CERATIZIT designation system

Transcription

1 C5 CEATIZIT designation system Tool holders UTS / HSK-T system Assembly size (system) MSS system E = external / I = internal Assembly size Hand Approach angle Parting and grooving depth Shank section, type Shank length Insert system MSS E MSS E AD UT 40 MSS E HSK T63 MSS E E K GX24-1 MC K E TC16 MSS I D Parting and grooving / Introduction UT 40 MSS I D UT 40 MSS I D TC16 I D GX09

2 CEATIZIT designation system Modules C6 MSS system E = external / I = internal Assembly size Hand Max. parting and grooving depth Insert system Insert size Width class Axial diameter range D min - D max MSS E GX 16 2 MSS E GX 24 3 A MSS E AX 10 MSS E SX 3 MSS E 32 N 45 X MSS E FX 3.1 MSS E 25 TC 16 2 MSS I GX 09 1 MSS I 32 TC 16 2 Parting and grooving / Introduction

3 C7 CEATIZIT designation system Inserts Insert system Insert size Number of cutting edges Width class Insert shape, application Cutting width, pitch Hand / thread standard Corner radius, angle Chip groove code GX 16 2 E 3.00 N 0.30 Code GX N Code GX 16 2 S 1.00 AX 10 E 3.00 N Code SX E 2.00 N 0.20 Code SX 1.50 N Code X E 8.00 N 0.80 Code X 4.00 N Code FX 3.10 N 0.20 Code Parting and grooving / Introduction MC N 0.10 Code TC 16 1 E 1.50 ISO Code

4 Parting and grooving C8 Diverse range of applications Parting and grooving covers a diverse range of applications and demands, advanced technology and intelligent tool design. radial axial external internal grooving part-off profile grooving parting, grooving and turning deep grooving Advanced technology Chip formation Chip evacuation Parallel - flat parting and grooving surface Surface finish Formation of burrs when parting off tubes Formation of pips in part-off operations v c = 0 in the centre Entire main cutting edge applied Intelligent tool design Narrow, long overhang Insert clamping igidity esistant against breakage Easy handling Economy Parting and grooving / Introduction

5 C9 The modular system MSS - the modular parting, grooving and threading system In order to be able to meet all demands, up-to-date tools have a modular structure. System features Separate shank and tool holder Same interface for all parting, grooving and threading applications Stable, precise connection Extendable through new modules Easy handling Clamping features optimised for the various applications Flexibility Adaptable to machining task One system only for all parting, grooving and threading operations Particularly well-suited for semi-standard tools Simplicity Quick module change in case of tool breakage, short downtime Parting and grooving / Introduction Precision High accuracy and repeatability when changing the module educed set-up time High-quality work pieces Stability Application security Parting, grooving and longitudinal turning possible Economy ow stock inventory provides a large variety of combination possibilities In case of tool breakage only change module Completeness Components for all work pieces and materials

6 MSS - system components C10 Parting, grooving and turning GX Parting and grooving FX GX FX MSS MSS HSK-T X AX GX SX Axial grooving AX + GX Parting, grooving and turning X + SX TC Thread turning TC Parting and grooving / Introduction

7 C11 The interface Gap The strong connection Unclamped module Gap between module and location face for axial clamping Gap Clamped module Axial clamping with location face Connection without clearance, therefore highest stability 4 X 4 GX Clamping features X / GX / AX Active insert clamping AX 4 Screws 1, 2 and 3 are used to clamp the module. The insert is self-clamping. The insert is clamped through the elastic deformation of the module through the additional screw 4. FX SX FX / SX Self-clamping inserts Screws 1, 2 and 3 are used to clamp the module. The insert is self-clamping Parting and grooving / Introduction GX TC 3 GX / TC Active insert clamping Screws 1, 2 and 3 are used to clamp the module. Important: clamp the module with screw 1, then screw 2. Afterwards the insert is clamped by means of screw 3.

8 The modules Systems GX / AX / SX C12 GX external Parting, grooving, longitudinal turning, axial grooving = 7-21 mm s = 2,0-8,0 mm Circlip grooves = 0,75-4,0 mm s = 0,6-5,25 mm s O-ring grooves = 1,78-2,58 mm s = 1,6-2,4 mm GX internal = 4-19 mm s = 2,0-6,0 mm s s AX Tmax Axial grooving = 5-15 mm s = 3 mm SX s Parting, grooving, longitudinal turning = mm s = 2-4 mm Parting and grooving / Introduction

9 C13 The modules Systems X / FX / TC X Parting, grooving, longitudinal turning, axial grooving = mm s = 8,0-10,0 mm s FX Parting, grooving 20 = 45 mm s = 2,2-6,5 mm s TC Thread turning and milling Pitch ISO 0,5-5,0 mm BSW 28-5 TPI Parting and grooving / Introduction

10 The inserts Systems GX / AX / SX / X / FX / TC C14 Parting, grooving, longitudinal turning, axial grooving Insert size 09 0,6-3,25 0,8-1,2 2,0-3,5 1,0-1,2 16 0,6-5,25 0,8-1,2 2,0-6,0 1,5-3,0 Upon request GX 24 2,0-6,0 1,5-3,0 Axial grooving s 3,0 AX Parting, grooving, longitudinal turning s N 1,5-3,0 2,0-6,0 2,0-4,0 2,0-4,0 SX Parting, grooving, longitudinal turning, axial grooving 4,0 8,0-10,0 X Parting and grooving FX s s s N 2,2-9,7 2,2-6,5 2,2-5,1 Parting and grooving / Introduction

11 C15 The inserts Systems GX / AX / SX / X / FX / TC Parting, grooving, longitudinal turning s s s N 1,0-2,5 1,0-2,5 1,0-2,5 MC Thread turning and milling Full and partial profile external, internal ISO 60 Full and partial profile external, internal BSW 55 TC Pitch mm 48-5 TPI Parting and grooving / Introduction According to the respective application either precision ground or sintered Optimised geometries for all important materials Security through ideal combination of substrate and coating All inserts for aluminium machining are microfinished

12 Geometries for GX-E system Parting, grooving and turning C16 -F2 Machining conditions Very positive geometry Ground cutting edge Small feed rates ow cutting forces First choice for stainless materials 21 6 CTCP325 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTCP325 CTP1340 f [mm] 0,05-0,15 CTP1340 CTP1340 CTPP345 -EN Machining conditions Very positive geometry Small to medium feed rates ow cutting forces Universal application First choice for axial grooving 10 6 CTCP325 CTCP335 CTCP325 CTCP335 CTP1340 CTCP335 CTP1340 CTCP335 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] 0,05-0,17 CTP1340 CTP1340 CTP1340 -EN (GX24) Machining conditions Very positive geometry Small to medium feed rates ow cutting forces Universal application First choice for axial grooving 24 6 CTCP325 CTP1340 CTCP325 CTCP335 CTP1340 CTP1340 CTPP345 CTCP335 CTP1340 CTPP345 CTPP345 CTP1340 f [mm] 0,05-0,17 CTP1340 CTP1340 CTPP345 -M40 Machining conditions Stable geometry Medium feed rates Universal application Good chip control 25 6 f [mm] 0,075-0,20 CTCP325 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTCP325 CTCP325 CTP1340 CTP1340 CTP1340 CTP1340 CTPP345 Parting and grooving / Introduction

13 C17 Geometries for the GX-E system Parting, grooving and turning -M1 Machining conditions Very stable cutting edge Medium to high feed rates For interrupted cut For materials with higher tensile strength First choice for part-off operations CTCP325 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTCP325 CTCP325 CTP1340 CTP1340 f [mm] 0,10-0,20 CTP1340 CTP1340 CTPP345-27P Machining conditions Highly positive geometry Insert with ground periphery Sharp cutting edge educed tendency to adhesion First choice for non-ferrous metals 10 6 f [mm] H216T H216T H216T 0,05-0,25-27P (GX24) Machining conditions Highly positive geometry Insert with ground periphery Sharp cutting edge educed tendency to adhesion First choice for non-ferrous metals 21 6 f [mm] H216T H216T H216T 0,05-0,25 Parting and grooving / Introduction

14 Geometries for GX- system adius grooves C18 -E/-E Machining conditions Positive geometry Ground cutting edge Small feed rates ow cutting forces adius and O-ring grooves 15 6 CTCP325 CTCP325 CTCP325 CTCP325 CTCP325 CTCP325 f [mm] 0,05-0,15 -EN Machining conditions Positive geometry Ground cutting edge Small to medium feed rates ow cutting forces adius grooves, profiling 15 6 CTCP325 CTCP325 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTCP325 CTCP325 CTP1340 CTP1340 f [mm] 0,05-0,20 CTP1340 CTP1340 -M3 Machining conditions Positive geometry Medium to high feed rates High surface quality adius grooves, profiling 31 6 CTCP325 CTCP335 CTCP325 CTCP335 CTCP335 CTCP335 CTCP325 CTCP325 CTCP335 CTCP335 f [mm] 0,07-0,20-27P Highly positive geometry With ground periphery Sharp cutting edges educed tendency to adhesion First choice for non-ferrous metals 15 6 f [mm] 0,05-0,30 Machining conditions H216T H216T H216T Parting and grooving / Introduction

15 C19 Geometries for GX-S system Circlip grooves -E/-E Machining conditions Positive geometry Ground cutting edges Small feed rates Small corner radii Circlip grooves 10 6 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] CTP1340 CTP1340 0,025-0,125 CTP1340 CTP1340 -EN Machining conditions Positive geometry Ground cutting edges Small feed rates Small corner radii Circlip grooves 10 6 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] CTP1340 CTP1340 0,025-0,125 CTP1340 CTP1340 Parting and grooving / Introduction

16 Geometries for AX system C20 -F50 Machining conditions Positive geometry Ground cutting edges Small feed rates Small cutting forces For axial grooving 10 7 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] CTP1340 CTP1340 0,025-0,125 CTP1340 CTP1340 Parting and grooving / Introduction

17 C21 Geometries for SX system -F2 Machining conditions Very positive geometry Ground cutting edges Small feed rates ow cutting forces First choice for stainless materials 22 6 CTP1340 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTP1340 CTP1340 f [mm] 0,05-0,15 CTP1340 CTP1340 CTPP345 -M2 Machining conditions Stable geometry Medium feed rates Universal application Good chip control 10 6 CTCP325 CTCP335 CTP1340 CTPP345 CTCP335 CTP1340 CTPP345 CTCP325 CTCP325 CTCP335 f [mm] 0,075-0,20 CTP1340 CTP1340 CTPP345 -M1 Machining conditions Very stable cutting edges Medium to high feed rates For interrupted cut Materials with higher tensile strength First choice for part-off operations CTCP325 CTCP335 CTP1340 CTPP345 CTCP335 CTP1340 CTPP345 CTCP325 CTCP325 CTCP335 f [mm] 0,10-0,20 CTP1340 CTP1340 CTPP345 -M3 Machining conditions Parting and grooving / Introduction Stable geometry Medium to high feed rates High surface quality adius grooves, profiling 27 6 f [mm] 0,05-0,20 CTCP335 CTCP335 CTCP335 CTCP335 CTP1340 CTCP335 CTP1340 CTCP335 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340

18 Geometries for SX system C22-27P Machining conditions Highly positive geometry With ground periphery Sharp cutting edges educed tendency to adhesion First choice for non-ferrous metals 22 6 f [mm] H216T H216T H216T 0,05-0,25 Parting and grooving / Introduction

19 C23 Geometries for X system -M2 Machining conditions Stable geometry Medium feed rates Universal application Good chip control 22 6 CTCP325 CTCP335 CTP1340 CTP1340 CTCP335 CTP1340 CTP1340 CTCP325 CTCP325 CTCP335 f [mm] 0,20-0,50 CTP1340 CTP1340 CTP1340 -M3 Machining conditions Stable geometry Medium to high feed rates High surface quality adius grooves, profiling 12 6 CTCP325 CTCP335 CTCP325 CTCP335 CTP1340 CTCP335 CTP1340 CTCP335 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] 0,15-0,35 CTP1340 CTP1340 CTP1340 Parting and grooving / Introduction

20 Geometries for FX system C24 -F1 Machining conditions Very positive geometry Small to medium feed rates ow cutting forces Good chip control educed built-up edge 25 7 CTCP325 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTCP325 CTCP325 CTP1340 f [mm] 0,05-0,15 CTP1340 CTP1340 CTPP345 CTPP345 -M1 Machining conditions Very stable cutting edges Medium to high feed rates For interrupted cut For materials with higher tensile strength First choice for part-off operations CTCP325 CTCP335 CTP1340 CTPP345 CTCP335 CTP1340 CTPP345 CTCP325 CTCP325 CTCP335 f [mm] 0,08-0,20 CTP1340 CTP1340 CTPP345-2 Machining conditions Very stable cutting edges High feed rates Good chip control CTCP325 CTP1340 CTPP345 CTP1340 CTP1340 CTPP345 CTPP345 CTCP325 CTCP325 CTP1340 f [mm] 0,10-0,27 CTP1340 CTP1340 CTPP345 CTPP345-27P Machining conditions Highly positive geometry With ground periphery Sharp cutting edges educed tendency to adhesion First choice for non-ferrous metals 25 7 f [mm] 0,03-0,13 H216T H216T H216T Parting and grooving / Introduction

21 C25 Geometries for MaxiClick system -F2 Machining conditions Very positive geometry Ground cutting edges Small feed rates ow cutting forces First choice for stainless materials 18 7 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] CTP1340 CTP1340 CTP1340 0,05-0,10 CTP1340 CTP1340 -F3 Machining conditions Very positive geometry Ground cutting edges Small feed rates ow cutting forces educed formation of pips and burrs 17 7 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 CTP1340 f [mm] 0,02-0,06 CTP1340 CTP1340 Parting and grooving / Introduction

22 The width classes GX system C26 Width classes Parting and grooving modules 1,3 2,0 2,95 4,2 5,9 Parting and grooving inserts 2,00-2,75 2,76-3,75 3,76-5,00 5,01-6,50 8,00 Inserts for circlip grooves 0,60-1,70 0,60-2,25 Module designation MSS-E2012-GX Insert designation GX16-2 E3.00N Width class 1) The parting and grooving widths of the MSS system are divided into width classes. Every width class represents a certain range of cutting widths. 1) Ideally the module and the insert have the same width class. This combination results in the best possible application security. Parting and grooving / Introduction

23 C27 The assembly size Tool designation MSS- E h h 1 1 Module designation The assembly size is determined by the shank dimensions of the MSS tool holders. In this manner the correct tool holder can be assigned to the correct module size and vice versa. The following tables will give you an overview of the width classes and insert sizes for the available assembly sizes. MSS- E25 25-GX Assembly size (h) GX External machining Internal machining Assembly size (h) Width class GX Insert size Assembly size (h) Parting and grooving / Introduction

24 System overview GX system C28 The GX system features a double-ended insert with numerous application possibilities. It is mostly applied for radial grooving and turning. Thanks to special modules the system can easily be adapted for axial and circlip grooving. For GX inserts a range of modules and boring bars for internal grooving is available. Tool shank with GX grooving module h GX module, axial D h 1 h1 / h = mm s = (0,6) 2,0-6,0 mm r = 0,8-3,0 mm h 2 h= mm s = 3,0-6,0 mm r = 1,5-3,0 mm D = mm GX blade s h Clamping block s h 1 s = 2,0-6,0 mm r = 1,5-3,0 mm h = 32 mm 2 h 1 / h = mm s h Monoblock tool h 1 h 1 / h = mm s = (0,6) 2,0-8,0 mm r = 0,8-3,0 mm System characteristics Double-ended insert Ground and directly pressed inserts Benefits Good economy Optimum solution for all situations Parting and grooving / Introduction

25 C29 System overview AX system The AX system is for axial grooving with small diameters. A special characteristic of the design is that the insert needs no support in the cutting area. Tool shank with AX parting and grooving module h h 1 / h = mm s = 3,0 mm D = 10 mm min h 1 s h Monoblock tool h 1 / h = mm s = 3,0 mm D = 10 mm min D min h 1 Parting and grooving / Introduction System characteristics Neutral insert Monoblock and modular tools Benefits May be applied in left-hand and right-hand tools Optimum solution in terms of costs for every application

26 System overview SX system C30 In the SX system the insert is self-clamping and fixed with maximum clamping force in the insert seat. Precise cutting edge positioning and easy handling are guaranteed. Tool shank with SX parting and grooving module h h 1 h 1 / h = mm s = 2,0-4,0 mm r = 1,5-2,0 mm h 2 SX blade s h r h 1 h= mm s = 2,0-6,0 mm r = 1,5-3,0 mm Clamping block h / h = mm 1 h Monoblock tool h 1 h 1 / h = mm s = 2,0-6,0 mm r = 1,5-3,0 mm System characteristics Active clamping Insert seat with fixed stop Easy handling FEM optimised tool Benefits Inserts will not pull out of the cutting blade Exact positioning of the cutting edge Quick insert change Maximum stability also when longitudinal turning Parting and grooving / Introduction

27 C31 System overview X system The X system is characterised by high strength and stability. It is most suitable for the production of wide and deep grooves as well as for parting off large bar diameters. Parting and grooving module X s = 8-10 mm r = 4 mm T = 25 / 32 / 45 mm max Detail Z Active insert clamping s r X blade h 2 Z Clamping block h 1 s = 8-10 mm r = 4 mm = 80 mm h = 46 mm 2 h Application of X modules Part-off Grooving and turning Axial grooving with D > 500 mm Internal grooving and turning with D > 200 mm h/ h = mm 1 Parting and grooving / Introduction System characteristics obust construction Active insert clamping Insert with full radius Benefits Application security, high strength and stability Well-suited for copy turning

28 System overview FX system C32 The FX system is characterised by a self-clamping single blade insert for deep grooving of large diameters. FX is directly integrated in the MSS system by means of the respective modules. Additionally the tried and tested block/blade solutions and monoblock tools are available. Tool shank with FX grooving module h h / h = mm 1 s = 2,2-6,5 mm h 1 Clamping block FX blade s h1 s = 2,2-9,7 mm h = mm 2 h h / h = mm 1 h h 1 / h = mm s = 2,2-4,1 mm h1 Monoblock tool System characteristics Self-clamping insert Adjustable blade Single-blade insert, directly pressed Benefits Easy handling, no clamping parts Parting and grooving depth, overhang optimally adjustable Economic for deep parting and grooving Parting and grooving / Introduction

29 C33 System overview MaxiClick system MaxiClick is characterised by a cutting insert consisting of 4 or 5 cutting elements. The worn cutting edge is broken off towards the side, like a snap-off knife. Monoblock tool h s h / h = mm 1 h 1 MC10 MC05 s = 1,0-2,5 mm T = 5-10 mm max Parting and grooving / Introduction System characteristics Extremely narrow part-off and grooving widths are possible Excellent surface quality can be achieved Multiple part-off operations are possible Benefits ess material wastage No additional finishing work necessary eduction of machining costs

30 System overview TC system C34 With system TC the same insert can be used to produce threads by turning or milling. TC offers numerous advantages which are of decisive importance for many threading applications. Tool shank with TC threading module h h 1 / h = mm Pitch P = mm P = 48-5 TPI h 1 h Monoblock tool h 1 / h = 12 mm P P Pitch P = mm P = 48-8 TPI h 1 d1 d 1 = mm Monoblock tool for thread milling Pitch P = mm P = 48-5 TPI System characteristics Turning and milling with the same insert Neutral configuration of insert Benefits Flexibility, reduced variety and costs ight-hand and left-hand threads possible using one insert only educed storage Parting and grooving / Introduction

31 C35 TC system thread turning System TC for thread turning is an integrated part of the MSS system. Compared to traditional systems TC offers a series of advantages which are of decisive importance for many threading applications. System TC Conventional system Neutral configuration of insert makes operation in both directions possible Only one threading insert per pitch for partial profile and Whitworth thread; only two threading inserts (internal - external) per pitch for ISO threads educed storage Good chip formation through chip groove with rake angle +10 ight-hand and left-hand version of insert, therefore operation only in one direction For every pitch 4 threading inserts are necessary (rightand left-hand, internal - external) Overhang Overhang Parting and grooving / Introduction Enhanced economic efficiency through reduced machining time fewer tool changes improved stability, small overhang material saving thread turning between shoulders possible fewer tools and inserts for this machining method 2 tools are necessary additional loss of stability and material caused by large overhangs

