Milling Tools Milling Tools

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1 HSS-keyway milling cutters -finishing cutters -roughing cutters -radius milling cutters Solid carbide -universal end milling cutters - end milling cutters RockTec 52 and 65 - ALU end milling cutters - roughing cutters - deburrers - profiling cutters Broaches Saw blades HSS/carbide Shell end mills Profiling cutter with bore Indexable inserts -indexable end milling cutters - indexable face/angular milling cutters - indexable angled cutters - indexable disc milling cutters - indexable core drills Milling cutting inserts

2 Our suppliers for MILLING TOOLS: Info Advantages: Coatings for machining tools Coating material TiN TiCN TiAlN Alcrona Hardlube Alu-CC Rocktec 52 Rocktec 65 Ultra-N Microhardness (HV.5) Friction coefficient gg. Steel (dry) Max. application temperature ( C) Coating colour Materials Coatings Superalloys Titanium alloys Cast iron Stainless steels Hardened steels to 65 HRC Hardened steels to 52 HRC High-alloy steels Low-alloy steels Al wrought alloys AlSi alloys Non-ferrous metals Plastics TiN TiCN Alcrona Hardlube Alu-CC Rocktec 52 Rocktec 65 Ultra-N 16.2 Fax-Bestellhotline: order a a = Die angegebenen = Sales are restricted Preise sind to the Stückpreise. packaging Abgabe units mentioned nur in den angegebenen Verpackungseinheiten. the catalogue. Bestellangabe Purchase orders immer must in be Stück. in units. ( ) = Klammerpreise teilweise aus Lagervorrat. DE/P

3 Info Overview - PM (powder steel) milling cutters (I) Brand Standard/ Company standard Company standard Company standard Company standard Company standard 327D 327D 327D 327D Number of cutting edges Diameter range mm ,5-25 2,5-2 Cutting material Coating TiAN TiAN TiAN TiAN Short Short Short Long Long Short Short Long Long / profile W N N N N N N N N Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W X X X X X X X W Aluminium > 1% Si W X X X X X X X W Copper X X X X X X X Steel < 52N W W W W W W W Steel < 75N W W W W W W W Steel < 9N W W W W W W W Steel < 11N W W W Steel < 12N W W W Steel < 14N VA-steel < 9N X X X X X X X X VA-steel > 9N X X X X X X X X GG X X X X X X X X GGG X X X X X X X X Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics X X X X X X X X Brand Standard/ 844B 844B 844B 844B 844B 844B 844B 844B 844B 844B Number of cutting edges Diameter range mm 1,5-3 1, Cutting material PM PM PM PM Coating TiAN TiAN TiAN TiAN TiAN TiAN Short Short Short Long Long Short Short Short Medium Medium / profile N N N N N N N N N N Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X X X X X X X X Aluminium > 1% Si X X X X X X X X X X Copper X X X X X X X X X X Steel < 52N W W W W W W W W W W Steel < 75N W W W W W W W W W W Steel < 9N W W W W W W W W W W Steel < 11N W W W W W W Steel < 12N W W W W W W Steel < 14N W W W VA-steel < 9N X X W X X X X W W W VA-steel > 9N X W X X X X W W W GG X X W X X X X W W W GGG X X W X X X X W W W Titanium W W W Titanium alloy W W W Nickel X X X < 55HRC < 6HRC < 67HRC X X Plastics X X X X X X X 16.3

4 Info Overview - PM (powder steel) milling cutters (II) Brand Standard/ 844B 844B Company standard Company standard 844B 844B 844B 844B Company standard Number of cutting edges Diameter range mm Cutting material Coating TiAN TiAN Long Long Extra long Extra long Short Short Short Long Short / profile N N N N N W W W Radius Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X X X W W W X Aluminium > 1% Si X X X X X W W W X Copper X X X X X W W W X Steel < 52N W W W W W W Steel < 75N W W W W W W Steel < 9N W W W W W W Steel < 11N W W Steel < 12N W W Steel < 14N VA-steel < 9N X X X X X X VA-steel > 9N X X X X X X GG X X X X X X GGG X X X X X X Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics X X X X X X X Brand Standard/ Company standard Company standard 844B 844B 844B 844B 844B Company standard Company standard Number of cutting edges Diameter range mm Cutting material Coating TiAN TiAN TiAN TiAN Long Long Short Short Short Short Long Special long Overlong / profile Radius Radius NR NR NR NR NR NR NR Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X X X X X X X Aluminium > 1% Si X X X X X X X X X Copper X X X X X X X X X Steel < 52N W W W W W W W W W Steel < 75N W W W W W W W W W Steel < 9N W W W W W W W W W Steel < 11N W W W W Steel < 12N W W W W Steel < 14N VA-steel < 9N X X X X X X X X X VA-steel > 9N X X X X X X X X X GG X X X X X X X X X GGG X X X X X X X X X Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics X X X X X X X 16.4

