, right or left hand Boring bar with cylindrical solid carbide shank and internal coolant feed Inch Right hand Left hand Right hand bar shown d min d g7 d g7 mm f L 1 g E04H-SEUPR-15 E04H-SEUPL EPH E05K-SEUPR-15 E05K-SEUPL EPH E06M-SEUPR-2 E06M-SEUPL EPH Metric Right hand Left hand d min d g7 d g7 mm f L 1 g E06F-SEUPR-04 E06F-SEUPL EPH E07H-SEUPR-04 E07H-SEUPL EPH E08H-SEUPR-04 E08H-SEUPL EPH E10K-SEUPR-06 E10K-SEUPL EPH E12M-SEUPR-06 E12M-SEUPL EPH E16R-SEUPR-06 E16R-SEUPL EPH Note: for right hand boring bars use left hand wiper inserts, for left hand boring bars use right hand wiper inserts 152

155 Boring Bar, Solid Carbide Shank, Design C_-SCLCR/L C_-SCLCR/L Internal Screwlock Min. Bore A D L L² F C06M-SCLCR/L C08M-SCLCR/L C10R-SCLCR/L C12S-SCLCR/L C16T-SCLCR/L insert screw wrench CC -21.5_ C-1425 C-5507 CC -32.5_ C-1440 C-5515 C16T-SCLCR/L CC -43_ C-1550 C-5525 R/L= please choose right or left hand designation Lead Angle: -5 Entering Angle: 95 These bars are also available with coolant through Boring Bar, Solid Carbide Shank, Design C_-SCLPR/L C_-SCLPR/L Min. Bore A D L L² F C06M-SCLPR/L C08R-SCLPR/L C10S-SCLPR/L C12S-SCLPR/L C16T-SCLPR/L R/L= please choose right or left hand designation insert screw wrench CP -21.5_ C-1425 C-5507 CP -32.5_ C-1440 C-5515 Lead Angle: -5 Entering Angle: 95 These bars are also available with coolant through 153

156 Internal Screwlock Boring Bar, Solid Carbide Shank, Design C_-SDUCR/L C_-SDUCR/L Min. Bore A D L L² F C06M-SDUCR/L C08M-SDUCR/L C10R-SDUCR/L C12S-SDUCR/L C16T-SDUCR/L R/L= please choose right or left hand designation insert screw wrench DC -21.5_ C-1425 C-5507 DC -32.5_ C-1440 C-5515 Lead Angle: -3 Entering Angle: 93 These bars are also available with coolant through Boring Bar, Solid Carbide Shank, Design C_-SDUPR/L C_-SDUPR/L Min. Bore A D L L² F C06M-SDUPR/L C08R-SDUPR/L C10S-SDUPR/L C12S-SDUPR/L C16T-SDUPR/L R/L= please choose right or left hand designation insert screw wrench DP -21.5_ C-1425 C-5507 DP -32.5_ C-1440 C-5515 Lead Angle: -3 Entering Angle: 93 These bars are also available with coolant through 154

157 Boring Bar, Solid Carbide Shank, Design C_-STFCR/L C_-STFCR/L Internal Screwlock Min. Bore A D L L² F C06M-STFCR/L C08M-STFCR/L C10R-STFCR/L C12S-STFCR/L C16T-STFCR/L C20U-STFCR/L R/L= please choose right or left hand designation insert screw wrench TC -21.5_ C-1425 C-5507 TC -32.5_ C-1440 C-5515 Lead Angle: 0 Entering Angle: 90 These bars are also available with coolant through Boring Bar, Solid Carbide Shank, Design C_-STFPR/L C_-STFPR/L Min. Bore A D L L² F insert screw wrench C05K-STFPR/L TP -1.8 C-1425 C-5507 C06M-STFPR/L C08R-STFPR/L C10S-STFPR/L C12S-STFPR/L C16T-STFPR/L R/L= please choose right or left hand designation TP -21.5_ C-1425 C-5507 TP -32.5_ C-1440 C-5515 Lead Angle: 0 Entering Angle: 90 These bars are also available with coolant through 155

158 Internal Screwlock Boring Bar, Solid Carbide Shank, Design C_-SVQCR/L C_-SVQCR/L Min. Bore A D L L² F C10R-SVQCR/L C12S-SVQCR/L insert screw wrench VC -22_ C-1425 C-5507 C16T-SVQCR/L VC -33_ C-1440 C-5515 R/L= please choose right or left hand designation Lead Angle: Entering Angle: These bars are also available with coolant through Boring Bar, Solid Carbide Shank, Design C_-SVUCR/L C_-SVUCR/L Lead Angle: -3 Entering Angle: 93 Min. Bore A D L L² F insert screw wrench C12S-SVUCR/L VC -22_ C-1425 C-5507 C16T-SVUCR/L VC -33_ C-1440 C-5515 R/L= please choose right or left hand designation These bars are also available with coolant through 156

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