32 TC system thread turning C36 System TC Conventional system Easy access to work piece therefore use of tailstock also possible with small thread diameters Difficult component access Danger of collision right-hand thread B left-hand thread A left-hand thread right-hand thread A B p (mm) 10 A corrected standard A B = right-hand tool = left-hand tool right-hand thread left-hand thread Ø (mm) Easy to apply as the tools can be used in both directions without correcting the helix angle Correction of helix angle necessary, therefore high degree of application know-how required Can only be operated in one direction Parting and grooving / Introduction

33 C37 TC system thread milling For thread milling and turning the same inserts are applied. With special tool shanks, which are characterised by compact and modular construction, external as well as internal threads can be produced on all up-to-date machining centres. External thread Internal thread ISO 60 BSW 55 ISO 60 internal internal/external external Parting and grooving / Introduction System characteristics Turning and milling with the same insert Single-tooth thread milling Thread is cut in one pass Benefits Flexibility, reduced variety and costs ow machining forces, large overhang possible, high cutting data (v c and f), easy programming No interruptions or steps in the thread

34 MasterGuide C38 Material Based on VDI 3323 CEATIZIT s MasterGuide divides materials into six main groups (P, M, K, N, S, H). Each is given a colour, according to the system partly adopted in ISO 513. Steel Stainless steel P M K Cast iron Non-ferrous metals and Heat-resistant alloys, N non-metals S titanium H Hard materials Machining application type Each coloured segment is divided into three sections, and each section indicates the relevant machining application type: = rough machining M = medium machining F = fine machining Main application o Extended application Application The ideal application area for each insert is indicated by a black circle. Extended applications are indicated by an open circle. The CEATIZIT MasterGuide provides you with an easily understandable structure for choosing a product and enables you to reduce grade and geometry inventory. Parting and grooving / Introduction

35 C39 CEATIZIT designation system Cutting materials C T C P Manufacturer: CEATIZIT 4 Main application (machining method) 2 3 Cutting material W Uncoated carbide C CVD coated carbide P PVD coated carbide T Uncoated cermet E Coated cermet N Uncoated silicon nitride M Coated silicon nitride S Mixed ceramic K Whisker ceramic I Sialon D PCD B CBN CBN coated H Sintered HSS Main application (material) Variant 1: number 1 Steel 2 Stainless steel 3 Cast iron 4 ight and non ferrous metals, non metals 5 Heat resistant alloys, titanium 6 Hard materials 7 Universal grade for a variety of applications 5 1 Turning 2 Milling 3 Parting and grooving 4 Drilling 5 Threading 6 Others 7 Universal grade for a variety of applications ISO 513 Application range For example: ISO P35... Main application (material) Variant 2: ISO letter Parting and grooving / Introduction P Steel M Stainless steel K Cast iron N ight and non ferrous metals, non metals S Heat resistant alloys, titanium H Hard materials X Universal grade for a variety of applications

36 ISO 513 C40 Carbide HW HT 1) HC Uncoated carbide, consisting mainly of tungsten carbide (WC) Uncoated carbide, consisting mainly of titanium carbide (TiC) or titanium nitride (TiN) or both Carbides as above, but coated Ceramic CA Oxide ceramic, consisting mainly of aluminium oxide (Al 2 O 3 ) CM Mixed ceramic, based on aluminium oxide (Al 2 O 3 ), but with different oxide components CN Nitride ceramic, consisting mainly of silicon nitride (Si 3 N 4 ) CC Ceramics as above, but uncoated Diamond DP 2) Polycryistalline diamond Boron nitride B 2) Polycrystalline cubic boron nitride with a low CBN content (40% - 65%) BH 2) Polycrystalline cubic boron nitride with a high CBN content (70% - 95%) BC 2) Polycrystalline cubic boron nitride with coating 1 ) These carbides are also called cermets. 2 ) Polycrystalline diamond and polycrystalline boron nitride are also called ultra-hard cutting materials. Parting and grooving / Introduction

37 C41 Grade overview Parting and grooving Grade designation ISO ANSI CTCP325 HC-P25 C6 C COOSTA TM HC-K30 C1 C HC-M20 - C CTP1340 HC-P30 C6 P SIVESTA TM HC-M25 - P HC-K30 C1 P HC-S30 - P CTCP335 HC-P35 C6 C COOSTA TM HC-K35 C1 C HC-M30 - C CTPP345 HC-P45 C5 P SIVESTA TM HC-M40 - P HC-S40 - P H216T HW-N15 C3 W ** to be discontinued Standard designation *Type of cutting material Application range P M K N S H HW-K15 C3 W Steel Stainless Main application Extended application Parting and grooving / Introduction Cast iron Non-ferrous metals Heat-resistant Hard materials

38 Grade overview Threading C42 Grade designation Standard designation *Type of cutting material Application range P M K N S H ISO ANSI GM213 HC-P20 C7 C HC-M15 - C HC-K25 C2 C GM240 HC-P35 C6 C HC-M25 - C H216T HW-N15 C3 W HW-K15 C3 W Steel Stainless Main application Extended application Parting and grooving / Introduction Cast iron Non-ferrous metals Heat-resistant Hard materials

39 C43 Grade description Parting and grooving CTCP325 COOSTA TM HC-P25 HC-K30 HC-M20 Specification: Composition: Co 7.0%; mixed carbide 8.1%; WC balance Grain size: 1-2 µm Hardness: HV Coating specification: CVD Ti(C,N) + AI 2 O 3 multi-layer ecommended application: The wear-resistant solution for steel and cast iron machining with high cutting speeds. CTP1340 SIVESTA TM HC-P30 HC-M25 HC-K30 HC-S30 Specification: Composition: Co 9.0%; mixed carbides 2.0%; WC balance Grain size: µm Hardness: HV Coating specification: PVD TiAlN ecommended application: The universal high-performance grade for steel, austenitic steel, cast iron and heat-resistant alloys. CTCP335 COOSTA TM HC-P35 HC-K35 HC-M30 Specification: Composition: Co 10.5%; mixed carbides 2.0%; WC balance Grain size: 1 µm Hardness: HV Coating specification: CVD TiCN-Al 2 O 3 multi-layer eommended application: The reliable choice for the machining of steel and cast iron. CTPP345 SIVESTA TM HC-P45 HC-M40 HC-S40 Parting and grooving / Introduction Specification: Composition: Co 12.5%; mixed carbides 2.0%; WC balance Grain size: µm Hardness: HV Coating specification: PVD TiAlTaN ecommended application: The reliable solution for steel and austenitic steels under unstable conditions.

40 Grade description Parting and grooving C44 H216T HW-N15 HW-K15 Specification: Composition: Co 6.0%; WC balance Grain size: 1 µm Hardness: HV ecommended application: The uncoated carbide grade for the machining of aluminium and other non-ferrous metals. Parting and grooving / Introduction

41 C45 Grade description Threading GM213 HC-P20 HC-M15 HC-K25 Specification: Composition: Co 6.0%; WC balance Grain size: 1 µm Hardness: HV Coating specification: CVD TiCN-TiN ecommended application: The wear-resistant thread-turning grade for high cutting speeds. GM240 HC-P35 HC-M25 Specification: Composition: Co 10.0%; mixed carbides 0.6%; WC balance Grain size: 0.7 µm Hardness: HV Coating specification: CVD TiCN-Al 2 O 3 multi-layer ecommended application: The tough thread-turning grade for universal application. H216T HW-N15 HW-K15 Specification: Composition: Co 6.0%; WC balance Grain size: 1 µm Hardness: HV ecommended application: The uncoated carbide grade for the machining of aluminium and other non-ferrous metals. Parting and grooving / Introduction

42 Parting and grooving / Introduction

43 C47 The easy way to success ecommended application -F2 For steels in general, particularly suitable for stainless materials Insert with ground periphery Tolerance cutting width ± 0.02 mm Suitable also for parting off tubes and thin-walled materials Special profiles (SX, GX) possible Application Feed rate for parting and grooving 6,0 5,0 4,0 Cutting width s [mm] 3,0 2,5 2,0 1,5 1,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning 4,0 Parting and grooving / Introduction Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,05 0,15 0,25 0,35 Feed rate f [mm/rev] a p [mm] = 6 mm = 5 mm = 4 mm = 3 mm = 2 mm Cutting width s

44 The easy way to success ecommended application C48 -F3 Particularly suitable also for parting off tubes and thin-walled materials For steels in general, particularly suitable for stainless materials Feed rate for parting and grooving 2,5 Cutting width s [mm] 2,0 1,5 1,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

45 C49 The easy way to success ecommended application Circlip grooves /N/ Insert for circlip grooves according to DIN For internal and external machining Application Feed rate for grooving operations 5,25 4,25 Cutting width s [mm] 2,75-3,25 1,95-2,25 0,6-1,7 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

46 The easy way to success ecommended application C50 adius grooves / Inserts for radius grooves and copy turning For all steel materials For internal and external machining Application Feed rate for grooving operations 6,0 5,0 4,0 adius r [mm] 1,0-1,2 0,8 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

47 C51 The easy way to success ecommended application -EN For all steel materials For universal application Wide application range Application Feed rate for parting and grooving 6 5 Cutting width s [mm] ,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning 4,0 Parting and grooving / Introduction Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,05 0,15 0,25 0,35 Feed rate f [mm/rev] a p [mm] = 6 mm = 5 mm = 4 mm = 3 mm = 2 mm Cutting width s

48 The easy way to success ecommended application C52 -F50 Universal geometry for: - Steel - Stainless steel - Cast iron - Non-ferrous metals Insert with ground periphery Tolerance cutting width ± 0.02 mm Application Feed rate for axial grooving AX15 AX10 AX05... f feed rate for the first groove... feed rate range f 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for face turning 4,0 Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,05 0,15 0,25 0,35 Feed rate f [mm/rev] = AX15 = AX10 = AX05 Cutting width s Parting and grooving / Introduction

49 C53 The easy way to success ecommended application -M2 For grooving and turning Suitable for all steel and cast iron materials Very good chip control Application Feed rate for parting and grooving Cutting width s [mm] 10,0 8,0 6,0 5,0 4,0 3,0 2,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 0,50 Feed rate f [mm/rev] Feed rate for longitudinal turning = 10 mm Parting and grooving / Introduction Depth of cut a p [mm] 4,0 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,50 0,05 0,15 0,25 0,35 0,45 Feed rate f [mm/rev] a p [mm] = 8 mm = 6 mm = 5 mm = 4 mm = 3 mm = 2 mm Cutting width s

50 The easy way to success ecommended application C54 -M40 For grooving and turning Suitable for all steel materials Very good chip control Tolerance cutting width ± 0.05 mm Application Feed rate for parting and grooving 6,0 5,0 Cutting width s [mm] 4,0 3,0 2,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning 4,0 Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,05 0,15 0,25 0,35 Feed rate f [mm/rev] a p [mm] = 6 mm = 5 mm = 4 mm = 3 mm = 2 mm Cutting width s Parting and grooving / Introduction

51 C55 The easy way to success ecommended application -M3 Insert for radius grooves and copy turning For all steel materials For internal and external machining Application Feed rate for parting and grooving 4,0 3,0 adius r [mm] 2,5 2,0 1,5 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning Parting and grooving / Introduction Depth of cut a p [mm] 4,0 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,20 0,30 0,40 0,50 0,60 0,70 0,80 0,15 0,25 0,35 0,45 0,55 0,65 0,75 0,85 Feed rate f [mm/rev] a p [mm] = 4,0 mm = 3,0 mm = 2,5 mm = 2,0 mm = 1,5 mm adius r

52 The easy way to success ecommended application C56 -M1 Insert with narrow negative chamfer Suitable for all steel materials with high strength Universally applicable grade For steel and grey cast iron Application Feed rate for parting and grooving 6,0 5,0 Cutting width s [mm] 4,0 3,0 2,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

53 C57 The easy way to success ecommended application -27P Particularly suitable for aluminium and non-ferrous metals Insert with highly positive cutting geometry and sharp cutting edge Insert with ground periphery Tolerance cutting width ± 0.02 mm Extra-smooth rake face through 'microfinish' Application Feed rate for parting and grooving 6,0 5,0 Cutting width s [mm] 4,0 3,0 2,0 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning 4,0 Parting and grooving / Introduction Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,05 0,15 0,25 0,35 Feed rate f [mm/rev] a p [mm] = 6 mm = 5 mm = 4 mm = 3 mm = 2 mm Cutting width s

54 The easy way to success ecommended application C58-27P Particularly suitable for aluminium and non-ferrous metals Insert with highly positive cutting geometry and sharp cutting edge Insert with ground periphery Tolerance cutting width ± 0.02 mm Extra-smooth rake face through 'microfinish' Application Feed rate for parting and grooving 4,0 3,0 2,5 adius s [mm] 2,0 1,5 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Feed rate for longitudinal turning 4,0 Depth of cut a p [mm] 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,10 0,20 0,30 0,40 0,50 0,60 0,70 0,80 0,05 0,15 0,25 0,35 0,45 0,55 0,65 0,75 Feed rate f [mm/rev] a p [mm] = 4,0 mm = 3,0 mm = 2,5 mm = 2,0 mm = 1,5 mm adius r Parting and grooving / Introduction

55 C59 The easy way to success ecommended application -F1 Excellent cutting geometry with low cutting forces For low or medium strength materials Particularly suitable for parting off tubes and thin-walled work pieces Excellent chip control also with low feed educed built-up edge Application Feed rate for parting and grooving Cutting width s [mm] 4,1 3,1 2,2 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

56 The easy way to success ecommended application C60 -M1 Insert with narrow negative chamfer Suitable for all steel materials with high strength Universal application For steel and grey cast iron Application Feed rate for parting and grooving 9,7 8,2 Cutting width s [mm] 6,5 5,1 4,1 3,1 2,2 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

57 C61 The easy way to success ecommended application -2 Insert with excellent chip formation for a wide feed range Very stable cutting edge Particularly suitable for economic parting when rather intensive formation of burrs and pips does not cause any problems Application Feed rate for parting and grooving Cutting width s [mm] 4,1 3,1 0,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

58 The easy way to success ecommended application C62-27P Particularly suitable for aluminium and non-ferrous metals Insert with highly positive cutting geometry and sharp cutting edge Extra-smooth rake face through 'microfinish' educed built-up edge Application Feed rate for parting and grooving Cutting width s [mm] ,05 0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 Feed rate f [mm/rev] Parting and grooving / Introduction

59 C63 Overview Application Part-off adius grooves Modular system C65-C67 Modular system - external C105-C109 Clamping blocks, blades C68-C70 Monoblock - external C110-C112 Monoblock C71-C73 Modular system - internal C113-C117 Monoblock boring bars internal C118-C120 Grooving and turning Modular system - external C74-C78 Axial grooving Monoblock - external C79-C80 Modular system C121-C128 Modular system - internal C81-C85 Monoblock C129-C130 Monoblock boring bars internal C86 External recessing Modular system C131-C134 Circlip grooves Modular system - external C87-C91 Threading (turning) Monoblock - external C92-C95 Modular system - external C135-C138 Modular system - internal C96-C100 Monoblock - external C139 Parting and grooving / Application Monoblock boring bars internal C101-C104 Modular system - internal Monoblock boring bars internal C141-C142 C143

60 Overview Application C64 Threading (milling) Boring bars - TC C145-C146 Thread milling cutters - TC C147 Parting and grooving / Application

61 C65 Part-off Modular system, assembly size 20 s Matching products see right-hand side. C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2012-GX16-1 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-1 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2020-SX2 SX..2 C MSS-E2020-SX3 SX..3 C156 C MSS-E2020-FX2.2 FX C MSS-E2020-FX3.1 FX C MSS-E2020-FX4.1 FX C158 C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2012-GX16-1 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-1 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2020-SX2 SX..2 C MSS-E2020-SX3 SX..3 C156 C MSS-E2020-FX2.2 FX C MSS-E2020-FX3.1 FX C MSS-E2020-FX4.1 FX C158 Parting and grooving / Application

62 Part-off Modular system, assembly size 25 C66 d A s Matching products see right-hand side. C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T63-MSS-E HSK-T100-MSS-E UT40-MSS-E UT50-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E2590 C187 C186 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E2512-GX16-1 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-1 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2520-SX2 SX..2 C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C MSS-E2520-FX2.2 FX C MSS-E2525-FX3.1 FX C MSS-E2525-FX4.1 FX C MSS-E2525-FX5.1 FX C MSS-E2525-FX6.5 FX C MSS-E2535-FX3.1 FX C MSS-E2535-FX4.1 FX C MSS-E2535-FX5.1 FX C MSS-E2535-FX6.5 FX C158 C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T63-MSS-E HSK-T100-MSS-E UT40-MSS-E UT50-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E2590 C187 C186 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E2512-GX16-1 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-1 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2520-SX2 SX..2 C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C MSS-E2520-FX2.2 FX C MSS-E2525-FX3.1 FX C MSS-E2525-FX4.1 FX C MSS-E2525-FX5.1 FX C MSS-E2525-FX6.5 FX C MSS-E2535-FX3.1 FX C MSS-E2535-FX4.1 FX C MSS-E2535-FX5.1 FX C MSS-E2535-FX6.5 FX C158 Parting and grooving / Application

63 C67 Part-off Modular system, assembly size 32 d A s Matching products see right-hand side. C171 C169 C h/d A description 32 MSS-E Q 32 MSS-E N 32 MSS-E N 32 MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3200 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 C173 C HSK-T100-MSS-E HSK-T63-MSS-E UT50-MSS-E UT63-MSS-E3200 C187 C186 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C MSS-E3232-FX3.1 FX C MSS-E3232-FX4.1 FX C MSS-E3232-FX5.1 FX C MSS-E3232-FX6.5 FX C MSS-E3245-FX3.1 FX C MSS-E3245-FX4.1 FX C MSS-E3245-FX5.1 FX C MSS-E3245-FX6.5 FX C158 C171 C169 C h/d A description 32 MSS-E N 32 MSS-E Q 32 MSS-E MSS-E N 100 HSK-T100-MSS-E HSK-T63-MSS-E3200 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 Parting and grooving / Application C173 C HSK-T100-MSS-E HSK-T63-MSS-E UT63-MSS-E3200 C187 C186 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C MSS-E3232-FX3.1 FX C MSS-E3232-FX4.1 FX C MSS-E3232-FX5.1 FX C MSS-E3232-FX6.5 FX C MSS-E3245-FX3.1 FX C MSS-E3245-FX4.1 FX C MSS-E3245-FX5.1 FX C MSS-E3245-FX6.5 FX C158

64 Part-off Clamping blocks, blades, height 26 C68 h h Matching products see right-hand side. s C204 C205 h/d A N N description SBN K SBN KS C199 C200 C203 s/s min s max [mm] [mm] description XCF 2602-SX2 SX..2 C XCF 2602-SX2 SX..2 C N XCFN 2603-SX3 SX..3 C N XCFN 2604-SX4 SX..4 C XCF 2608-SX2 SX..2 C XCF 2608-SX2 SX..2 C XCF 2608-SX3 SX..3 C XCF 2608-SX3 SX..3 C N XCEN 2602 J22 FX FX C N XCFN 2603 J31 FX FX C N XCFN 2604 J41 FX FX C158 Parting and grooving / Application

65 C69 Part-off Clamping blocks, blades, height 32 h h Matching products see right-hand side. s C204 C205 C206 h/d A N N N N description SBN K SBN K SBN KS SBN KS HSK-T63-KH00-32 HSK-T63-KH00-32 HSK-T100-KH00-32 HSK-T100-KH00-32 C203 C201 C199 C198 s/s min s max [mm] [mm] description N XCFN 3202-GX24-1S GX C N XCFN 3203 GX24-2S GX C N XCFN 3204 GX24-3S GX C N XCFN 3206 GX24-4S GX C XCF 3202-SX2 SX..2 C XCF 3202-SX2 SX..2 C N XCFN 3203-SX3 SX..3 C N XCFN 3204-SX4 SX..4 C N XCFN 3205-SX5 SX..5 C N XCFN 3206-SX6 SX..6 C XCF 3208C-SX3 SX..3 C XCF 3208-SX3 SX..3 C XCF 3208C-SX3 SX..3 C XCF 3208-SX3 SX..3 C XCF 3208-SX4 SX..4 C XCF 3208-SX4 SX..4 C N XCEN 3202 M22 FX FX C N XCFN 3203 M31 FX FX C N XCFN 3204 M41 FX FX C N XCFN 3205 M51 FX FX C N XCFN 3206 M65 FX FX C158 Parting and grooving / Application