5 Info Overview - PM (powder steel) milling cutters (III) Brand Standard/ 844B Company standard 844B 844B 844B 844B 844B 844B 844B 844B Number of cutting edges Diameter range mm Cutting material PM PM PM PM Coating TiCN TiAN TiAN TiAN TiAN TiAN Short Short Short Short Short Short Short Short Short Medium / profile NR-Pro NR WR NF NF HR HR HR HPC HR Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X W X X X X X W X Aluminium > 1% Si X X W X X X X X W X Copper X X W X X X X X W X Steel < 52N W W W W W W W W W Steel < 75N W W W W W W W W W Steel < 9N W W W W W W W W W Steel < 11N W W W W W Steel < 12N W W W W W Steel < 14N W W VA-steel < 9N W X X X X X X W W VA-steel > 9N W X X X X X X W W GG W X X X X X X W GGG W X X X X X X W Titanium W W W Titanium alloy W W W Nickel X W X < 55HRC < 6HRC < 67HRC Plastics X X X X X X X Brand Standard/ 844B 844B 844B D 1833C 1833C 1833D 1833D 651B Number of cutting edges Diameter range mm ,5-4 1,5-45, Cutting material Coating TiALN TiAN Long Long Short Short Short Short Short Short Short Short / profile HR HR Radius N N H H H H N Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X X X X X X X X Aluminium > 1% Si X X X X X X X X X X Copper X X X X X X X X X X Steel < 52N W W W W W W W W W W Steel < 75N W W W W W W W W W W Steel < 9N W W W W W W W W W W Steel < 11N W W W W W W W W W W Steel < 12N W W W Steel < 14N VA-steel < 9N X X X X X X X X X X VA-steel > 9N X X X X X X X X X GG X X X X X X X X X X GGG X X X X X X X X X X Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics X X X X X X X X X X 16.5

6 Info Overview - solid carbide milling cutters (I) Brand Number of cutting edges Diameter range mm 2-2 1, Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating TiAN TiAN TiAN TiAN TiAN TiAICN TiAN Nacro Short Short Short Short Long Short Short Long Short Long Long / profile N N N N N N N N H H VA-steel Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X X W W Aluminium > 1% Si X X X X W W Copper X X X X W W Steel < 52N W W W W W W W W W W Steel < 75N W W W W W W W W W W Steel < 9N W W W W W W W W W W Steel < 11N W W W W W W W W W Steel < 12N W W W W W W W W W Steel < 14N W W W W W W W W VA-steel < 9N X W X W W W W X W W VA-steel > 9N X W X W W W W X W W GG W W W W W W W W W W GGG W W W W W W W W W W Titanium W W Titanium alloy W W Nickel W W < 55HRC < 6HRC < 67HRC Plastics W X W X X W X Brand Number of cutting edges Diameter range mm ,5-4,5-4, Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating TiAN TiAN TiAN TiAN TiAN AlCrN AlCrN AlCrN AlCrN AlCrN AlCrN Long Long/released Long with IK Short Long Mini Mini Mini Short Short Long / profile H H H/35 /38 HPC H/cornerr. HPC HPC HPC HPC HPC HPC Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W W W W W Aluminium > 1% Si W W W W W Copper W W W W W Steel < 52N W W W W W Steel < 75N W W W W W X X X X X X Steel < 9N W W W W W X X X X X X Steel < 11N W W W W W X X X X X X Steel < 12N W W W W W X X X X X X Steel < 14N W VA-steel < 9N W W W W W W W W W W W VA-steel > 9N W W W W W W W W W W W GG W W W W GGG W W W W Titanium W W W W W W W W W W W Titanium alloy W W W W W W W W W W W Nickel W W W W W W W W W W W < 55HRC < 6HRC < 67HRC Plastics 16.6