66 Part-off Clamping blocks, blades, height 46 C70 h Matching products see right-hand side. s C204 h/d A N N description SBN K SBN K C202 s/s min s max [mm] [mm] description N XCEN 4608 X X.. C157 C N XCEN 4608 S82 FX FX C N XCEN 4609 S97 FX FX C158 Parting and grooving / Application

67 C71 Part-off Monoblock tools GX C189 h s min s max [mm] [mm] [mm] [mm] description E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C151 Parting and grooving / Application C190 h s min s max [mm] [mm] [mm] [mm] description E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-4 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-4 GX C151

68 Part-off Monoblock tools SX/FX C72 C194 h s [mm] [mm] [mm] description E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX4 SX..4 C E M-SX3 SX..3 C E M-SX4 SX..4 C E M-SX5 SX..5 C E M-SX6 SX..6 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX4 SX..4 C E M-SX3 SX..3 C E M-SX4 SX..4 C E M-SX5 SX..5 C E M-SX6 SX..6 C156 C195 h s [mm] [mm] [mm] description XCE 1010 M22 FX FX C XCE 1212 M22 FX FX C XCE 1212 F22 FX FX C XCE 1414 M22 FX FX C XCE 1612 H22 FX FX C XCF 1612 H31 FX FX C XCF 2016 K31 FX FX C XCF 2016 K41 FX FX C XCF 2520 M31 FX FX C XCF 2520 M41 FX FX C XCE 1010 M22 FX FX C XCE 1212 M22 FX FX C XCE 1212 F22 FX FX C XCE 1414 M22 FX FX C XCE 1612 H22 FX FX C XCF 1612 H31 FX FX C XCF 2016 K31 FX FX C XCF 2016 K41 FX FX C XCF 2520 M31 FX FX C XCF 2520 M41 FX FX C158 Parting and grooving / Application

69 C73 Part-off Monoblock tools MaxiClick C196 C197 h s min s max [mm] [mm] [mm] [mm] description MC K MC 05.. C MC K MC 05.. C MC K MC 05.. C MC K MC 05.. C MC M MC 05.. C MC K MC 05.. C MC K MC 05.. C MC K MC 05.. C MC K MC 05.. C MC M MC 05.. C MC K MC 10.. C MC K-S MC 10.. C MC K MC 10.. C MC K-S MC 10.. C MC K MC 10.. C MC K MC 10.. C MC M MC 10.. C MC K MC 10.. C MC K-S MC 10.. C MC K MC 10.. C MC K-S MC 10.. C MC K MC 10.. C MC K MC 10.. C MC M MC 10.. C159 Parting and grooving / Application

70 Grooving and turning external Modular system external, assembly size 12 C74 s Matching products see right-hand side. C168 h/d A description 12 MSS-E E C176 s/s min s max [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-2 GX C151 0 C168 h/d A description 12 MSS-E E C176 s/s min s max [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-2 GX C151 0 Parting and grooving / Application

71 C75 Grooving and turning external Modular system external, assembly size 16 s Matching products see right-hand side. C168 h/d A description 16 MSS-E G C176 s/s min s max [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-2 GX C151 0 C168 h/d A description 16 MSS-E G C176 s/s min s max [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-2 GX C151 0 Parting and grooving / Application

72 Grooving and turning external Modular system external, assembly size 20 C76 s Matching products see right-hand side. C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2012-GX16-1 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-1 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2020-SX2 SX..2 C MSS-E2020-SX3 SX..3 C156 C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2012-GX16-1 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-1 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2020-SX2 SX..2 C MSS-E2020-SX3 SX..3 C156 Parting and grooving / Application

73 C77 Grooving and turning external Modular system external, assembly size 25 d A s Matching products see right-hand side. C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E UT40-MSS-E UT50-MSS-E2590 C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2512-GX16-1 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-1 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2520-SX2 SX..2 C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT40-MSS-E UT50-MSS-E UT63-MSS-E UT50-MSS-E UT40-MSS-E2590 C177 C178 C184 s/s min s max [mm] [mm] description MSS-E2512-GX16-1 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-1 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2520-SX2 SX..2 C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C156 Parting and grooving / Application 90

74 Grooving and turning external Modular system external, assembly size 32 C78 d A s Matching products see right-hand side. C171 C169 C h/d A description 32 MSS-E Q 32 MSS-E N 32 MSS-E N 32 MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3200 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 C173 C HSK-T100-MSS-E HSK-T63-MSS-E UT50-MSS-E UT63-MSS-E3200 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C157 0 C171 C169 C h/d A description 32 MSS-E N 32 MSS-E Q 32 MSS-E MSS-E N 100 HSK-T100-MSS-E HSK-T63-MSS-E3200 C184 C178 C177 s/s min s max [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 C HSK-T100-MSS-E HSK-T63-MSS-E UT63-MSS-E3200 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C157 C173 0 Parting and grooving / Application

75 C79 Grooving and turning external Monoblock tools GX C188 h s min s max [mm] [mm] [mm] [mm] description E M-GX09 GX09.. C E M-GX09 GX09.. C151 C189 h s min s max [mm] [mm] [mm] [mm] description E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-1 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C151 Parting and grooving / Application C190 h s min s max [mm] [mm] [mm] [mm] description E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-4 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-1 GX C E K-GX24-2 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-4 GX C151

76 Grooving and turning external Monoblock tools SX C80 C194 h s [mm] [mm] [mm] description E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX4 SX..4 C E M-SX3 SX..3 C E M-SX4 SX..4 C E M-SX5 SX..5 C E M-SX6 SX..6 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX2 SX..2 C E K-SX3 SX..3 C E K-SX4 SX..4 C E M-SX3 SX..3 C E M-SX4 SX..4 C E M-SX5 SX..5 C E M-SX6 SX..6 C156 Parting and grooving / Application

77 C81 Grooving and turning internal Modular system internal, assembly size 16 Ø D s Matching products see right-hand side. C207 d A [mm] description 20 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-2 GX C MSS-I D-N C208 C207 d A [mm] description 20 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-2 GX C MSS-I D-N Parting and grooving / Application C208

78 Grooving and turning internal Modular system internal, assembly size 20 C82 Ø D s Matching products see right-hand side. C207 d A [mm] description 20 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-2 GX C MSS-I D-N C208 C207 d A [mm] description 20 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-2 GX C MSS-I D-N Parting and grooving / Application C208

79 C83 Grooving and turning internal Modular system internal, assembly size 25 Ø D s Matching products see right-hand side. C207 d A [mm] description 25 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-2 GX C MSS-I D-N C208 C207 d A [mm] description 25 MSS-I D-N C210 D min s min s max [mm] [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-2 GX C MSS-I D-N Parting and grooving / Application C208

80 Grooving and turning internal Modular system internal, assembly size 32 C84 Ø d A Ø D s Matching products see right-hand side. C207 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N C211 D min s min s max [mm] [mm] [mm] [mm] description MSS-I3209-GX16-1 GX C MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C151 C209 C UT40-MSS-I3290-2D C207 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N C211 D min s min s max [mm] [mm] [mm] [mm] description MSS-I3209-GX16-1 GX C MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C151 C209 C UT50-MSS-I3290-2D Parting and grooving / Application

81 C85 Grooving and turning internal Modular system internal, assembly size 40 Ø d A Ø D s Matching products see right-hand side. C207 C208 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N C211 C212 D min s min s max [mm] [mm] [mm] [mm] description MSS-I4010-GX16-1 GX C MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C N MSS-I40N19-GX24-2 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-4 GX C151 C207 C208 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N C211 C212 D min s min s max [mm] [mm] [mm] [mm] description MSS-I4010-GX16-1 GX C MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C N MSS-I40N19-GX24-2 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-4 GX C UT40-MSS-I4090-2D Parting and grooving / Application C209

82 Grooving and turning internal Monoblock boring bars GX C86 Ø d A l2 Ø D s C215 d A l 2 D min s min s max [mm] [mm] [mm] [mm] [mm] [mm] description I D-GX09 GX09.. C I D-GX09 GX09.. C151 C216 d A l 2 D min s min s max [mm] [mm] [mm] [mm] [mm] [mm] description I D-GX16-1 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-1 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-3 GX C151 C217 d A l 2 D min s min s max [mm] [mm] [mm] [mm] [mm] [mm] description I D-GX24-2 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-2 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-3 GX C I D-GX24-4 GX C151 Parting and grooving / Application

83 C87 Circlip grooving external Modular system external, assembly size 12 Matching products see right-hand side. s s C168 0 h/d A description 12 MSS-E E C176 C179 s [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-1 GX C MSS-E1207-GX09-2 GX C MSS-E1207-GX09-2 GX C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C153 C168 0 h/d A description 12 MSS-E E C176 C179 s [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-1 GX C MSS-E1207-GX09-2 GX C MSS-E1207-GX09-2 GX C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C MSS-E1202-GX09-1 GX09-1../ C153 Parting and grooving / Application

84 Circlip grooving external Modular system external, assembly size 16 C88 Matching products see right-hand side. s s C168 0 h/d A description 16 MSS-E G C176 C179 s [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-1 GX C MSS-E1607-GX09-2 GX C MSS-E1607-GX09-2 GX C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C153 C168 0 h/d A description 16 MSS-E G C176 C179 s [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-1 GX C MSS-E1607-GX09-2 GX C MSS-E1607-GX09-2 GX C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C MSS-E1602-GX09-1 GX09-1../ C153 Parting and grooving / Application

85 C89 Circlip grooving external Modular system external, assembly size 20 Matching products see right-hand side. s s C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C180 s [mm] [mm] description MSS-E2012-GX16-2 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C153 C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C180 s [mm] [mm] description MSS-E2012-GX16-2 GX C MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C153 Parting and grooving / Application

86 Circlip grooving external Modular system external, assembly size 25 C90 d A Matching products see right-hand side. s s C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E UT40-MSS-E UT50-MSS-E2590 C177 C180 s [mm] [mm] description MSS-E2512-GX16-2 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT40-MSS-E UT50-MSS-E UT63-MSS-E UT50-MSS-E UT40-MSS-E2590 C177 C180 s [mm] [mm] description MSS-E2512-GX16-2 GX C MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C Parting and grooving / Application

87 C91 Circlip grooving external Modular system external, assembly size 32 d A Matching products see right-hand side. s s C172 C171 C169 C h/d A description 32 MSS-E Q 32 MSS-E N 32 MSS-E N 32 MSS-E HSK-T100-MSS-E HSK-T63-MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3290 C177 C180 s [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C153 C UT50-MSS-E UT63-MSS-E C172 C171 C169 C h/d A description 32 MSS-E N 32 MSS-E Q 32 MSS-E MSS-E N 100 HSK-T100-MSS-E HSK-T63-MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3290 C177 C180 s [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C UT63-MSS-E3200 Parting and grooving / Application C173 0

88 Circlip grooving external Monoblock tools GX C92 C188 h s [mm] [mm] [mm] description E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C E M-GX09 GX09.. C153 C188 h s [mm] [mm] [mm] description E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C153 Parting and grooving / Application

89 C93 Circlip grooving external Monoblock tools GX C189 h s [mm] [mm] [mm] description E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-2 GX C E M-GX16-3 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-2 GX C E K-GX16-2 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-2 GX C E M-GX16-3 GX C153 Parting and grooving / Application

90 Circlip grooving external Monoblock tools GX C94 C189 h s [mm] [mm] [mm] description E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C153 Parting and grooving / Application

91 C95 Circlip grooving external Monoblock tools GX C189 h s [mm] [mm] [mm] description E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C153 Parting and grooving / Application

92 sø D sø D Circlip grooving internal Modular system internal, assembly size 16 C96 Matching products see right-hand side. C207 C208 d A [mm] description 20 MSS-I D-N 20 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-1 GX C MSS-I1604-GX09-2 GX C MSS-I1604-GX09-2 GX C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C153 C207 C208 d A [mm] description 20 MSS-I D-N 20 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-1 GX C MSS-I1604-GX09-2 GX C MSS-I1604-GX09-2 GX C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C MSS-I1602-GX09-1 GX09-1../ C153 Parting and grooving / Application

93 sø D sø D C97 Circlip grooving internal Modular system internal, assembly size 20 Matching products see right-hand side. C207 C208 d A [mm] description 20 MSS-I D-N 25 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-1 GX C MSS-I2005-GX09-2 GX C MSS-I2005-GX09-2 GX C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C153 C207 C208 d A [mm] description 20 MSS-I D-N 25 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-1 GX C MSS-I2005-GX09-2 GX C MSS-I2005-GX09-2 GX C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C MSS-I2002-GX09-1 GX09-1../ C153 Parting and grooving / Application

94 sø D sø D Circlip grooving internal Modular system internal, assembly size 25 C98 Matching products see right-hand side. C207 C208 d A [mm] description 25 MSS-I D-N 32 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-1 GX C MSS-I2506-GX09-2 GX C MSS-I2506-GX09-2 GX C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C153 C207 C208 d A [mm] description 25 MSS-I D-N 32 MSS-I D-N C210 C213 D min s [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-1 GX C MSS-I2506-GX09-2 GX C MSS-I2506-GX09-2 GX C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C MSS-I2502-GX09-1 GX09-1../ C153 Parting and grooving / Application

95 sø D sø D C99 Circlip grooving internal Modular system internal, assembly size 32 Ø d A Matching products see right-hand side. C207 C208 C209 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N 40 UT40-MSS-I3290-2D C211 C214 D min s [mm] [mm] [mm] description MSS-I3209-GX16-2 GX C MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C153 C207 C208 C209 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N 50 UT50-MSS-I3290-2D C211 C214 D min s [mm] [mm] [mm] description MSS-I3209-GX16-2 GX C MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C153 Parting and grooving / Application

96 sø D sø D Circlip grooving internal Modular system internal, assembly size 40 C100 Ø d A Matching products see right-hand side. C207 C208 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N C211 C214 D min s [mm] [mm] [mm] description MSS-I4010-GX16-2 GX C MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C153 C207 C208 C209 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N 40 UT40-MSS-I4090-2D C211 C214 D min s [mm] [mm] [mm] description MSS-I4010-GX16-2 GX C MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C153 Parting and grooving / Application

97 C101 Circlip grooving internal Monoblock boring bars GX Ø d A l2 Ø D s C215 d A l 2 D min s [mm] [mm] [mm] [mm] [mm] description I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C I D-GX09 GX09.. C153 C215 d A l 2 D min s [mm] [mm] [mm] [mm] [mm] description I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C153 Parting and grooving / Application

98 Circlip grooving internal Monoblock boring bars GX C102 Ø d A l2 Ø D s C216 d A l 2 D min s [mm] [mm] [mm] [mm] [mm] description I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C153 Parting and grooving / Application

99 C103 Circlip grooving internal Monoblock boring bars GX C216 d A l 2 D min s [mm] [mm] [mm] [mm] [mm] description I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C153 Parting and grooving / Application

100 Circlip grooving internal Monoblock boring bars GX C104 C216 d A l 2 D min s [mm] [mm] [mm] [mm] [mm] description I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C153 Parting and grooving / Application

101 C105 adius grooves external Modular system external, assembly size 12 r r Matching products see right-hand side. C168 h/d A description 12 MSS-E E C176 r [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-1 GX C MSS-E1202-GX09-1 GX09-1../ C154 C179 C168 h/d A description 12 MSS-E E C176 r [mm] [mm] description MSS-E1207-GX09-1 GX C MSS-E1207-GX09-1 GX C MSS-E1202-GX09-1 GX09-1../ C154 C179 0 Parting and grooving / Application

102 adius grooves external Modular system external, assembly size 16 C106 r r Matching products see right-hand side. C168 h/d A description 16 MSS-E G C176 r [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-1 GX C MSS-E1602-GX09-1 GX09-1../ C154 C179 C168 h/d A description 16 MSS-E G C176 r [mm] [mm] description MSS-E1607-GX09-1 GX C MSS-E1607-GX09-1 GX C MSS-E1602-GX09-1 GX09-1../ C154 C179 0 Parting and grooving / Application

103 C107 adius grooves external Modular system external, assembly size 20 r r Matching products see right-hand side. C168 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C180 r [mm] [mm] description MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2021-GX24-3 GX C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2020-SX3 SX..3 C156 C168 C169 C h/d A description 20 MSS-E J 16 MSS-E G 20 MSS-E J C177 C178 C180 r [mm] [mm] description MSS-E2012-GX16-2 GX C MSS-E2012-GX16-3 GX C MSS-E2012-GX16-3 GX C MSS-E2021-GX24-2 GX C MSS-E2021-GX24-3 GX C MSS-E2021-GX24-3 GX C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2020-SX3 SX..3 C156 Parting and grooving / Application C184

104 adius grooves external Modular system external, assembly size 25 C108 d A r r Matching products see right-hand side. C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E UT40-MSS-E UT50-MSS-E2590 C184 C180 C178 C177 r [mm] [mm] description MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C C174 C173 C171 C169 C h/d A description 25 MSS-E MSS-E HSK-T100-MSS-E HSK-T63-MSS-E UT40-MSS-E UT50-MSS-E UT63-MSS-E UT50-MSS-E UT40-MSS-E2590 C184 C180 C178 C177 r [mm] [mm] description MSS-E2512-GX16-2 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-3 GX C MSS-E2512-GX16-4 GX C MSS-E2521-GX24-2 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-3 GX C MSS-E2521-GX24-4 GX C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2525-SX3 SX..3 C MSS-E2535-SX3 SX..3 C MSS-E2525-SX4 SX..4 C MSS-E2535-SX4 SX..4 C Parting and grooving / Application

105 C109 adius grooves external Modular system external, assembly size 32 d A r r Matching products see right-hand side. C172 C171 C169 C h/d A description 32 MSS-E Q 32 MSS-E N 32 MSS-E N 32 MSS-E HSK-T100-MSS-E HSK-T63-MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3290 C184 C180 C178 C177 r [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 C UT50-MSS-E UT63-MSS-E3200 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C157 C172 C171 C169 C h/d A description 32 MSS-E N 32 MSS-E Q 32 MSS-E MSS-E N 100 HSK-T100-MSS-E HSK-T63-MSS-E HSK-T100-MSS-E HSK-T63-MSS-E3290 C184 C180 C178 C177 r [mm] [mm] description MSS-E3212-GX16-2 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-3 GX C MSS-E3212-GX16-4 GX C MSS-E3221-GX24-2 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-3 GX C MSS-E3221-GX24-4 GX C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3203-GX16-2 GX16-2../ C MSS-E3235-SX3 SX..3 C MSS-E3235-SX4 SX..4 C156 Parting and grooving / Application C UT63-MSS-E3200 C N MSS-E32N25-X X.. C N MSS-E32N32-X X.. C N MSS-E32N45-X X.. C157

106 adius grooves external Monoblock tools GX C110 C188 h r [mm] [mm] [mm] description E M-GX09 GX C E M-GX09 GX C E M-GX09 GX C E M-GX09 GX C154 C188 h r [mm] [mm] [mm] description E M-GX09 GX09-1../ C E M-GX09 GX09-1../ C154 Parting and grooving / Application

107 C111 adius grooves external Monoblock tools GX C189 h r [mm] [mm] [mm] description E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-3 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C E M-GX16-3 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-3 GX C E K-GX16-2 GX C E K-GX16-3 GX C E K-GX16-3 GX C E M-GX16-2 GX C E M-GX16-3 GX C E M-GX16-3 GX C154 Parting and grooving / Application C189 h r [mm] [mm] [mm] description E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E K-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C E M-GX16-2 GX16-2../ C154

108 adius grooves external Monoblock tools GX C112 C190 h r [mm] [mm] [mm] description E K-GX24-2 GX C E K-GX24-2 GX C E K-GX24-3 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-3 GX C E P-GX24-4 GX C E K-GX24-2 GX C E K-GX24-2 GX C E K-GX24-3 GX C E K-GX24-3 GX C E M-GX24-2 GX C E M-GX24-3 GX C E M-GX24-3 GX C E M-GX24-4 GX C E P-GX24-2 GX C E P-GX24-3 GX C E P-GX24-3 GX C E P-GX24-4 GX C154 Parting and grooving / Application

109 C113 adius grooves internal Modular system internal, assembly size 16 Ø D r Ø D s Matching products see right-hand side. C207 d A [mm] description 20 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-1 GX C MSS-I D-N MSS-I1602-GX09-1 GX09-1../ C154 C207 C208 C213 d A [mm] description 20 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I1604-GX09-1 GX C MSS-I1604-GX09-1 GX C MSS-I1602-GX09-1 GX09-1../ C154 C MSS-I D-N Parting and grooving / Application C208

110 adius grooves internal Modular system internal, assembly size 20 C114 Ø D r Ø D s Matching products see right-hand side. C207 d A [mm] description 20 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-1 GX C MSS-I D-N MSS-I2002-GX09-1 GX09-1../ C154 C207 C208 C213 d A [mm] description 20 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I2005-GX09-1 GX C MSS-I2005-GX09-1 GX C MSS-I2002-GX09-1 GX09-1../ C154 C MSS-I D-N Parting and grooving / Application C208

111 C115 adius grooves internal Modular system internal, assembly size 25 Ø D r Ø D s Matching products see right-hand side. C207 d A [mm] description 25 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-1 GX C MSS-I D-N MSS-I2502-GX09-1 GX09-1../ C154 C207 C208 C213 d A [mm] description 25 MSS-I D-N C210 D min r [mm] [mm] [mm] description MSS-I2506-GX09-1 GX C MSS-I2506-GX09-1 GX C MSS-I2502-GX09-1 GX09-1../ C154 C MSS-I D-N Parting and grooving / Application C208

112 adius grooves internal Modular system internal, assembly size 32 C116 Ø D r Ø D s Matching products see right-hand side. C207 C208 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N C211 C214 D min r [mm] [mm] [mm] description MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C UT40-MSS-I3290-2D C207 C208 C209 d A [mm] description 32 MSS-I D-N 40 MSS-I D-N C211 C214 D min r [mm] [mm] [mm] description MSS-I3209-GX16-2 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-3 GX C MSS-I3209-GX16-4 GX C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C MSS-I3203-GX16-2 GX16-2../ C UT50-MSS-I3290-2D Parting and grooving / Application C209

113 C117 adius grooves internal Modular system internal, assembly size 40 Ø D s Ø D r Matching products see right-hand side. C207 C208 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N C211 C212 C214 D min r [mm] [mm] [mm] description MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C N MSS-I40N19-GX24-2 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-4 GX C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C154 C207 C208 C209 d A [mm] description 40 MSS-I D-N 50 MSS-I D-N 40 UT40-MSS-I4090-2D C211 C212 C214 D min r [mm] [mm] [mm] description MSS-I4010-GX16-2 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-3 GX C MSS-I4010-GX16-4 GX C N MSS-I40N19-GX24-2 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-3 GX C N MSS-I40N19-GX24-4 GX C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C MSS-I4003-GX16-2 GX16-2../ C154 Parting and grooving / Application

114 rø D adius grooves internal Monoblock boring bars GX09 C118 C215 d A l 2 D min r [mm] [mm] [mm] [mm] [mm] description I D-GX09 GX C I D-GX09 GX C I D-GX09 GX C I D-GX09 GX C154 Ø D r C215 d A l 2 D min r [mm] [mm] [mm] [mm] [mm] description I D-GX09 GX09-1../ C I D-GX09 GX09-1../ C154 Parting and grooving / Application

115 rø D C119 adius grooves internal Monoblock boring bars GX16 C216 d A l 2 D min r [mm] [mm] [mm] [mm] [mm] description I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-3 GX C I D-GX16-2 GX C I D-GX16-3 GX C I D-GX16-3 GX C154 Ø D r Parting and grooving / Application C216 d A l 2 D min r [mm] [mm] [mm] [mm] [mm] description I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C I D-GX16-2 GX16-2../ C154

116 rø D adius grooves internal Monoblock boring bars GX24 C120 C217 d A l 2 D min r [mm] [mm] [mm] [mm] [mm] description I D-GX24-2 GX C I D-GX24-3 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-3 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-2 GX C I D-GX24-3 GX C I D-GX24-3 GX C I D-GX24-4 GX C I D-GX24-3 GX C I D-GX24-3 GX C I D-GX24-4 GX C154 Parting and grooving / Application

117 C121 Axial grooving Modular system external, assembly size 16 s Dmin/ max Matching products see right-hand side. h/d A description 16 MSS-E G s/s min D min [mm] [mm] description MSS-E1605-AX05 AX05.. C155 C168 0 C183 h/d A description 16 MSS-E G s/s min D min [mm] [mm] description MSS-E1605-AX05 AX05.. C155 C168 0 C183 Parting and grooving / Application

118 Notes C122 Parting and grooving / Application

119 C123 Axial grooving Modular system external, assembly size 20 Matching products see right-hand side. C168 h/d A description 16 MSS-E G 20 MSS-E J 0 20 MSS-E J C C168 h/d A description 16 MSS-E G 20 MSS-E J 0 20 MSS-E J C Parting and grooving / Application

120 Axial grooving Modular system external, assembly size 20 C124 s Dmin/ max C181 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E2014-GX24-2 A50-70 GX C MSS-E2014-GX24-2 A GX C MSS-E2014-GX24-2 A GX C151 C MSS-E2005-AX05 AX05.. C MSS-E2010-AX10 AX10.. C MSS-E2015-AX15 AX15.. C155 C181 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E2014-GX24-2 A50-70 GX C MSS-E2014-GX24-2 A GX C MSS-E2014-GX24-2 A GX C151 C MSS-E2005-AX05 AX05.. C MSS-E2010-AX10 AX10.. C MSS-E2015-AX15 AX15.. C155 Parting and grooving / Application

121 C125 Axial grooving Modular system external, assembly size 25 d A Matching products see right-hand side. h/d A description 25 MSS-E C MSS-E C171 C HSK-T100-MSS-E HSK-T63-MSS-E2500 C UT40-MSS-E UT50-MSS-E UT63-MSS-E2500 C UT40-MSS-E UT50-MSS-E h/d A description 25 MSS-E C MSS-E C171 C HSK-T100-MSS-E HSK-T63-MSS-E2500 Parting and grooving / Application C173 C UT40-MSS-E UT50-MSS-E UT63-MSS-E UT40-MSS-E UT50-MSS-E2590

122 Axial grooving Modular system external, assembly size 25 C126 s Dmin/ max C181 C182 C183 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E2515-GX24-2 A50-70 GX C MSS-E2515-GX24-2 A GX C MSS-E2515-GX24-2 A GX C MSS-E2515-GX24-3 A50-70 GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-4 A50-70 GX C MSS-E2515-GX24-4 A GX C MSS-E2515-GX24-4 A GX C MSS-E2515-GX24-4 A GX C MSS-E2521-GX24-3 AS50-70 GX C MSS-E2521-GX24-3 AS GX C MSS-E2521-GX24-3 AS GX C MSS-E2521-GX24-3 AS GX C MSS-E2525-GX24-4 AS50-70 GX C MSS-E2525-GX24-4 AS GX C MSS-E2525-GX24-4 AS GX C MSS-E2525-GX24-4 AS GX C MSS-E2505-AX05 AX05.. C MSS-E2510-AX10 AX10.. C MSS-E2515-AX15 AX15.. C155 C181 C182 C183 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E2515-GX24-2 A50-70 GX C MSS-E2515-GX24-2 A GX C MSS-E2515-GX24-2 A GX C MSS-E2515-GX24-3 A50-70 GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-3 A GX C MSS-E2515-GX24-4 A50-70 GX C MSS-E2515-GX24-4 A GX C MSS-E2515-GX24-4 A GX C MSS-E2515-GX24-4 A GX C MSS-E2521-GX24-3 AS50-70 GX C MSS-E2521-GX24-3 AS GX C MSS-E2521-GX24-3 AS GX C MSS-E2521-GX24-3 AS GX C MSS-E2525-GX24-4 AS50-70 GX C MSS-E2525-GX24-4 AS GX C MSS-E2525-GX24-4 AS GX C MSS-E2525-GX24-4 AS GX C MSS-E2505-AX05 AX05.. C MSS-E2510-AX10 AX10.. C MSS-E2515-AX15 AX15.. C155 Parting and grooving / Application

123 C127 Axial grooving Modular system external, assembly size 32 d A Matching products see right-hand side. C168 h/d A description 32 MSS-E Q 32 MSS-E N C MSS-E N 32 MSS-E C HSK-T100-MSS-E HSK-T63-MSS-E3200 C HSK-T100-MSS-E HSK-T63-MSS-E3290 C UT50-MSS-E UT63-MSS-E C168 h/d A description 32 MSS-E Q 32 MSS-E N C MSS-E MSS-E N C HSK-T100-MSS-E HSK-T63-MSS-E3200 C HSK-T100-MSS-E HSK-T63-MSS-E3290 Parting and grooving / Application C UT63-MSS-E3200

124 Axial grooving Modular system external, assembly size 32 C128 s Dmin/ max C181 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C151 C181 s/s min s max D min D max [mm] [mm] [mm] [mm] description MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-3 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C MSS-E3215-GX24-4 A GX C151 Parting and grooving / Application

125 C129 Axial grooving Monoblock tools AX h Dmin s C192 h s D min [mm] [mm] [mm] [mm] description E AX05 AX05.. C E AX10 AX10.. C E AX05 AX05.. C E AX10 AX10.. C E AX15 AX15.. C E N-AX05 AX05.. C E N-AX10 AX10.. C E N-AX15 AX15.. C E AX05 AX05.. C E AX10 AX10.. C E AX05 AX05.. C E AX10 AX10.. C E AX15 AX15.. C E N-AX05 AX05.. C E N-AX10 AX10.. C E N-AX15 AX15.. C155 Dmin Parting and grooving / Application s h C193 h s D min [mm] [mm] [mm] [mm] description E J-AX05 AX05.. C E J-AX10 AX10.. C E J-AX05 AX05.. C E J-AX10 AX10.. C E J-AX15 AX15.. C E AX05 AX05.. C E J-AX10 AX10.. C E AX15 AX15.. C E J-AX05 AX05.. C E J-AX10 AX10.. C E J-AX05 AX05.. C E J-AX10 AX10.. C E J-AX15 AX15.. C E AX05 AX05.. C E J-AX10 AX10.. C E AX15 AX15.. C155

126 Axial grooving Monoblock tools GX C130 h D D min max s C191 h s min s max D min D max [mm] [mm] [mm] [mm] [mm] [mm] description E X-GX24-2 AS40-45 GX C E X-GX24-2 AS45-50 GX C E X-GX24-2 AS50-60 GX C E X-GX24-2 AS60-75 GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-3 AS40-45 GX C E X-GX24-3 AS45-50 GX C E X-GX24-3 AS50-60 GX C E X-GX24-3 AS60-75 GX C E X-GX24-3 AS GX C E X-GX24-3 AS GX C E X-GX24-3 AS GX C E X-GX24-4 AS40-50 GX C E X-GX24-4 AS50-70 GX C E X-GX24-4 AS GX C E X-GX24-4 AS GX C E X-GX24-4 AS GX C E X-GX24-2 AS40-45 GX C E X-GX24-2 AS45-50 GX C E X-GX24-2 AS50-60 GX C E X-GX24-2 AS60-75 GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-2 AS GX C E X-GX24-3 AS40-45 GX C E X-GX24-3 AS45-50 GX C E X-GX24-3 AS50-60 GX C E X-GX24-3 AS60-75 GX C E X-GX24-3 AS GX C E X-GX24-3 AS GX C E X-GX24-3 AS GX C E X-GX24-4 AS40-50 GX C E X-GX24-4 AS50-70 GX C E X-GX24-4 AS GX C E X-GX24-4 AS GX C E X-GX24-4 AS GX C151 Parting and grooving / Application

127 C131 External recessing Modular system external, assembly size 20 s s Matching products see right-hand side. D min =35mm D min =35mm C h/d A description 20 MSS-E J C180 s [mm] [mm] description MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C151 C h/d A description 20 MSS-E J C180 s [mm] [mm] description MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C151 Parting and grooving / Application

128 External recessing Modular system external, assembly size 20 C132 r r Matching products see right-hand side. D min =35mm D min =35mm C h/d A description 20 MSS-E J C180 r [mm] [mm] description MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C154 C h/d A description 20 MSS-E J C180 r [mm] [mm] description MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX16-2../ C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C MSS-E2003-GX16-2 GX C154 Parting and grooving / Application

129 C133 External recessing Modular system external, assembly size 25 s s Matching products see right-hand side. D min =35mm D min =35mm C h/d A description 25 MSS-E C180 s [mm] [mm] description MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C151 C h/d A description 25 MSS-E C180 s [mm] [mm] description MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C151 Parting and grooving / Application

130 External recessing Modular system external, assembly size 25 C134 r r Matching products see right-hand side. D min =35mm D min =35mm C h/d A description 25 MSS-E C180 r [mm] [mm] description MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C154 C h/d A description 25 MSS-E C180 r [mm] [mm] description MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX16-2../ C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C MSS-E2503-GX16-2 GX C154 Parting and grooving / Application

131 C135 Thread turning external Modular system external, assembly size 20 Matching products see right-hand side. C168 h/d A description 20 MSS-E J 16 MSS-E G 0 20 MSS-E J C C168 h/d A description 20 MSS-E J 16 MSS-E G 0 20 MSS-E J C Parting and grooving / Application

132 Thread turning external Modular system external, assembly size 20 C136 P C218 P min P max P min P max [mm] [mm] [TPI] [TPI] [mm] description MSS-E20-TC16-1 TC C N MSS-E20N-TC16-2 TC C161 C218 P min P max P min P max [mm] [mm] [TPI] [TPI] [mm] description MSS-E20-TC16-1 TC C N MSS-E20N-TC16-2 TC C161 Parting and grooving / Application

133 C137 Thread turning external Modular system external, assembly size 25 d A Matching products see right-hand side. h/d A description 25 MSS-E C MSS-E C169 C HSK-T100-MSS-E HSK-T63-MSS-E2500 C UT63-MSS-E UT40-MSS-E UT50-MSS-E2500 C UT40-MSS-E UT50-MSS-E h/d A description 25 MSS-E C MSS-E C169 C HSK-T100-MSS-E HSK-T63-MSS-E2500 C UT40-MSS-E UT50-MSS-E UT63-MSS-E2500 Parting and grooving / Application C UT50-MSS-E UT40-MSS-E2590

134 Thread turning external Modular system external, assembly size 25 C138 P C218 P min P max P min P max [mm] [mm] [TPI] [TPI] [mm] description MSS-E25-TC16-1 TC C MSS-E25-TC16-2 TC C N MSS-E25N-TC16-3 TC C161 C218 P min P max P min P max [mm] [mm] [TPI] [TPI] [mm] description MSS-E25-TC16-1 TC C MSS-E25-TC16-2 TC C N MSS-E25N-TC16-3 TC C161 Parting and grooving / Application

135 C139 Thread turning external Monoblock tools TC h P C219 h P min P max P min P max [mm] [mm] [mm] [TPI] [TPI] [mm] description E TC16 TC16-1/2.. C E TC16 TC16-1/2.. C161 Parting and grooving / Application

136 Parting and grooving / Application

137 C141 Thread turning internal Modular system internal, assembly size 32 Matching products see right-hand side. d A [mm] description 32 MSS-I D-N C208 C MSS-I D-N 40 UT40-MSS-I3290-2D C209 d A [mm] description 32 MSS-I D-N C208 C MSS-I D-N 50 UT50-MSS-I3290-2D Parting and grooving / Application C209

138 Thread turning internal Modular system internal, assembly size 32 C142 P D min C220 P min P max P min P max D min [mm] [mm] [TPI] [TPI] [mm] [mm] description MSS-I32-TC16-1 TC C MSS-I32-TC16-2 TC C N MSS-I32N-TC16-3 TC C161 C220 P min P max P min P max D min [mm] [mm] [TPI] [TPI] [mm] [mm] description MSS-I32-TC16-1 TC C MSS-I32-TC16-2 TC C N MSS-I32N-TC16-3 TC C161 Parting and grooving / Application

139 C143 Thread turning internal Monoblock boring bars TC d A l2 P D min C221 P min P max P min P max d A l 2 D min [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] description I1690-2D-TC16 TC16-1/2.. C I2090-2D-TC16 TC16-.. C I2590-2D-TC16 TC16-.. C I1690-2D-TC16 TC16-1/2.. C I2090-2D-TC16 TC16-.. C I2590-2D-TC16 TC16-.. C161 Parting and grooving / Application

140 Parting and grooving / Application

141 C145 Thread milling external / internal Boring bars TC Matching products see right-hand side. d A [mm] description 32 MSS-I D-N C207 d A [mm] description 40 MSS-I D-N Parting and grooving / Application C208

142 Thread milling external / internal Boring bars TC C146 P D min C220 P min P max P min P max D min [mm] [mm] [TPI] [TPI] [mm] [mm] description MSS-I32-TC16-2 TC C N MSS-I32N-TC16-3 TC C161 C220 P min P max P min P max D min [mm] [mm] [TPI] [TPI] [mm] [mm] description MSS-I32-TC16-2 TC C N MSS-I32N-TC16-3 TC C161 Parting and grooving / Application

143 C147 Thread milling external / internal TC thread milling cutters d A l2 P D N C222 P min P max P min P max d A l 2 D N [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] description I2590-2D-TC16-W TC16-.. C I3290-2D-TC16-W TC16-.. C161 Parting and grooving / Application

144 Parting and grooving / Application

145 Parting and grooving / Inserts

146 Overview Inserts C150 Parting and grooving inserts GX-E system C151-C152 GX-S system C153 GX- system C154 AX system C155 SX system C156 X system C157 FX system C158 MaxiClick system C159 Threading inserts Partial profile 60 / 55 C160-C161 Full profile 60 / 55 C162-C163 Parting and grooving / Inserts

147 1 C151 GX-E system P M K N S H -F2 EN -M40 CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max [mm] [mm] [mm] [mm] GX09-1E2.00N0.20-F2 N GX09-1E2.50N0.20-F2 N GX09-2E3.00N0.30-F2 N GX16-1E2.00N0.20-F2 N GX16-2E3.00N0.30-F2 N GX16-3E4.00N0.40-F2 N GX16-3E5.00N0.40-F2 N GX24-2E3.00N0.30-F2 N GX24-2E3.50N0.30-F2 N GX24-3E4.00N0.40-F2 N GX24-3E5.00N0.40-F2 N GX24-4E6.00N0.50-F2 N GX09-1E2.00N0.20 N GX09-1E2.50N0.20 N GX09-2E3.00N0.30 N GX16-1E2.00N0.20 N GX16-1E2.50N0.20 N GX16-2E3.00N0.30 N GX16-2E3.00N0.50 N GX16-2E3.50N0.30 N GX16-3E4.00N0.40 N GX16-3E4.00N0.60 N GX16-3E5.00N0.40 N GX16-4E6.00N0.50 N GX16-4E6.00N0.80 N GX24-2E3.00N0.30 N GX24-3E4.00N0.40 N GX24-3E5.00N0.40 N GX24-4E6.00N0.50 N GX09-1E2.00N0.20-M40 N GX09-2E3.00N0.30-M40 N GX16-1E2.00N0.20-M40 N GX16-2E3.00N0.30-M40 N GX16-3E4.00N0.40-M40 N GX16-3E5.00N0.40-M40 N GX16-4E6.00N0.50-M40 N GX24-2E3.00N0.30-M40 N GX24-3E4.00N0.40-M40 N GX24-3E5.00N0.40-M40 N GX24-4E6.00N0.50-M40 N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max l Parting and grooving / Inserts s r r a max N V C GX GX-A GX GX GX GX C47-C62 C63-C64 C239 C227 C176-C178 C181-C182 C188-C190 C198 C210-C212 C215-C217