7 Info Overview - solid carbide milling cutters (II) Brand Number of cutting edges Diameter range mm Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating AICrN AICrN TiAN TiAN TiAN TiAN TiAN Short Short Short Short Long Long Long Long Extra long Extra long Long / profile HPC HPC N N N N N N N N N Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X W X X X X X X X X X Aluminium > 1% Si X W X X X X X X X X X Copper X W X X X X X X X X X Steel < 52N W W W W W W W W W W W Steel < 75N W W W W W W W W W W W Steel < 9N W W W W W W W W W W W Steel < 11N W W W W W W W W W W W Steel < 12N W W W W W W W W W W W Steel < 14N W W W W W W W W W W VA-steel < 9N W W X W X W X X X W W VA-steel > 9N W W X W X W X X X W W GG X W W W W W W W W W GGG X W W W W W W W W W Titanium W X W X W X W X W W Titanium alloy W X W X W X W X W W Nickel W X W X W X W X W W < 55HRC W < 6HRC < 67HRC Plastics W X W X W X W X X Brand Number of cutting edges Diameter range mm Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating TiAN TiAN TiAN TiAN TiAN TiAN TiAN CALIDA Z TiAN TiAN Overlong Short Long Short Long Long Long with IK Short Short Short Short / profile N Radius Radius Radius NF HR HR / IKZ HPC N 9 Deburrer 9 Deburrer Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W X X X X X W W X X Aluminium > 1% Si W X X X X X W W X X Copper W X X X X X W W X X Steel < 52N W W W W W W W W W W W Steel < 75N W W W W W W W W W W W Steel < 9N W W W W W W W W W W W Steel < 11N W W W W W W W W W W W Steel < 12N W W W W W W W W W W W Steel < 14N W W W W W W W W W W W VA-steel < 9N W W W W W W W W X W VA-steel > 9N W W W W W W W W X W GG W W W W W W W W W W GGG W W W W W W W W W W Titanium W W W W W W W X W Titanium alloy W W W W W W W X W Nickel W W W W W W W X W < 55HRC < 6HRC < 67HRC Plastics X X X X X X W W X 16.7

8 Info Overview - solid carbide milling cutters (III) Brand Number of cutting edges Diameter range mm , Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating TiAN TiAN TiAN TiAN Ultra TiAN TiAN Ultra TiAN TiAN Ultra TiAN Short Short Long Short Depth of clearance Long Depth of clearance Short Short depth of clearance Long / profile 6 deburrer Universal Deburrer HSC HSC HSC HPC HSC HPC HSC Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si X X X Aluminium > 1% Si X X X Copper X X X Steel < 52N W W W W W W W W W W Steel < 75N W W W W W W W W W W Steel < 9N W W W W W W W W W W Steel < 11N W W W W W W W W W W Steel < 12N W W W W W W W W W W Steel < 14N W W W W W W W W VA-steel < 9N W X W VA-steel > 9N W X W GG W W W W W W GGG W W W W W W Titanium W X W W W W W Titanium alloy W X W W W W W Nickel W X W W W W W < 55HRC X W X W X W < 6HRC W W W < 67HRC Plastics X W X Brand Number of cutting edges Diameter range mm ,5-6, Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating TiAN Ultra TiAN TiAN TiAN TiAN TiAN TiAN TiAN TiAN Diamond Short depth of clearance Extra long Radius long Radius long Spheroid extra long Long Short Long Torus long Finishing / profile HSC HSC HSC HSC H Quarter circle HR / HSC HR / HSC HSC Graphite Catalogue page Article number / Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W X Aluminium > 1% Si W X Copper W W X W Steel < 52N W W W W W W W W W Steel < 75N W W W W W W W W W Steel < 9N W W W W W W W W W Steel < 11N W W W W W W W W W Steel < 12N W W W W W W W W W Steel < 14N W W W W W W W W VA-steel < 9N W W X W VA-steel > 9N W W X W GG W W W W GGG W W W W Titanium W X W Titanium alloy W X W Nickel W W X W < 55HRC X W W X X W W W < 6HRC W W W W W X W < 67HRC X X X Plastics 16.8