148 1 GX-E system C152 P M K N S H -M1-27P CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max [mm] [mm] [mm] [mm] GX16-1E2.00N0.20-M1 N GX16-2E3.00N0.20-M1 N GX16-3E4.00N0.30-M1 N GX24-1E2.00N0.20-M1 N GX24-2E3.00N0.20-M1 N GX24-3E4.00N0.30-M1 N GX16-1E2.00N P N GX16-2E3.00N P N GX16-3E4.00N P N GX16-4E6.00N P N GX24-2E3.00N P N GX24-3E4.00N P N GX24-3E5.00N P N GX24-4E6.00N P N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max l r a max N s r V C GX GX-A GX GX GX GX C47-C62 C63-C64 C239 C227 C176-C178 C181-C182 C188-C190 C198 C210-C212 C215-C217 Parting and grooving / Inserts

149 1 C153 GX-S system P M K N S H E-E EN CTCP325 CTP1340 CTCP335 CTPP345 H216T N s s 1 s 2 l r a max [mm] [mm] [mm] [mm] [mm] [mm] [mm] GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX09-1S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX16-2S GX09-1S1.95N N GX09-1S2.25N N GX09-2S2.75N N GX09-2S3.25N N GX16-2S2.75N N GX16-2S3.25N N GX16-3S4.25N N GX16-4S5.25N N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s s 1 s 2 l r a max l 1000 Parting and grooving / Inserts N s r 6 r a max / s 45 GX09 =.039 GX16 =.055 V C s1 s2 Tol. H13 (+0.14/0) s GX GX GX GX DIN : DIN standard for circlip grooves s: insert width s 1 : circlip width s 2 : standard groove width H13 (+0.14/0) C47-C62 C63-C64 C239 C227 C179-C180 C188-C189 C213-C214 C215-C216

150 1 GX- system C154 P M K N S H -27P -M3 EN E-E CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max [mm] [mm] [mm] [mm] [mm] GX GX GX GX GX GX GX GX GX N N GX N N GX N N GX N N GX N N GX N N GX N-M3 N GX N-M3 N GX N-M3 N GX N-M3 N GX N-27P N GX N-27P N GX N-27P N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max l 1000 N s 6 a max / s 45 GX09 = 1.0 GX16 = 1.4 r r V C GX GX-A GX GX GX GX C47-C62 C63-C64 C239 C227 C181-C182 C181-C182 C188-C190 C198 C210-C214 C215-C217 Parting and grooving / Inserts

151 1 C155 AX system P M K N S H -F50 CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max [mm] [mm] [mm] [mm] AX05-E3.00N F50 N AX10-E3.00N F50 N AX15-E3.00N F50 N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max l r a max N s r Parting and grooving / Inserts V C AX AX C47-C62 C63-C64 C239 C227 C183 C192-C193

152 SX system C156 P M K N S H -27P -M1 -M3 -M2 -F2 CTCP325 CTP1340 CTCP335 CTPP345 H216T N s r a max K [mm] [mm] [mm] [ ] SX E2.00N0.20-F2 N SX E3.00N0.30-F2 N SX E4.00N0.40-F2 N SX E2.00N0.20-M2 N SX E3.00N0.30-M2 N SX E4.00N0.40-M2 N SX E5.00N0.40-M2 N SX E6.00N0.50-M2 N SX 1.50N-M3 N SX 2.00N-M3 N SX 2.50N-M3 N SX 3.00N-M3 N SX E2.006-M SX E2.00N0.20-M1 N SX E2.006-M SX E3.006-M SX E3.00N0.20-M1 N SX E3.006-M SX E4.006-M SX E4.00N0.30-M1 N SX E4.006-M SX E5.00N0.30-M1 N SX E6.00N0.40-M1 N SX E2.00N P N SX E3.00N P N SX E4.00N P N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s r a max K 6 Κ a max Κ a max r r s s s r r r s N V C SX SX SX C47-C62 C63-C64 C239 C227 C184 C199 C199-C201 Parting and grooving / Inserts

153 C157 P M K N S H -M3 -M2 l 6 r s s X system CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max [mm] [mm] [mm] [mm] X E10.00N0.80-M2 N X E8.00N0.80-M2 N X 4.00N-M3 N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max a max a max r r Parting and grooving / Inserts V C X X C47-C62 C63-C64 C239 C227 C185 C202

154 FX system C158 P M K N S H -F1 -M1-2 CTCP325 CTP1340 CTCP335 CTPP345 H216T N s r K [mm] [mm] [ ] FX 2.25-F FX 2.2N0.15-F1 N FX 2.25-F FX 3.15-F FX 3.18-F FX 3.1N0.20-F1 N FX 3.1N0.40-F1 N FX 3.15-F FX 3.18-F FX 4.1N0.20-F1 N FX 4.1N0.50-F1 N FX 2.24-M FX 2.2N0.10-M1 N FX 2.24-M FX 3.16-M FX 3.1N0.15-M1 N FX 3.16-M FX 4.16-M FX 4.1N0.20-M1 N FX 4.16-M FX 5.1N0.25-M1 N FX 5.16-M FX 6.5N0.30-M1 N FX 8.2N0.40-M1 N FX 9.7N0.40-M1 N FX 3.1N N FX 4.1N N P FX 2.2N P N FX 3.1N P N FX 4.1N P N CTCP325 CTP1340 CTCP335 CTPP345 H216T N s r K r r s s s r r N V C FX FX FX C47-C62 C63-C64 C239 C227 C186-C187 C195 C203 Parting and grooving / Inserts

155 C159 MaxiClick system P M K N S H -F2 -F3 CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max K [mm] [mm] [mm] [mm] [mm] [ ] MC F MC N0.10-F2 N MC F MC F MC N0.10-F2 N MC F MC F MC N0.10-F2 N MC F MC F MC N0.10-F2 N MC F MC F MC N0.10-F2 N MC F MC F MC F MC F MC F MC F MC F CTCP325 CTP1340 CTCP335 CTPP345 H216T N s l r a max K MC05... MC l l r a max N r / r a max N r / s s r K r K Parting and grooving / Inserts V C MaxiClick C47-C62 C63-C64 C239 C227 C196-C197

156 1 TC system Partial profile 60 C160 P M K N S H -27P EN H216T GM213 GM240 P min P max P min P max l r H y [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] TC16-1 EI-A60-27P TC16-2 EI-AG60-27P TC16-2 EI-G60-27P TC16-3 EI-N60-27P TC16-1 EI-A TC16-2 EI-AG TC16-2 EI-G TC16-3 EI-N P min P max P min P max l r H y l 1000 r 60 H H H216T GM213 GM240 P P = min max y y TC TC TC TC TC-F C135-C137 C247-C259 C227 C218 C219 C220 C221 C222 Parting and grooving / Inserts

157 1 C161 TC system Partial profile 55 P M K N S H EN H216T GM213 GM240 P min P max P min P max l r H y [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] TC16-1 EI-A TC16-2 EI-AG TC16-2 EI-G TC16-3 EI-N P min P max P min P max l r H y l 1000 r 55 H H H216T GM213 GM240 P P = min max y y Parting and grooving / Inserts TC TC TC TC TC-F C135-C137 C247-C259 C227 C218 C219 C219 C221 C222

158 C162 P M K N S H -27P EN 60 H TC system Full profile 60 H216T GM213 GM240 P min l r H y [mm] [mm] [mm] [mm] [mm] TC16-1 E 0,5 ISO-27P TC16-1 E 0,75 ISO-27P TC16-1 E 1,0 ISO-27P TC16-1 E 1,25 ISO-27P TC16-1 E 1,5 ISO-27P TC16-1 I 1,0 ISO-27P TC16-1 I 1,5 ISO-27P TC16-2 E 1,75 ISO-27P TC16-2 E 2,0 ISO-27P TC16-2 E 2,5 ISO-27P TC16-2 E 3,0 ISO-27P TC16-2 I 2,0 ISO-27P TC16-2 I 3,0 ISO-27P TC16-1 E 0,5 ISO TC16-1 E 0,75 ISO TC16-1 E 1,0 ISO TC16-1 E 1,25 ISO TC16-1 E 1,5 ISO TC16-1 I 0,5 ISO TC16-1 I 0,75 ISO TC16-1 I 1,0 ISO TC16-1 I 1,25 ISO TC16-1 I 1,5 ISO TC16-2 E 1,75 ISO TC16-2 E 2,0 ISO TC16-2 E 2,5 ISO TC16-2 E 3,0 ISO TC16-2 I 1,75 ISO TC16-2 I 2,0 ISO TC16-2 I 2,5 ISO TC16-2 I 3,0 ISO TC16-3 E 3,5 ISO TC16-3 E 4,0 ISO TC16-3 E 4,5 ISO TC16-3 E 5,0 ISO TC16-3 I 3,5 ISO TC16-3 I 4,0 ISO TC16-3 I 4,5 ISO TC16-3 I 5,0 ISO P min l r H y H216T GM213 GM240 l r H P P y y TC TC TC TC TC-F C135-C137 C247-C259 C227 C218 C219 C219 C221 C222 Parting and grooving / Inserts

159 1 C163 TC system Full profile 55 P M K N S H -27P EN H216T GM213 GM240 P min l r H y [TPI] [mm] [mm] [mm] [mm] TC16-1 EI 19 W-27P TC16-2 EI 11 W-27P TC16-2 EI 14 W-27P TC16-1 EI 16 W TC16-1 EI 18 W TC16-1 EI 19 W TC16-1 EI 20 W TC16-1 EI 24 W TC16-1 EI 26 W TC16-1 EI 28 W TC16-2 EI 10 W TC16-2 EI 11 W TC16-2 EI 12 W TC16-2 EI 14 W TC16-2 EI 8 W TC16-2 EI 9 W TC16-3 EI 5 W TC16-3 EI 6 W TC16-3 EI 7 W P min l r H y l 1000 r 55 H H H216T GM213 GM240 P P y y Parting and grooving / Inserts TC TC TC TC TC-F C135-C137 C247-C259 C227 C218 C219 C219 C221 C222

160 Parting and grooving / Inserts

161 C165 Overview Tools Tool holders Modules - external MSS 0 C168 GX24 axial C181 MSS 90 C169 GX axial long C182 MSS 45 C170 AX C183 HSK-T 0 C171 SX C184 HSK-T 90 C172 X C185 UTS 0 C173 FX C186 UTS 90 C174 FX long C187 Adapters C175 Modules - external GX09 C176 GX16 C177 GX24 C178 Parting and grooving / Tools GX09 GX16 C179 C180

162 Overview Tools C166 Monoblock tool holders Clamping blocks GX09 C188 SBN...K C204 GX16 C189 SBN...KS C205 GX24 C190 HSK-T...KH C206 AX C192-C193 Boring bars SX C x D C207 FX C x D C208 MaxiClick C196-C197 UTS 2.0 x D C209 Blades Modules - internal GX24 C198 GX09 C210 SX C199 GX16 C211 SX reinforced C200-C201 GX24 C212 X C202 GX09 C213 FX C203 GX16 C214 Parting and grooving / Tools

163 C167 Overview Tools Monoblock boring bars GX09 C215 GX16 C216 GX24 C217 Threading - monoblock tools and modules TC16 C218 TC monoblock C219 TC16 C220 TC monoblock C221 TC milling cutters C222 Parting and grooving / Tools

164 MSS shanks 0 C168 h 2 h 1 f a l 3 l 2 b 1 l 1 b h Picture shows right-hand version N Bgr. h b h 1 h 2 b 1 l 1 l 2 l 3 a f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 12 MSS-E E MSS-E12.. E01 12 MSS-E E MSS-E12.. E01 16 MSS-E G MSS-E16.. E02 16 MSS-E G MSS-E16.. E02 20 MSS-E G MSS-E20.. E03 20 MSS-E J MSS-E20.. E03 20 MSS-E G MSS-E20.. E03 20 MSS-E J MSS-E20.. E03 25 MSS-E MSS-E25.. E04 25 MSS-E MSS-E25.. E04 32 MSS-E Q MSS-E32.. E05 32 MSS-E N MSS-E32.. E05 32 MSS-E Q MSS-E32.. E05 32 MSS-E N MSS-E32.. E05 valid only for: MSS-E20/00-10-E E E E E E GX GX GX-A AX SX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C184 C185 C186-C187 C218 Parting and grooving / Tools

165 C169 MSS shanks 90 Picture shows right-hand version N Bgr. h b h 1 h 2 l 1 l 2 l 3 a f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E J MSS-E20.. E01 20 MSS-E J MSS-E20.. E01 25 MSS-E MSS-E25.. E02 25 MSS-E MSS-E25.. E02 32 MSS-E N MSS-E32.. E03 32 MSS-E N MSS-E32.. E03 32 MSS-E MSS-E32.. E03 ight-hand shank - left-hand module eft-hand shank - right-hand module Parting and grooving / Tools E E E GX GX GX-A AX SX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C184 C185 C186-C187 C218

166 MSS shanks 45 C170 Picture shows left-hand version N Bgr. h b h 1 h 2 l 1 l 2 l 3 a f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E J MSS-E20.. E01 20 MSS-E J MSS-E20.. E01 25 MSS-E MSS-E25.. E02 25 MSS-E MSS-E25.. E02 ight-hand shank - left-hand module eft-hand shank - right-hand module E E C269 GX C179 Parting and grooving / Tools

167 C171 MSS tool holders HSK-T 0 h 2 h 1 l 1 f b 1 Picture shows right-hand version N Bgr. d A h 1 h 2 l 1 b 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 25 HSK-T63-MSS-E MSS-E25.. E01 25 HSK-T100-MSS-E MSS-E25.. E01 25 HSK-T63-MSS-E MSS-E25.. E01 25 HSK-T100-MSS-E MSS-E25.. E01 32 HSK-T63-MSS-E MSS-E32.. E02 32 HSK-T100-MSS-E MSS-E32.. E02 32 HSK-T63-MSS-E MSS-E32.. E02 32 HSK-T100-MSS-E MSS-E32.. E02 Parting and grooving / Tools E E GX GX GX-A AX SX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C184 C185 C186-C187 C218

168 MSS tool holders HSK-T 90 C f l 1 l 2 h 1 h 2 Picture shows right-hand version N Bgr. d A h 1 h 2 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 32 HSK-T63-MSS-E MSS-E32.. E01 32 HSK-T100-MSS-E MSS-E32.. E01 32 HSK-T63-MSS-E MSS-E32.. E01 32 HSK-T100-MSS-E MSS-E32.. E01 ight-hand shank - left-hand module eft-hand shank - right-hand module E GX GX GX-A AX SX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C184 C185 C186-C187 C218 Parting and grooving / Tools

169 C173 MSS tool holders UTS 0 h 2 h 1 d A l 1 f b1 Picture shows right-hand version N Bgr. d A h 1 h 2 l 1 b 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 25 UT40-MSS-E MSS-E25.. E01 25 UT50-MSS-E MSS-E25.. E02 25 UT63-MSS-E MSS-E25.. E03 25 UT40-MSS-E MSS-E25.. E01 25 UT50-MSS-E MSS-E25.. E02 25 UT63-MSS-E MSS-E25.. E03 32 UT50-MSS-E MSS-E32.. E04 32 UT63-MSS-E MSS-E32.. E05 32 UT63-MSS-E MSS-E32.. E05 Parting and grooving / Tools E E E E E GX GX GX-A AX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C185 C186-C187 C218

170 90 MSS tool holders UTS 90 C174 l 2 f d A l 1 h 1 Picture shows right-hand version h 2 N Bgr. d A h 1 h 2 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 25 UT40-MSS-E MSS-E25.. E01 25 UT50-MSS-E MSS-E25.. E02 25 UT40-MSS-E MSS-E25.. E01 25 UT50-MSS-E MSS-E25.. E02 ight-hand shank - left-hand module eft-hand shank - right-hand module E E GX GX GX-A AX SX X FX TC C269 C176-C178 C179-C180 C181-C182 C183 C184 C185 C186-C187 C218 Parting and grooving / Tools

171 C175 MSS tool holders Adapters f b h 1 h l 1 ±0,08 35 b 1 Picture shows right-hand version N Bgr. h 1 b h b 1 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2000-AD MSS-E20.. E01 20 MSS-E2000-AD MSS-E20.. E01 25 MSS-E2500-AD MSS-E25.. E02 25 MSS-E2500-AD MSS-E25.. E02 32 MSS-E3200-AD MSS-E32.. E03 32 MSS-E3200-AD MSS-E32.. E03 For additional assembly dimensions see C267-C268 Parting and grooving / Tools E E E GX GX GX-A AX SX X FX TC C269 C176 C179 C181-C182 C183 C184 C185 C186-C187 C218

172 MSS modules external Grooving and turning GX09 C176 s h 2 h 1 l 1 f Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 12 MSS-E1207-GX GX MSS-E1207-GX GX MSS-E1207-GX GX MSS-E1207-GX GX MSS-E1607-GX GX MSS-E1607-GX GX MSS-E1607-GX GX MSS-E1607-GX GX GX-E GX-S GX- C151-C152 C153 C154 C168 Parting and grooving / Tools

173 C177 MSS modules external Grooving and turning GX16 s h 2 h 1 l 1 f Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2012-GX GX MSS-E2012-GX GX MSS-E2012-GX GX MSS-E2012-GX GX MSS-E2012-GX GX MSS-E2012-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E2512-GX GX MSS-E3212-GX GX MSS-E3212-GX GX MSS-E3212-GX GX MSS-E3212-GX GX MSS-E3212-GX GX MSS-E3212-GX GX Parting and grooving / Tools GX-E GX-S GX- C151 C153 C154 C168 C169 C175 C171+C173 C172+C174

174 MSS modules external Grooving and turning GX24 C178 l1 s h 2 h 1 f Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2021-GX GX MSS-E2021-GX GX MSS-E2021-GX GX MSS-E2021-GX GX MSS-E2021-GX GX MSS-E2021-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E2521-GX GX MSS-E3221-GX GX MSS-E3221-GX GX MSS-E3221-GX GX MSS-E3221-GX GX MSS-E3221-GX GX MSS-E3221-GX GX GX-E GX- C151-C152 C154 C168 C169 C175 C171+C173 C172+C174 Parting and grooving / Tools

175 C179 MSS modules external Circlip and radius grooves GX09 s h 2 h 1 l 1 f Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 12 MSS-E1202-GX GX09-1../ 12 MSS-E1202-GX GX09-1../ 16 MSS-E1602-GX GX09-1../ 16 MSS-E1602-GX GX09-1../ Parting and grooving / Tools GX-S GX- C153 C154 C168

176 MSS modules external Circlip and radius grooves GX16 C180 s h 2 h 1 l 1 f Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2003-GX GX16-2../ 20 MSS-E2003-GX GX16-2../ 25 MSS-E2503-GX GX16-2../ 25 MSS-E2503-GX GX16-2../ 32 MSS-E3203-GX GX16-2../ 32 MSS-E3203-GX GX16-2../ GX-S GX- C153 C154 C168 C170 C169 C175 C171+C173 C172+C174 Parting and grooving / Tools

177 C181 MSS modules external Axial grooves GX24 D l1 s h 2 h 1 f Picture shows right-hand version N Parting and grooving / Tools Bgr. s min s max D min D max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2014-GX24-2 A GX MSS-E2014-GX24-2 A GX MSS-E2014-GX24-2 A GX MSS-E2014-GX24-2 A GX MSS-E2014-GX24-2 A GX MSS-E2014-GX24-2 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-2 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-3 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E2515-GX24-4 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-3 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX MSS-E3215-GX24-4 A GX GX-E GX- C151-C152 C154 C168 C169 C175 C171+C173 C172+C174

178 s MSS modules external Axial grooves GX24 C182 D f h 2 h 1 l 1 Picture shows right-hand version N Bgr. s min s max D min D max h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2521-GX24-3 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 25 MSS-E2525-GX24-4 AS GX E01 Axial modules in long version can be clamped from either side. See pages C241-C244 E GX-E GX- C269 C151-C152 C154 C168 C169 C175 C171+C173 C172+C174 Parting and grooving / Tools

179 C183 MSS modules external Axial grooves AX D min s h 2 h 1 l 1 f Picture shows right-hand version N Bgr. s D min h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 MSS-E1605-AX AX05.. E01 16 MSS-E1605-AX AX05.. E01 20 MSS-E2010-AX AX10.. E02 20 MSS-E2015-AX AX15.. E02 20 MSS-E2005-AX AX05.. E02 20 MSS-E2015-AX AX15.. E02 20 MSS-E2010-AX AX10.. E02 20 MSS-E2005-AX AX05.. E02 25 MSS-E2510-AX AX10.. E03 25 MSS-E2505-AX AX05.. E03 25 MSS-E2515-AX AX15.. E03 25 MSS-E2515-AX AX15.. E03 25 MSS-E2510-AX AX10.. E03 25 MSS-E2505-AX AX05.. E03 Parting and grooving / Tools E E E AX C269 C155 C168 C169 C175 C171+C173

180 MSS modules external Grooving and turning SX C184 a f s h 2 h 1 l 1 Picture shows right-hand version N Bgr. s h 1 h 2 l 1 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2020-SX SX..2 E01 20 MSS-E2020-SX SX..3 E01 20 MSS-E2020-SX SX..2 E01 20 MSS-E2020-SX SX..3 E01 25 MSS-E2520-SX SX..2 E01 25 MSS-E2525-SX SX..3 E01 25 MSS-E2535-SX SX..3 E01 25 MSS-E2525-SX SX..4 E02 25 MSS-E2535-SX SX..4 E02 25 MSS-E2520-SX SX..2 E01 25 MSS-E2525-SX SX..3 E01 25 MSS-E2535-SX SX..3 E01 25 MSS-E2525-SX SX..4 E02 25 MSS-E2535-SX SX..4 E02 32 MSS-E3235-SX SX..3 E01 32 MSS-E3235-SX SX..4 E02 32 MSS-E3235-SX SX..3 E01 32 MSS-E3235-SX SX..4 E02 E E SX-E SX- C269 C156 C156 C168 C169 C175 C171+C173 C172+C174 Parting and grooving / Tools

181 C185 MSS modules external Grooving and turning X h 2 s f f a h 1 l 1 Picture shows right-hand version N Bgr. s min s max h 1 h 2 l 1 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 32 MSS-E32N25-X N X.. E01 32 MSS-E32N32-X N X.. E01 32 MSS-E32N45-X N X.. E01 Parting and grooving / Tools E X-E X- C269 C157 C157 C168 C169 C175 C175 C171+C173 C172+C174

182 s MSS modules external Part-off FX C186 a f h 2 h 1 l 1 Picture shows right-hand version N Bgr. s h 1 h 2 l 1 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E2020-FX FX E01 20 MSS-E2020-FX FX E02 20 MSS-E2020-FX FX E02 20 MSS-E2020-FX FX E01 20 MSS-E2020-FX FX E02 20 MSS-E2020-FX FX E02 25 MSS-E2520-FX FX E01 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 25 MSS-E2520-FX FX E01 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 25 MSS-E2525-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 32 MSS-E3232-FX FX E02 E E FX C269 C158 C168 C169 C175 C171+C173 C172+C174 Parting and grooving / Tools

183 C187 MSS modules external Part-off FX long h 2 h 1 Picture shows right-hand version N Bgr. s h 1 h 2 l 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 25 MSS-E2535-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 32 MSS-E3245-FX FX E01 Parting and grooving / Tools E FX C269 C158 C168 C169 C175 C171+C173 C172+C174

184 Monoblock tool holders GX09 C188 Picture shows right-hand version N h s min s max h 2 b h 1 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 10 E M-GX GX09.. E01 10 E M-GX GX09.. E01 Attention: When using right-hand or left-hand inserts (GX-S and GX-), the tool requires modification to prevent the insert fouling. E GX-E GX-S GX- C269 C151-C152 C153 C154 Parting and grooving / Tools

185 C189 h = h1 f a s h h 1 h 2 Monoblock tool holders GX16 l 3 l 1 b Picture shows right-hand version l 2 N h s min s max h 2 b l 1 l 2 l 3 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 12 E K-GX GX E01 12 E K-GX GX E01 12 E K-GX GX E01 12 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 Attention: When using right-hand or left-hand inserts (GX-S and GX-), the tool requires modification to prevent the insert fouling. Parting and grooving / Tools E GX-E GX-S GX- C269 C151-C152 C153 C154

186 Monoblock tool holders GX24 C190 h = h 1 a l 1 s f b h 2 h 1 h l 3 Picture shows right-hand version l 2 N h s min s max h 2 b l 1 l 2 l 3 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 16 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 20 E K-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 25 E M-GX GX E01 32 E P-GX GX E01 32 E P-GX GX E01 32 E P-GX GX E01 32 E P-GX GX E01 32 E P-GX GX E01 32 E P-GX GX E01 E GX-E GX- C269 C151 C154 Parting and grooving / Tools

187 C191 Monoblock tool holders Axial grooves GX24 Tmax h=h 1 l1 f b h h 1 2 h D D min max Picture shows right-hand version l2 N Parting and grooving / Tools h s min s max D min D max h 2 b l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-2 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-3 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 25 E X-GX24-4 AS GX E01 E GX-E GX- C269 C151 C154

188 Dmin Monoblock tool holders AX 0 C192 h 2 h1 h 1 s f l 1 b h l 2 Picture shows right-hand version N h b s D min h 1 h 2 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 E AX AX05.. E01 16 E AX AX10.. E01 16 E AX AX05.. E01 16 E AX AX10.. E01 20 E AX AX05.. E02 20 E AX AX10.. E02 20 E AX AX15.. E02 20 E AX AX05.. E02 20 E AX AX10.. E02 20 E AX AX15.. E02 25 E N-AX AX05.. E02 25 E N-AX AX10.. E02 25 E N-AX AX15.. E02 25 E N-AX AX05.. E02 25 E N-AX AX10.. E02 25 E N-AX AX15.. E02 E E C269 AX C155 Parting and grooving / Tools

189 C193 Monoblock tool holders AX 90 h 2 h 1 f l 2 l 1 b h D min Picture shows right-hand version s N h b s D min h 1 h 2 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 E J-AX AX05.. E01 16 E J-AX AX10.. E01 16 E J-AX AX05.. E01 16 E J-AX AX10.. E01 20 E J-AX AX05.. E01 20 E J-AX AX10.. E02 20 E J-AX AX15.. E02 20 E J-AX AX05.. E01 20 E J-AX AX10.. E02 20 E J-AX AX15.. E02 25 E AX AX05.. E01 25 E J-AX AX10.. E02 25 E AX AX15.. E02 25 E AX AX05.. E01 25 E J-AX AX10.. E02 25 E AX AX15.. E02 Parting and grooving / Tools E E C269 AX C155

190 Monoblock tool holders SX C194 h 2 a h 1 l 3 l 1 s f b h Picture shows right-hand version l 2 N h b s h 1 h 2 l 1 l 2 l 3 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 E K-SX SX..2 E01 16 E K-SX SX..3 E01 16 E K-SX SX..2 E01 16 E K-SX SX..3 E01 20 E K-SX SX..2 E01 20 E K-SX SX..3 E01 20 E K-SX SX..4 E01 20 E K-SX SX..2 E01 20 E K-SX SX..3 E01 20 E K-SX SX..4 E01 25 E M-SX SX..3 E01 25 E M-SX SX..4 E01 25 E M-SX SX..5 E01 25 E M-SX SX..6 E01 25 E M-SX SX..3 E01 25 E M-SX SX..4 E01 25 E M-SX SX..5 E01 25 E M-SX SX..6 E01 E SX-E SX- C269 C156 C156 Parting and grooving / Tools

191 C195 Monoblock tool holders FX Picture shows left-hand version N h s D max b h 1 h 2 l 1 l 2 l 3 f a [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 10 XCE 1010 M22 FX FX E01 10 XCE 1010 M22 FX FX E01 12 XCE 1212 M22 FX FX E01 12 XCE 1212 F22 FX FX E01 12 XCE 1212 M22 FX FX E01 12 XCE 1212 F22 FX FX E01 14 XCE 1414 M22 FX FX E01 14 XCE 1414 M22 FX FX E01 16 XCE 1612 H22 FX FX E01 16 XCF 1612 H31 FX FX E02 16 XCE 1612 H22 FX FX E01 16 XCF 1612 H31 FX FX E02 20 XCF 2016 K31 FX FX E02 20 XCF 2016 K41 FX FX E02 20 XCF 2016 K31 FX FX E02 20 XCF 2016 K41 FX FX E02 25 XCF 2520 M31 FX FX E02 25 XCF 2520 M41 FX FX E02 25 XCF 2520 M31 FX FX E02 25 XCF 2520 M41 FX FX E02 Parting and grooving / Tools E E C269 FX C158

192 Monoblock tool holders MaxiClick MC05 C196 l 2 l 1 s f b h 2 h 1 h Picture shows right-hand version N h b s min s max h 1 h 2 l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 10 MC K MC 05.. E01 10 MC K MC 05.. E01 12 MC K MC 05.. E01 12 MC K MC 05.. E01 16 MC K MC 05.. E01 16 MC K MC 05.. E01 20 MC K MC 05.. E01 20 MC K MC 05.. E01 25 MC M MC 05.. E01 25 MC M MC 05.. E01 E MaxiClick C269 C159 Parting and grooving / Tools

193 C197 Monoblock tool holders MaxiClick MC10 l 2 h 2 s f a h 1 l 3 l 1 b h Picture shows right-hand version N h b s min s max h 1 h 2 l 1 l 2 l 3 a f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 10 MC K MC 10.. E01 10 MC K-S MC 10.. E01 10 MC K MC 10.. E01 10 MC K-S MC 10.. E01 12 MC K MC 10.. E01 12 MC K-S MC 10.. E01 12 MC K MC 10.. E01 12 MC K-S MC 10.. E01 16 MC K MC 10.. E01 16 MC K MC 10.. E01 20 MC K MC 10.. E01 20 MC K MC 10.. E01 25 MC M MC 10.. E01 25 MC M MC 10.. E01 Parting and grooving / Tools E MaxiClick C269 C159

194 Blades GX C198 b 1 l s b h 2 Picture shows right-hand version N h 2 s min s max b b 1 l 1 [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 32 XCFN 3202-GX24-1S N GX E01 32 XCFN 3203 GX24-2S N GX E01 32 XCFN 3204 GX24-3S N GX E01 32 XCFN 3206 GX24-4S N GX E01 E GX-E GX- C269 C151 C154 C204-C205 Parting and grooving / Tools

195 C199 Blades SX l h s b N b 1 Tmax b / Picture shows right-hand version N h 2 s b b 1 l 1 [mm] description [mm] [mm] [mm] [mm] [mm] 26 XCF 2602-SX SX..2 E01 26 XCFN 2603-SX3 N SX..3 E01 26 XCFN 2604-SX4 N SX..4 E02 26 XCF 2602-SX SX..2 E01 32 XCF 3202-SX SX..2 E01 32 XCFN 3203-SX3 N SX..3 E01 32 XCFN 3204-SX4 N SX..4 E02 32 XCFN 3205-SX5 N SX..5 E02 32 XCFN 3206-SX6 N SX..6 E02 32 XCF 3202-SX SX..2 E01 Parting and grooving / Tools E E SX-E SX- C269 C156 C156 C204-C205

196 Blades SX, reinforced blades C200 D max l 1 s b b 1 h 2 Picture shows right-hand version N h 2 s D max b b 1 l 1 [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 26 XCF 2608-SX SX..2 E01 26 XCF 2608-SX SX..3 E01 26 XCF 2608-SX SX..2 E01 26 XCF 2608-SX SX..3 E01 E SX-E SX- C269 C156 C156 C204-C205 Parting and grooving / Tools

197 C201 Blades SX, reinforced blades D max l 1 Contra s b b 1 h 2 Picture shows right-hand version N h 2 s D max b b 1 l 1 [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 32 XCF 3208-SX SX..3 E01 32 XCF 3208C-SX SX..3 E01 32 XCF 3208-SX SX..4 E02 32 XCF 3208-SX SX..3 E01 32 XCF 3208C-SX SX..3 E01 32 XCF 3208-SX SX..4 E02 Contra XCF 3208C-SX3 -> C=CONTA Additional information see page(s) C262 Parting and grooving / Tools E E SX-E SX- C269 C156 C156 C204-C205

198 Blades X C202 s h 2 l 1 b 150 Picture shows right-hand version N h 2 s min s max b l 1 [mm] description [mm] [mm] [mm] [mm] [mm] 46 XCEN 4608 X N X.. E01 E X-E X- C269 C157 C157 C204 Parting and grooving / Tools

199 C203 Blades FX s h 2 l b Picture shows right-hand version N h 2 s b l 1 [mm] description [mm] [mm] [mm] [mm] 26 XCEN 2602 J22 FX N FX E01 26 XCFN 2603 J31 FX N FX E02 26 XCFN 2604 J41 FX N FX E02 32 XCEN 3202 M22 FX N FX E01 32 XCFN 3203 M31 FX N FX E02 32 XCFN 3204 M41 FX N FX E02 32 XCFN 3205 M51 FX N FX E02 32 XCFN 3206 M65 FX N FX E02 46 XCEN 4608 S82 FX N FX E03 46 XCEN 4609 S97 FX N FX E03 Parting and grooving / Tools E E E FX C269 C158 C204-C205

200 Clamping blocks C204 h 3 h h 1 h 2 l 1 b b 1 Picture shows right-hand version N h 2 h h 1 h 3 l 1 b b 1 [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 26 SBN K N XC E01 32 SBN K N XC E01 32 SBN K N XC E01 46 SBN K N XC E02 46 SBN K N XC E02 The blocks are delivered without coolant set. When applying through-tool coolant, order the additional coolant set separately. E E GX SX X FX C269 C198 C199-C201 C202 C203 Parting and grooving / Tools

201 C205 Split clamping blocks h 3 h h 1 h 2 l 1 b b 1 Picture shows right-hand version N h 2 h h 1 h 3 l 1 b b 1 [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 26 SBN KS N XC E01 32 SBN KS N XC E01 32 SBN KS N XC E01 The blocks are delivered without coolant set. When applying through-tool coolant, order the additional coolant set separately. Parting and grooving / Tools E GX SX X FX C269 C198 C199 C202 C203

202 HSK-T clamping blocks C206 f d A h 2 l 1 N h 2 d A h 1 l 1 [mm] description [mm] [mm] [mm] 32 HSK-T63-KH XC E01 32 HSK-T100-KH XC E01 32 HSK-T63-KH XC E01 32 HSK-T100-KH XC E01 E GX SX X FX C269 C198 C199 C202 C203 Parting and grooving / Tools

203 C207 MSS boring bars 1.5 D Picture shows right-hand version N Bgr. D min d A d 2 l 1 l 2 l 3 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 MSS-I D-N MSS-I16.. E01 16 MSS-I D-N MSS-I16.. E01 20 MSS-I D-N MSS-I20.. E02 20 MSS-I D-N MSS-I20.. E02 25 MSS-I D-N MSS-I25.. E03 25 MSS-I D-N MSS-I25.. E03 32 MSS-I D-N MSS-I32.. E04 32 MSS-I D-N MSS-I32.. E04 40 MSS-I D-N MSS-I40.. E05 40 MSS-I D-N MSS-I40.. E05 When using module MSS-I40N19-GX24.. : + 9 mm / D min + 10 mm Parting and grooving / Tools E E E E E GX TC C269 C210-C178 C213-C214 C220

204 MSS boring bars 2.5 D C208 Picture shows right-hand version * 2 clamping faces applies only for MSS-I32/90-2.5D-N N Bgr. D min d A l 1 l 2 h f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 MSS-I D-N MSS-I16.. E01 16 MSS-I D-N MSS-I16.. E01 20 MSS-I D-N MSS-I20.. E02 20 MSS-I D-N MSS-I20.. E02 25 MSS-I D-N MSS-I25.. E03 25 MSS-I D-N MSS-I25.. E03 32 MSS-I D-N MSS-I32.. E04 32 MSS-I D-N MSS-I32.. E04 40 MSS-I D-N MSS-I40.. E05 40 MSS-I D-N MSS-I40.. E05 When using module MSS-I40N19-GX24.. : + 9 mm / D min + 10 mm E E E E E GX TC C269 C210-C212 C213-C214 C220 Parting and grooving / Tools

205 C209 MSS boring bars UTS 2.0 D f D d A l 2 l 1 N Bgr. D min d A l 1 l 2 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] 32 UT40-MSS-I3290-2D MSS-I32.. E01 32 UT50-MSS-I3290-2D MSS-I32.. E01 40 UT40-MSS-I4090-2D MSS-I40.. E02 When using module MSS-I40N19-GX24.. : + 9 mm / D min + 10 mm Parting and grooving / Tools E E GX TC C269 C210-C212 C213-C214 C220

206 MSS modules internal Grooving and turning GX09 C210 f D min s 1 s h 2 Picture shows right-hand version N Bgr. s min s max D min h 2 s 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 MSS-I1604-GX GX MSS-I1604-GX GX MSS-I1604-GX GX MSS-I1604-GX GX MSS-I2005-GX GX MSS-I2005-GX GX MSS-I2005-GX GX MSS-I2005-GX GX MSS-I2506-GX GX MSS-I2506-GX GX MSS-I2506-GX GX MSS-I2506-GX GX GX-E GX-S GX- 1.5D 2.5D C151 C153 C154 C207 C208 Parting and grooving / Tools

207 C211 MSS modules internal Grooving and turning GX16 f D min s 1 s h 2 Picture shows right-hand version N Bgr. s min s max D min h 2 s 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 32 MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I3209-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX MSS-I4010-GX GX Parting and grooving / Tools GX-E GX-S GX- 1.5D 2.5D UTS C151 C153 C154 C207 C208 C209

208 MSS modules internal Grooving and turning GX24 C212 f D min s 1 s h 2 Picture shows right-hand version N Bgr. s min s max D min h 2 s 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 40 MSS-I40N19-GX24-2 N GX MSS-I40N19-GX24-3 N GX MSS-I40N19-GX24-4 N GX GX-E GX-S 1.5D 2.5D UTS C151 C153 C207 C208 C209 Parting and grooving / Tools

209 C213 MSS modules internal Circlip and radius grooves GX09 f D min s 1 s h 2 Picture shows right-hand version N Bgr. s min s max D min h 2 s 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 MSS-I1602-GX GX09-1../ 16 MSS-I1602-GX GX09-1../ 20 MSS-I2002-GX GX09-1../ 20 MSS-I2002-GX GX09-1../ 25 MSS-I2502-GX GX09-1../ 25 MSS-I2502-GX GX09-1../ Parting and grooving / Tools GX-S GX- 1.5D 2.5D C153 C154 C207 C208

210 MSS modules internal Circlip and radius grooves GX16 C214 f D min s 1 s h 2 Picture shows right-hand version N Bgr. s min s max D min h 2 s 1 f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] 32 MSS-I3203-GX GX16-2../ 32 MSS-I3203-GX GX16-2../ 40 MSS-I4003-GX GX16-2../ 40 MSS-I4003-GX GX16-2../ GX-S GX- 1.5D 2.5D UTS C153 C154 C207 C208 C209 Parting and grooving / Tools

211 C215 Monoblock boring bars GX09 f D d A s h l 2 l 1 Picture shows right-hand version N d A s min s max D min l 2 l 1 h f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 I D-GX GX09.. E01 16 I D-GX GX09.. E01 Attention: When using right-hand or left-hand inserts (GX-S and GX-), the tool requires modification to prevent the insert fouling. Parting and grooving / Tools E GX-E GX-S GX- C151 C153 C154 C269

212 Monoblock boring bars GX16 C216 f D d A s h l 2 l 1 Picture shows right-hand version N d A s min s max D min l 2 l 1 h f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 16 I D-GX GX E01 16 I D-GX GX E01 16 I D-GX GX E01 16 I D-GX GX E01 20 I D-GX GX E01 20 I D-GX GX E01 25 I D-GX GX E01 25 I D-GX GX E01 25 I D-GX GX E01 25 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 Attention: When using right-hand or left-hand inserts (GX-S and GX-), the tool requires modification to prevent the insert fouling. E GX-E GX-S GX- C269 C151-C152 C153 C154 Parting and grooving / Tools

213 C217 Monoblock boring bars GX24 f D d A s h l 2 l 1 Picture shows right-hand version N d A s min s max D min l 2 l 1 h f [mm] description [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 32 I D-GX GX E01 40 I D-GX GX E01 40 I D-GX GX E01 40 I D-GX GX E01 40 I D-GX GX E01 Parting and grooving / Tools E GX-E GX- C269 C151-C152 C154

214 MSS modules external Thread turning TC C218 h2 f h1 l 1 Picture shows right-hand version N Bgr. P min P max P min P max h 1 h 2 l 1 f [mm] description [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] [mm] 20 MSS-E20-TC TC MSS-E20N-TC16-2 N TC MSS-E20-TC TC MSS-E25-TC TC MSS-E25-TC TC MSS-E25N-TC16-3 N TC MSS-E25-TC TC MSS-E25-TC TC TC60 TC55 C160 C161 C168 C169 C175 C171+C173 Parting and grooving / Tools

215 C219 Monoblock tool holders Thread turning TC h2 f h1 l 1 h b Picture shows right-hand version l 2 N h P min P max P min P max h 1 h 2 b l 1 l 2 f [mm] description [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 12 E TC TC16-1/2.. E01 12 E TC TC16-1/2.. E01 Parting and grooving / Tools E TC60 TC55 C269 C160 C161

216 MSS modules internal Thread turning TC C220 h 2 f D min s 1 Picture shows right-hand version N Bgr. P min P max P min P max D min h 2 s 1 f [mm] description [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] 32 MSS-I32-TC TC MSS-I32-TC TC MSS-I32N-TC16-3 N TC MSS-I32-TC TC MSS-I32-TC TC TC60 TC55 1.5D 2.5D UTS C160 C161 C207 C208 C209 Parting and grooving / Tools

217 C221 Monoblock boring bars Thread turning TC f D da Tmax l 2 l 1 h Picture shows right-hand version N d A P min P max P min P max D min h l 1 l 2 f [mm] description [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] [mm] 20 I1690-2D-TC TC16-1/2.. E01 20 I1690-2D-TC TC16-1/2.. E01 25 I2090-2D-TC TC16-.. E02 25 I2090-2D-TC TC16-.. E02 32 I2590-2D-TC TC16-.. E03 32 I2590-2D-TC TC16-.. E03 Parting and grooving / Tools E E E TC60 TC55 C269 C160 C161

218 TC milling cutters C222 l 2 l 1 N d A l 1 l 2 D N f [mm] description [mm] [mm] [mm] [mm] [mm] 25 I2590-2D-TC16-W TC16-.. E01 32 I3290-2D-TC16-W TC16-.. E02 E E TC60 TC55 C269 C160 C161 Parting and grooving / Tools

219 Parting and grooving / Technical information

220 Overview Technical information C224 General C225-C232 Types of wear, corrective measures C233-C234 DIN AISI Comparison of materials C235-C238 Cutting data C239 Possible applications - axial grooving C241-C246 Threading (turning, milling) C247-C260 System features - how to use the system C261-C265 GX special tools C266 Possible applications MSS adapters C267-C268 Spare part description C269 Parting and grooving / Technical information

221 C225 Tool - setting ecommended application 0,1 Centre height The centre height should be set within a tolerance of ± 0.1 mm to the work piece axis. This is especially important when parting into centre. Tool setting 90 The parting and grooving tool must be mounted with a 90 angle to the axis of the work piece. Tool overhang l a l a For optimum stability the tool overhang has to be kept as short as possible. The following rule can be applied: overhang l a should not be larger than 8 x s (cutting width). Parting and grooving / Technical information

222 Tool - setting ecommended application C226 Tool overhang In order to avoid vibration the work piece should be clamped with the minimum overhang possible. Advice for part-off operations From dia. 5 mm on, reduce feed rate f by approx. 50%. No part-off across centre (risk of breakage). For parting pip-free, use or inserts. educe feed rate f by approx. 20% - 50% to minimise lateral deflection. In order to prevent ring formation, use or inserts. educe feed rate f by approx. 20% - 50% to minimise lateral deflection. Advice for grooving operations a When grooving with an axial displacement the width a should be at least 70% of the cutting width s. s When grooving inclined surfaces the feed should be reduced by approx. 20% - 50% at the beginning. Parting and grooving / Technical information

223 1 C227 Inserts Tolerances GX09-E Tolerances (mm) Chip groove x s r -F2 / -EN ±0,02 ±0,02 -M40 ±0,1 ±0,05 ±0,05 GX16-E Tolerances (mm) Chip groove x s r -27P / -F2 / -EN ±0,02 ±0,02 -M40 / -M1 ±0,15 ±0,05 ±0,05 GX24-E Tolerances (mm) Chip groove x s r -27P / -F2 ±0,02 ±0,02 -M40 / -M1 / -EN ±0,15 ±0,05 ±0,05 GX09-S / GX 16-S Tolerances (mm) Chip groove x s r -E/-E ±0,02 ±0,02 -EN ±0,05 GX09- Tolerances (mm) Chip groove x s r -EN / -E / -E ±0,02 ±0,02 ±0,05 GX 16- Tolerances (mm) Chip groove x s r -27P / -EN ±0,02 ±0,02 ±0,05 Chip groove SX x s r -27P / -F2 ±0,02 ±0,02 ±0,05 -M1 / -M2 / -M3 ±0,1 ±0,05 ±0,05 Chip groove FX x s r -27P 2,2-4,1 ±0,05 ±0,05 ±0,05 -F1 2,2-4,1 ±0,13 ±0,05 ±0,05 -M1 X x s r -M2 / -M3 ±0,15 ±0,08 ±0,08 Chip groove 2,2-4,1-0,1 ±0,13 5,1-6,5-0,15 MaxiClick x s r -F2 / -F3 ±0,025 ±0,03 ±0,05 8,2-9,7 ±0,15-0,2 ±0,1-2 3,1-4,1 ±0,13 ±0,05 ±0,05 Chip groove Chip groove Width TC Tolerances (mm) Tolerances (mm) Tolerances (mm) Tolerances (mm) Tolerances (mm) x s r -27P / -EN ±0,02 GX 24- Tolerances (mm) Chip groove x s r -27P ±0,02 ±0,02 ±0,05 -M3 ±0,15 ±0,05 ±0,05 Parting and grooving / Technical information AX Tolerances (mm) Chip groove x s r -F50 ±0,02 ±0,02 ±0, s r = repeatability (x) r s

224 MSS-GX, SX, X, FX educed parting and grooving depth C228 educed parting and grooving depth The MSS parting and grooving modules are selected by size to suit a certain work piece diameter (D max ). If the diameter of the work piece is bigger than D max of the module, then the achievable parting and grooving depth is reduced by dimension a. The extent of the reduction is established by reference to the following table. T red. D max at a = maximum grooving depth D max = maximum work piece diameter with full grooving depth (a = 0) a = reduction of grooving depth D T red. = a Assembly size Work piece diameter (mm) E >250 E >420 E >330 E >500 E >800 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0 5,5 6,0 6,5 7,0 7,5 8,0 eduction of the maximum grooving depth a (mm) Maximum work piece diameter (D max ) in case of full parting and grooving depth ( ) in mm Calculation example: module MSS- E25 21-GX24-3 E25 21 assembly size 25 = 21 mm, Ø 75 mm D = Ø 100 mm => a = T red = 19 mm Parting and grooving / Technical information

225 C229 Torque moments MSS module clamping screws MSS tool shanks Note the order in which screws must be clamped! C11 Torque moments MSS tool shanks Screw Torx Nm in.lbs MSS-E /M2,5x10,0/T08 T08 1,2 10,6 MSS-E /M3,5x12,5/T15 T15 3,2 28,3 MSS-E /M4,0x14,0/T15 T ,4 MSS-E /M5,0x18,0/T20 T ,3 MSS-E /M6,0x20,0/T25 T ,1 MSS tool shanks Note the order in which screws must be clamped! C11 Torque moments MSS boring bars Screw Torx Nm in.lbs MSS-I /M2,5x10,0/T08 T08 1,2 10,6 MSS-I /M3,0x11,0/T10 T ,7 MSS-I /M3,5x12,5/T15 T15 3,2 28,3 MSS-I /M4,5x17,0/T20 T ,4 MSS-I /M5,0x18,0/T20 T ,3 Parting and grooving / Technical information

226 Torque moments for insert clamping C230 ecommended torque moments Tool Screw Torx SX Torque moments Nm in.lbs /M4,0X18/T20 T20 4,0 35,4 AX /M3,5X12,5/T /M4,0X14/T /M5,0X18/T20 T15 T15 T20 3,2 4,0 5,0 28,3 35,4 44,3 GX M5x18-15IP/ T15IP 5,0 44,3 Torque key (inserts/bits) pcs. (incl. in delivery) DMSD 1,2Nm/SOT T08 DMSD 2,0Nm/SOT T10 DMSD 3,2Nm/SOT T15 DMSD 4,0Nm/SOT T15 DMSD 4,0Nm/SOT T20 DMSD 5,0Nm/SOT T20 DMSD 6,0Nm/SOT T25 Torque moment set to: Nm piece (incl. in delivery) DMSD 1-5Nm/SOT DMSD 2-8Nm/SOT DMSD-B T08-50MM DMSD-B T10-50MM DMSD-B T15-50MM DMSD-B T20-50MM DMSD-B T25-50MM Torque moment can be adjusted flexibly: Nm Torque moment can be adjusted flexibly: Nm Parting and grooving / Technical information

227 C231 Measures for parting and grooving problems Type of problem Type of wear Work piece problems Chip control Edge chipping Built-up edge Flank wear Plastic deformation Vibration Formation of pips and burrs Chattered surface Surface quality Chip too long (tangled swarf) Chip too short (fragmented chip) Corrective measures Cutting speed Feed rate Feed - centre area Cutting values Chip groove - -M -F / - right-hand / left-hand version Corner radius Cutting material larger smaller wear resistance toughness Selection of inserts Parting and grooving / Technical information raise, increase, large influence raise, increase low influence avoid, reduce large influence avoid, reduce low influence Cutting width Clamping of tool Clamping of work piece Overhang Tip height Cooling lubricant check, optimise use General criteria

228 General formula C232 Cutting speed (v c ) n d 1 v c evolutions per minute (n) Feed rate (v f ) The CEATIZIT formula collection CT-CAC PC - aided calculation of machining parameters Cutting speed Chip removal rate Power consumption Medium chip thickness anguages DE, EN, F, IT, ES, DA, SE, FI Free-of-charge download from Parting and grooving / Technical information

229 C233 Types of wear Flank wear easons Cutting speed too high Carbide grade with insufficient wear resistance Incorrect feed rate emedies educe cutting speed Select more wear resistant carbide grade Adapt feed rate to cutting speed and cutting depth (increase feed rate) Abrasion on flank, normal wear after a certain machining time. Edge chipping easons Grade with too high wear resistance Vibration Feed rate too high or excessive depth of cut Swarf damage emedies Use tougher grade Use negative cutting edge geometry with chip groove educe overhang; check centre height Increase stability of cutting edge Through excessive mechanical stress at the cutting edge fracture and chipping may occur. Cratering Parting and grooving / Technical information The hot chip which is being evacuated causes cratering at the rake face of the cutting edge. easons Cutting speed and / or feed rate too high ake angle too shallow Grade with low wear resistance Insufficient coolant supply emedies educe cutting speed and / or feed rate Increase coolant quantity and / or pressure, optimise coolant supply Use grade with higher resistance to cratering

230 Types of wear C234 Plastic deformation easons Too high machining temperature resulting in softening of substrate Wear / heat resistance of carbide grade too low Insufficient coolant supply emedies educe cutting speed Choose carbide grade with higher wear resistance Provide cooling High machining temperature and simultaneous mechanical stress may lead to plastic deformation. Built-up edge easons Cutting speed too low ake angle too small Wrong cutting material ack of cooling / lubrication emedies Increase cutting speed Enlarge rake angle Apply TiN-coating Use emulsion with higher concentration Built-up edge occurs when the chip is not evacuated properly due to insufficient cutting temperature. Notching Notch at the maximum depth of cut easons Oxidation of the cutting edge Excessive heat on the cutting edge emedies Use various depths of cut educe cutting speed Improve coolant supply Parting and grooving / Technical information

231 C235 Hardness values Comparison table Parting and grooving / Technical information Tensile strength N/mm² Vickers HV Tensile strength N/mm² Vickers HV Brinell HB ockwell HC Shore C Brinell HB ockwell HC Shore C The figures given are approximate according to DIN EN ISO18265 ( )

232 Comparison of materials C236 Germany DIN Mat. no. United Kingdom BS France AFNO Sweden SS United States AISI Japan JIS Kc1.1 N/mm 2 mc VDI 3323 group 10 SPb PbF , Cr B 3 Y 100 C 6 3 SUJ ,24 6/9 105 WCr WC 13 SKS ,24 6/9 12 CrMo Gr. 31; CD A 182-F22 SPVA,SCMV ,24 6/7 12 Ni Z 18 N ,23 10/11 13 CrMo Gr CD A 182-F11; F12 SPVAF ,24 6/7 14 MoV ,24 6/7 14 Ni N 6 A 350-F ,24 6/7 14 NiCr NC SNC415(H) ,24 6/7 14 NiCr M NC ; 9314 SNC815(H) ,24 6/7 14 NiCrMo ,24 6/7 15 Cr M C ,24 6/7 15 CrMo CD 4 SCM415(H) ,24 6/7 15 Mo D A 204 Gr. A ,24 6/7 16 MnCr M MC SC ,24 6/7 16 Mo SB450M ,24 6/7 17 CrNiMo A NCD ,24 6/7 21 NiCrMo M NCD SNCM220(H) ,24 6/8 25 CrMo CDS CD 4 S SM420;SCM ,24 6/8 28 Mn M M , CrMo M CD ,24 6/9 34 Cr A C SC430(H) ,24 6/8 34 CrMo A CD ; 4137 SCM432;SCCM ,24 6/9 34 CrNiMo M NCD SNCM ,24 6/9 35 S M MF ,22 2/3 36 CrNiMo M NCD SNCM ,24 6/9 36 Mn ,22 2/3 36 NiCr A NC SNC ,24 3/9 38 MnSi ,24 3/9 39 CrMoV M ,24 6/9 40 Mn M M ,22 2/3 40 NiCrMo Type 7 40 NCD SNCM ,24 6/9 41 Cr M C SC440(H) ,24 6/9 41 CrAlMo M CAD A 355 Cl. A SACM ,24 6/9 41 CrMo M CD 4 TS ; 4140 SCM ,24 6/9 42 Cr A C 4 TS SCr ,24 6/9 42 CrMo M CD ; 4140 SCM440(H) ,24 6/9 45 WCrV BS S ,24 6/9 50 CrV A CV SUP ,24 6/9 55 Cr A C SUP9(A) ,24 6/9 55 NiCrMoV NCDV 7 6 SKH1;SKT ,24 6/9 55 Si A S ; ,24 6/9 58 CrV ,24 6/9 60 SiCr SC ,24 6/9 9 SMn M 07 S SUM , SMn M 07 S , SMnPb S 250 Pb SUM , SMnPb S 300 Pb ,21 1 Al ,25 21 AlCuMg ,25 22 AlMg ,25 21 Parting and grooving / Technical information

233 C237 Comparison of materials Germany DIN Mat. no. United Kingdom BS France AFNO Sweden SS United States AISI Japan JIS Kc1.1 N/mm 2 mc VDI 3323 group Parting and grooving / Technical information AlMgSi ,25 22 C 105 W Y W 110 SK ,24 3 C 125 W Y2 120 W ,24 3 C M 15 AF3 7 C 12; XC S15C ,21 1 C A 20 AF 42 C S20C, S22C ,21 1 C A 35 AF 55 C S35C ,22 2/3 C M 46 AF 65 C S45C ,22 2/3 C M S55C ,24 3 C A 62 CC S60C ,24 3 Cf S35C ,22 2/3 Cf S50C ,22 2/3 Ck A ,24 3 Ck M 15 XC 15; XC S15C ,21 1 Ck M 55 XC S55C ,24 3 Ck A 62 XC ; S58C ,24 3 CoCr20W15Ni ,24 35 CuZn ,27 27 CuZn36Pb ,27 26 E-Cu ,27 28 G-AlSi10Mg ,25 24 G-AlSi ,25 23 G-AlSi9Cu ,25 23 G-CuSn5ZnPb ,27 26 G-CuZn40Fe ,27 28 G-X 120 Mn Z 120 M 12 Z 120 M 12 A 128 (A) ,24 35 G-X 20 Cr C 29 Z 20 C 13 M SCS ,21 12/13 G-X 40 NiCrSi C ,24 31 G-X 45 CrSi S 45 Z 45 CS 9 HNV /11 G-X 5 CrNi C 11 Z 5 CN CA 6-NM ,21 12/13 G-X 5 CrNiMoNb C 17 Z 4 CNDNb M ,2 14 G-X 6 CrNi C 15 Z 6 CN M 2333 CF ,2 14 G-X 6 CrNiMo ,2 14 G-X 7 Cr ,21 12/13 GG Ft 10 D A48-20 B FC ,2 15 GG Grade 150 Ft 15 D A48-25 B FC ,2 15 GG Grade 220 Ft 20 D A48-30 B FC ,2 15 GG Grade 260 Ft 25 D A48-40 B FC ,24 15/16 GG Grade 300 Ft 30 D A48-45 B FC ,28 16 GG Grade 350 Ft 35 D A48-50 B FC ,28 16 GG Grade 400 Ft 40 D A48-60 B FC ,28 16 GGG FCD ,25 17 GGG SNG 420/12 FGS FCD ,25 17 GGG SNG 370/17 FGS FCD ,25 17 GGG SNG 500/7 FGS FCD ,28 18 GGG SNG 600/3 FGS FCD ,28 18 GGG SNG 700/2 FGS FCD ,28 18 GGG-NiCr S-NiCr 20 2 S-NC 20 2 A 439 Type D ,28 18 GGG-NiMn S-NiMn 13 7 S-NM ,28 18 GS-Ck M 46 XC S45C ,22 2/3 GTS B 340/12 MN ,25 19 GTS P 440/ ,3 20

234 Comparison of materials C238 Germany DIN Mat. no. United Kingdom BS France AFNO Sweden SS United States AISI Japan JIS Kc1.1 N/mm 2 mc VDI 3323 group GTS P 510/4 MP ,3 20 GTS P 570/3 MP ,3 20 GTS P 690/2 IP ,3 20 NiCr20TiAl H 401; 601 Nimonic 80 A ,24 33 NiCr22Mo9Nb Inconel ,24 33 NiCu30Al Monel K ,24 34 NiFe25Cr20NbTi ,24 34 S BT 1 Z 80 WCV T ,23 10/11 S BT 4 Z 80 WKCV T ,23 10/11 S Z 100 DCWV M ,23 10/11 S BM 2 Z 85 WDCV M 2 SKH9; SKH ,23 10/11 S Z 85 WDKCV SKH ,23 10/11 TiAl6V TA 10 bis TA 13 T-A 6 V ,22 37 X 10 Cr S 21 Z 12 C ; CA-15 SUS ,21 12/13 X 10 CrNiMoNb ,2 14 X 10 CrNiS S 21 Z 10 CNF ,2 14 X 100 CrMoV BA 2 Z 100 CDV A ,23 10/11 X 12 CrMoS Z 10 CF F SUS430F ,21 12/13 X 12 CrNi S 21 Z 12 CN ,2 14 X 12 CrNi SUS ,28 16 X 12 CrNi S24 Z 12 CN S SUH310; SUS310S ,2 14 X 12 CrNiTi S 20 Z 6 CNT (B) ,2 14 X 12 NiCrSi NA 17 Z 12 NCS SUH ,24 31 X 15 CrNiSi S 24 Z 15 CNS SUH ,28 16 X 165 CrMoV ,23 10/11 X 2 CrNiMo ,2 14 X 2 CrNiMoN S 62 Z 2 CND Az N SUS316N ,2 14 X 2 CrNiN S 62 Z 2 CN N SUS304N ,2 14 X 20 CrNi S 29 Z 15 CN SUS ,21 12/13 X 210 Cr BD 3 Z 200 C 12 D ,23 10/11 X 210 CrW ,23 10/11 X 30 WCrV BH 21 Z 30 WCV 9 H 21 SKD ,23 10/11 X 40 CrMoV BH 13 Z 40 CDV H 13 SKD ,23 10/11 X 46 Cr S 45 Z 40 C ,21 12/13 X 5 CrNi S 15 Z 6 CN ; ; 304 H SUS ,2 14 X 5 CrNiMo S 16 Z 6 CND SUS ,2 14 X 5 CrNiMo S 16 Z 6 CND SUS ,2 14 X 53 CrMnNiN S 54 Z 52 CMN EV ,21 12/13 X 6 Cr S 17 Z 6 C SUS ,21 12/13 X 6 Cr S 15 Z 8 C SUS ,21 12/13 X 6 CrMo S 17 Z 8 CD SUS ,21 12/13 X 6 CrNiMoTi S 31 Z 6 CNT Ti ,2 14 X 6 CrNiNb S 17 Z 6 CNNb ,2 14 X 6 CrNiTi S 12 Z 6 CNT ,2 14 X2 CrNi ,2 14 Parting and grooving / Technical information

235 C239 Cutting data Work piece material Type of treatment / alloy VDI 3323 group Hardness HB annealed 0.15 % C Non alloyed steel annealed 0.15 % % C tempered 0.45 % C annealed P ow alloyed steel High alloyed steel tempered tempered annealed tempered 7 / annealed ferritic / martensitic Stainless steel tempered martensitic heat-treated ferritic / martensitic M Stainless steel quenched quenched hardened austenitic ferritic / austenitic (Duplex) austenitc, precipitation hardened (PH) Grey cast iron pearlitic / ferritic pearlitic / martensitic K Spheroidal cast iron ferritic pearlitic Malleable cast iron ferritic pearlitic Aluminium wrought alloys non hardened hardened Aluminium cast alloys non hardened hardened non hardened < 12 % Si < 12 % Si > 12 % Si N Copper and copper alloys (bronze, brass) machining alloy stock (1% Pb) brass, red bronze bronze 26 (110) lead-free copper and electrolytic copper thermosetting plastics 29 Non-metallic materials fibre-reinforced plastics 29 hard rubber 30 Parting and grooving / Technical information S H Heat-resistant alloys Titanium alloys annealed hardened annealed hardened cast hardened and tempered Tempered steel hardened and tempered Chilled castings cast Tempered cast iron hardened and tempered * m = ultimate tensile strength, measured in MPa Fe-base Fe-base Ni or Co-base Ni or Co-base HC Ni or Co-base N/mm² pure titanium alpha + beta alloys (350) 35 (320) 36 m 440* 37 m 1050* HC HC HC

236 Cutting data C240 CTCP325 CTP1340 CTCP335 CTPP345 H216T v c v c v c v c v c [m/min] [m/min] [m/min] [m/min] [m/min] The cutting data are non-binding indications for the operator. It is recommended to adapt them to the current conditions. Parting and grooving / Technical information

237 C241 Possible applications System GX Tool configuration MSS tools 0 arge overhang Danger of collision Special VDI adapter necessary MSS tools 90 Short overhang Increased stability Normal clamping in VDI shank possible Parting and grooving depth Short axial module Parting and grooving / Technical information Can be clamped on one side only Parting and grooving depth max. 15 mm ong axial module Can be clamped from either side Parting and grooving depth max. 21 mm

238 Possible applications GX system C242 Machining possibilities with short/long axial module = 15/21 = 15/21 = 15/25 Machining possibilities with long axial module only x Depending on the diameter range or width class an axial displacement (dimension x ) might be necessary when producing the second groove. The dimension x depends on the groove diameter and shank height. Parting and grooving / Technical information

239 C243 Application advice GX system Diameter range (D min - D max ) mm mm mm mm mm Important: the indicated diameter refers to the outside diameter of the groove. D min D max MSS assembly size Cutting width Cutting width Short module ong module Cutting width Diameter range 2,76-3,75 2,76-3,75 3,76-5,00 5,01-6, ,76-5,00 5,01-6,50 3,76-5,00 5,01-6, max. grooving depth Please note: the diameter of face grooves must lie within the diameter range indicated on the module. Otherwise the tool may be damaged or destroyed. Parting and grooving / Technical information Correct axial grooving module Incorrect axial grooving module

240 Application advice GX system C244 Application advice for axial grooving and face turning Minimum grooving diameter Maximum grooving diameter Axial grooving is only possible within the diameter range for that module (e.g mm). Please note: the indicated diameter range refers to the outside diameter of the groove. Axial grooving - groove widening Groove widening is possible above and below the diameter range indicated on the module. Please note: only the first groove must lie within the diameter range of the module. The depth of the widening groove must not be larger than the depth of the original groove. Axial grooving and face turning When face turning it is possible to widen the groove above and below the diameter range indicated on the module. Please note: only the first groove must lie within the diameter range of the module. Axial grooving and face turning a max Designation f [mm/rev] a max [mm] f [mm/rev] GX24-2E3.00N0.30 0,05-0,15 2,5 0,05-0,20 GX24-3E4.00N0.40 0,05-0,15 3,0 0,05-0,25 GX24-3E5.00N0.40 0,05-0,15 3,0 0,10-0,25 GX24-4E6.00N0.50 0,05-0,20 3,5 0,10-0,30 GX24-2E3.00N0.30-F2 0,025-0,125 2,5 0,05-0,15 GX24-2E3.50N0.30-F2 0,025-0,125 2,5 0,05-0,15 GX24-3E4.00N0.40-F2 0,05-0,15 3,0 0,10-0,20 GX24-3E4.50N0.40-F2 0,05-0,15 3,0 0,10-0,20 GX24-3E5.00N0.40-F2 0,075-0,20 3,5 0,10-0,20 GX24-4E6.00N0.50-F2 0,05-0,15 4,0 0,10-0,25 Parting and grooving / Technical information

241 C245 MSS-AX Product characteristics, customer benefits Neutral insert May be applied in left-hand and right-hand tools Application is indenpent on the groove diameter (tool position is possible in x+ or x-) Only limited by D min for first grooving operation Geometry -F50 Universal application, suitable for all materials Suitable for grooving and turning Tools provided with hard & tough coating Maximum wear protection Maximum corrosion resistance Monoblock and modular tools High flexibility Cost-optimised solution for every application Parting and grooving / Technical information

242 Axial grooving Diameter range C246 s D min GX system 15 D min D max [mm] 21 [mm] x x x x x x x x x S [mm] 2,76-6,5 3,76-6,5 AX system AX05 AX10 AX15 D min D max ,0 10,0 15,0 X system S [mm] 3,0 3,0 3,0 E32N25 E32N32 E32N45 D min D max S [mm] Parting and grooving / Technical information

243 C247 TC - threading Basics of threading Differences between full and partial profile inserts Thread profile height Total depth of cut Excess material mm Full profile insert + The entire thread profile including the external dia. is machined (excess material mm over finished diameter) + high profile precision + Increased tool life thanks to larger point radii + Burr-free thread - One insert per pitch Thread profile height Finished thread Ø Partial profile insert + One insert for several pitches - Therefore the thread profile does not exactly meet the standard - The external dia. (or the core dia. in case of internal threads) is not machined Approach selection Parting and grooving / Technical information adial approach + Conventional lathes + With pitches < 2 mm + With short chipping materials - educed chip control Flank approach + Preferred approach on CNC-machines + With pitches from 2 to 4 mm + ong chipping materials + Good chip control Alternating approach + With pitches > 4 mm + ong chipping materials + Uniform insert wear + ong tool life + Good chip control - More complex NC programming

244 TC - threading Corrective actions for thread turning problems C248 Type of problem Type of wear Work piece problems Chip control Flank wear Edge chipping Plastic deformation Built-up edge Burr formation at external thread Ø Profile precision Surface quality Chatter marks, vibration Chip cross section too large Chip cross section too small Chip shape (tangled swarf) a,b a,b a,b a,b a,b a,b a,b a,b Corrective measures Cutting speed Feed motion Approach (depth of cut) Number of passes Finish cut (idle cut) Chip groove Cutting material Full profile a) via the flanks b) alternating via the flanks wear resistance toughness Cutting values Selection of inserts Partial profile raise, increase, large influence raise, increase low influence avoid, reduce large influence avoid, reduce low influence Stability tool - insert Stability - work piece Overhang Tip height Cooling lubricant check, optimise use General criteria Parting and grooving / Technical information

245 C249 TC - thread turning ecommended values for depth and number of cuts Full profile Metric ISO 60 external threads Pitch [mm] 0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5, Number of cuts Thread profile height 0,32 0,48 0,64 0,80 0,95 1,10 1,26 1,58 1,89 2,21 2,53 2,84 3,16 These are recommended values for steel machining Metric ISO 60 internal threads Pitch [mm] 0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5, Number of cuts Thread profile height 0,30 0,45 0,59 0,74 0,89 1,02 1,17 1,46 1,76 2,02 2,35 2,64 2,93 These are recommended values for steel machining Whitworth 55 external and internal threads Parting and grooving / Technical information Pitch [passes/inch] Number of cuts Thread profile height ,60 0,65 0,70 0,84 0,88 0,93 1,05 1,20 1,40 1,53 1,68 These are recommended values for steel machining 1,87 2,11 2,41 2,81 3,37

246 TC - thread turning ecommended values for depth and number of cuts C250 Partial profile 60 external and internal threads Threading insert TC16-2EI-AG60 TC16-1EI-A60 TC16-2EI-G60 TC16-3EI-N60 Pitch [mm] 0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0 Number of cuts Thread profile height external 0,33 0,52 0,71 0,90 1,09 1,28 1,47 1,84 2,22 1,23 1,42 1,79 2,17 2,45 2,83 3,21 3,59 Thread profile height internal 0,27 0,44 0,60 0,76 0,92 1,09 1,25 1,57 1,90 1,04 1,20 1,52 1,85 2,07 2,4 2,72 3,05 These are recommended values for steel machining 55 external threads TC16-1EI-A55 TC16-2EI-AG55 Pitch [passes/inch] Number of cuts Thread profile height 0,66 0,72 0,79 0,95 1,01 1,07 1,21 1,39 1,63 1,79 1,97 2,20 2,48 55 internal threads Threading insert Pitch [passes/inch] Number of cuts Thread profile height TC16-2EI-G55 TC16-3EI-N ,22 1,46 1,56 1,80 2,03 2,31 2,40 2,89 3,56 These are recommended values for steel machining Parting and grooving / Technical information

247 C251 MSS - TC Machining method thread turning Application methods for external machining Tools clamped in overhead position Applied modules in lh / neutral version ight-hand thread eft-hand thread eft-hand thread ight-hand thread Applied modules in rh / neutral version Tools clamped in overhead position Application methods for internal machining Tools clamped in overhead position Applied modules in lh / neutral version Parting and grooving / Technical information ight-hand thread Applied modules in rh / neutral version eft-hand thread eft-hand thread Tools clamped in overhead position ight-hand thread

248 MSS - TC Machining method thread milling C252 External thread Conventional milling Climb milling ight-hand thread eft-hand thread Internal thread Conventional milling Climb milling ight-hand thread eft-hand thread Parting and grooving / Technical information

249 1xP 1xP C253 MSS - TC Machining method thread milling Drilling - through-hole thread Drilling - bottom hole thread Through-hole thread Bottom hole thread No radial plunging necessary, radial approach above or below work piece + spiral movement adial approach until total profile depth + spiral movement adial plunging + spiral movement Advantages compared to multi-tooth threading inserts ø D eadjustment possible when necessary Parting and grooving / Technical information ø DG xD 1xD Same insert for thread turning and milling Considerably lower cost of TC inserts Thread is cut in a single feed from outside inwards or vice versa, so no step in the thread ow cutting forces possible through single-tooth thread milling Stable conditions Standard reach is 2xD. Tools may be modified up to 3xD. Higher cutting values (vc + f) in this manner machining times are similar to multi-tooth insert machining Easy programming

250 Parting and grooving / Technical information

251 C255 Thread milling Milling tool system MSS-TC D G Full profile metric ISO 60 Full profile Whitworth 55 TC threading inserts TC threading inserts 54 D G [mm] TC16-1 I 0,5 ISO TC16-1 I 0,75 ISO TC16-1 I 1,0 ISO TC16-1 I 1,5 ISO TC16-1 I 2,0 ISO TC16-1 I 2,5 ISO TC16-1 I 3,0 ISO TC16-1 I 3,5 ISO TC16-1 I 4,0 ISO TC16-1 I 4,5 ISO TC16-1 I 5,0 ISO D G TC16-2 EI 14W TC16-2 EI 12W TC16-2 EI 11W TC16-2 EI 10W TC16-2 EI 9W TC16-2 EI 8W TC16-3 EI 7W TC16-3 EI 6W TC16-3 EI 5W D N description [inch] 25 I2590-2D-TC16-W M27 x x M28 x x x M30 x x x x M32 x x x x x 1 1 / 4 x Ø 25 M33 x x x x x M34 x x x x x x M35 x x x x x x M36 x x x x x x x M38 x x x x x x 1 1 / 2 x M39 x x x x x x x D N M40 x x x x x x x 1 1 / 2 x M42 x x x x x x x x 1 5 / 8 x M45 x x x x x x x x 1 3 / 4 x M48 x x x x x x x x Parting and grooving / Technical information 32 I3290-2D-TC16-W M36 x x x M38 x x x x M39 x x x x x M40 x x x x x M42 x x x x x x M45 x x x x x x M48 x x x x x x x M50 x x x x x x x 2 x Ø 32 M52 x x x x x x x M55 x x x x x x M56 x x x x x x M58 x x x x x x M60 x x x x x x D N 68 D N = nominal milling Ø = standard thread M62 x x x x x x M64 x x x x x x M65 x x x x x x 2 1 / 4 x M68 x x x x x x M70 x x x x x x M72 x x x x x x M75 x x x x x x 2 1 / 2 x M76 x x x x x x M78 x x x x x x M80 x x x x x x

252 Thread milling Milling tool system MSS-TC C256 D G Full profile metric ISO 60 Full profile Whitworth 55 MSS-I32-TC16-2 MSS-I32N-TC16-3 MSS-I32-TC16-2 Bgr. D G [mm] TC16-2 I 2,0 ISO D M82 x x x 2 3 / 4 x Bgr. = description MSS-I D M85 x x x Ø32 Ø44 48 TC16-2 I 3,0 ISO M90 x x x 3 x M95 x x x 3 1 / 4 x M100 x x x 3 1 / 2 x M105 x x x 3 3 / 4 x M110 x x x 4 x M115 x x x M120 x x x M125 x x x 4 1 / 2 x M130 x x x M135 x x x M140 x x x 5 x M145 x x x M150 x x x 5 1 / 2 x M155 x x M160 x x M165 x x 6 x M170 x x 2.5D M175 x x MSS-I D M180 x x Ø40 assembly size Ø59 80 M185 x x M190 x x M195 x x M200 x x M205 x x M210 x x M215 x x M220 x x M225 x x M230 x x M235 x x M240 x x M245 x x M250 x x TC16-3 I 4,0 ISO M300 x x D G [inch] TC16-2 EI 11W Parting and grooving / Technical information

253 C257 Thread milling Milling tool system MSS-TC D G Full profile metric ISO 60 Full profile Whitworth 55 TC threading inserts TC threading inserts TC16-1 I 0,5 ISO TC16-1 I 0,75 ISO TC16-1 I 1,0 ISO TC16-1 I 1,5 ISO TC16-1 I 2,0 ISO TC16-1 I 2,5 ISO TC16-1 I 3,0 ISO TC16-1 I 3,5 ISO TC16-1 I 4,0 ISO TC16-1 I 4,5 ISO TC16-1 I 5,0 ISO TC16-2 EI 14W TC16-2 EI 12W TC16-2 EI 11W D G D G D N description [mm] [inch] 25 I2590-2D-TC16-W M16 5 / 8 x TC16-2 EI 10W TC16-2 EI 9W TC16-2 EI 8W TC16-3 EI 7W TC16-3 EI 6W TC16-3 EI 5W 3 / 4 x Ø 25 D N I3290-2D-TC16-W Ø 32 7 / 8 x 1 x 1 1 / 8 x 1 3 / 8 x 1 1 / 2 x 1 5 / 8 x 1 3 / 4 x External threads in the range between M16 and M80 can be milled with both tools, I25... or I32... Choose the adequate threading inserts with the required pitch. 68 D N M80 D N = nominal milling Ø Parting and grooving / Technical information

254 Thread milling Milling tool system MSS-TC C258 D G Full profile metric ISO 60 MSS-I32-TC16-2 MSS-I32N-TC16-3 Bgr. D G [mm] TC16-2 I 2,0 ISO D M82 x x x Bgr. = description MSS-I D M85 x x x Ø32 Ø44 48 M90 x x x M95 x x x M100 x x x M105 x x x M110 x x x M115 x x x M120 x x x M125 x x x M130 x x x M135 x x x M140 x x x M145 x x x M150 x x x M155 x x M160 x x M165 x x M170 x x 2.5D M175 x x MSS-I D M180 x x Ø40 assembly size Ø59 80 M185 x x M190 x x M195 x x M200 x x M205 x x M210 x x M215 x x M220 x x M225 x x M230 x x M235 x x M240 x x M245 x x M250 x x M300 x x TC16-2 I 3,0 ISO TC16-3 I 4,0 ISO Parting and grooving / Technical information

255 C259 Cutting data threading Work piece material Type of treatment / alloy VDI 3323 group Hardness HB annealed 0.15 % C Non alloyed steel annealed 0.15 % % C tempered 0.45 % C annealed P ow alloyed steel High alloyed steel tempered tempered annealed tempered 7 / annealed ferritic / martensitic Stainless steel tempered martensitic heat-treated ferritic / martensitic M Stainless steel quenched quenched hardened austenitic ferritic / austenitic (Duplex) austenitc, precipitation hardened (PH) Grey cast iron pearlitic / ferritic pearlitic / martensitic K Spheroidal cast iron ferritic pearlitic Malleable cast iron ferritic pearlitic Aluminium wrought alloys non hardened hardened Aluminium cast alloys non hardened hardened non hardened < 12 % Si < 12 % Si > 12 % Si N Copper and copper alloys (bronze, brass) machining alloy stock (1% Pb) brass, red bronze bronze 26 (110) lead-free copper and electrolytic copper thermosetting plastics 29 Non-metallic materials fibre-reinforced plastics 29 hard rubber 30 Parting and grooving / Technical information S H Heat-resistant alloys Titanium alloys annealed hardened annealed hardened cast hardened and tempered Tempered steel hardened and tempered Chilled castings cast Tempered cast iron hardened and tempered * m = ultimate tensile strength, measured in MPa Fe-base Fe-base Ni or Co-base Ni or Co-base HC Ni or Co-base N/mm² pure titanium alpha + beta alloys (350) 35 (320) 36 m 440* 37 m 1050* HC HC HC

256 Cutting data threading C260 GM213 GM240 H216T v c v c v c [m/min] [m/min] [m/min] The cutting data are non-binding indications for the operator. It is recommended to adapt them to the current conditions. Parting and grooving / Technical information

257 C261 MSS-SX How to use the system Insert mounting key with handle towards the front into the 2 tool location points. When moving the mounting key in the direction of the arrows the insert seat is opened. Position the insert pressing it against the location face. Moving the mounting key forward the insert seat locks and the insert is clamped securely. Parting and grooving / Technical information The clamping system is designed in such a way that the mounting key can be inserted into the blade from either side.

258 MSS-SX Inverse blade (Contra) C262 The correct tool selection ight-hand tool eft-hand tool Standard version Inverse version (Contra) Parting and grooving / Technical information

259 C263 X - possible applications Insert Application Part-off > Grooving and turning Axial grooving 19 - MSS-E32N MSS-E32N MSS-E32N45.. Parting and grooving / Technical information > 500 Internal grooving and turning max 60 > MSS-E32N MSS-E32N MSS-E32N45.. max 60 > 200

260 MaxiClick How to use the system C264 Important: ensure insert is correctly located on pin. To change to the next cutting edge draw the insert forward. Worn cutting edge must be broken off to left or right Information: during the positioning procedure, the magnets prevent the cutting inserts from falling out of the tool holder Parting and grooving / Technical information

261 C265 MaxiClick Product characteristics einforced tool head for additional stability 12 angle for part-off operations without burrs 'Break-off notch' for a clean breakage line Carbide positioning pin for accurate repeatability Parting and grooving / Technical information

262 Special tools C266 You can download the form above at our website or using the Q code. Parting and grooving / Technical information