9 Info Solid carbide aluminium milling cutters - the complete product range for aluminium machining The perfect combination of carbide, geometry and coating makes ATORN tools top performers. They manufacture more efficiently, produce more parts and thus increase the productivity of your manufacturing operation. To meet the requirements imposed by aluminium machining, extensive cutting tests were performed, as is the case with all ATORN machining tools. The results determined in these tests flow continuously into tool development. The result is a new generation of tools for high-performance machining of aluminium. Performance characteristics of the new machining tools. Short processing times thanks to high implementation parameters. Outstanding surface quality. No burr formation, or minimised burr formation. Also suitable for low-powered machines. Long service life through optimal combination of cutting material, coating and geometry. Precision through close manufacturing tolerances. Outstanding implementation behaviour: Extremely soft cut, optimal chip removal and extremely quiet operation Wear-resistant carbide The base substrate consists of H1F fine grain solid carbide for aluminium with grain sizes from µm. This substrate is particularly wear-resistant, hard, and pressure-resistant. It optimally withstands the dynamic and mechanical loads that occur. This becomes particularly important when vibrations occur that can easily cause nicks on the cutting edges. New tool geometry Optimal cutting geometry, micro-geometry, and flute geometry are crucial, particularly for aluminium machining. On the basis of numerous machining tests, the geometries have ben reworked and optimally adapted to the requirements of aluminium machining. Advantages:. Maximum core diameters for high stability. Special cutting edge geometries reduce the cutting pressure. Reliable chip removal through optimal flute geometry. µm-precise cutting edge rounding significantly increases the service life Improved tolerances Precision generates quality - one reason why this new tool generation is manufactured with more precise tolerances. All shanks are manufactured in h5 quality and all cutters are manufactured in g7 quality. New coating - ULTRA-N The new ULTRA-N coating is a zirconium carbon nitride (ZrCN) coating with excellent resistance to corrosion and abrasive wear. Relative to the familiar, light-yellow ZrN coating, it has a higher degree of hardness and abrasion resistance, which is particularly required for machining of aluminium alloys that contain Si. Additional characteristics of the new coating are a lower coefficient of friction and an associated minimal edge build-up tendency. Advantages:. Wear resistant. High degree of hardness - 31 HV. Excellent bond of the coating. Low coefficient of friction of.5 For an overview of solid carbide aluminium milling cutters see catalogue pages

10 Info Overview - solid carbide milling cutters (I) Brand Number of cutting edges Diameter range mm,5-2,5,5-2,5,5-2,5 1, Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating ULTRA-N ULTRA-N ULTRA-N Polished Polished ULTRA-N ULTRA-N Polished Polished Polished Shank Torus Radius Single-point Shank Shank Shank Shank Shank Shank / profile Mini Mini Mini Short Short Short Short Short Short Short Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W W W W W W W W W W Aluminium > 1% Si W W W W W W W W W W Copper W W W W W W W W W W Steel < 52N Steel < 75N Steel < 9N Steel < 11N Steel < 12N Steel < 14N VA-steel < 9N VA-steel > 9N GG GGG Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics W W W W W W W W W W Brand Number of cutting edges Diameter range mm Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating ULTRA-N ULTRA-N ULTRA-N Polished ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N Shank Shank Shank Shank Shank Shank Roughing Roughing Roughing with IK Shank / profile Short Short Short Medium Medium Medium Short Short Short Short Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W W W W W W W W W W Aluminium > 1% Si W W W W W W W W W W Copper W W W W W W W W W W Steel < 52N Steel < 75N Steel < 9N Steel < 11N Steel < 12N Steel < 14N VA-steel < 9N VA-steel > 9N GG GGG Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics W W W W W W W W W W 16.1

11 Info Overview - solid carbide milling cutters (II) Brand Number of cutting edges Diameter range mm Cutting material Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Solid carbide Coating ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N ULTRA-N Shank Shank Shank Shank Shank Torus Torus Torus Torus Torus / profile Short Medium Long Short Medium Short Medium Long Short Short Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W W W W W W W W W W Aluminium > 1% Si W W W W W W W W W W Copper W W W W W W W W W W Steel < 52N Steel < 75N Steel < 9N Steel < 11N Steel < 12N Steel < 14N VA-steel < 9N VA-steel > 9N GG GGG Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics W W W W W W W W W W Brand Number of cutting edges Diameter range mm Cutting material Solid carbide Solid carbide Solid carbide Coating ULTRA-N ULTRA-N ULTRA-N Radius Radius Radius / profile Short Medium Long Catalogue page Article number Application recommendation W = Well suited X = Limited suitability Aluminium < 1% Si W W W Aluminium > 1% Si W W W Copper W W W Steel < 52N Steel < 75N Steel < 9N Steel < 11N Steel < 12N Steel < 14N VA-steel < 9N VA-steel > 9N GG GGG Titanium Titanium alloy Nickel < 55HRC < 6HRC < 67HRC Plastics W W W 16.11

12 Info Overview - solid carbide milling cutters for hard machining and high-speed machining (II) Solid carbide mini end milling cutter Short Solid carbide mini end milling cutter Long neck Solid carbide mini torus cutter Long neck Solid carbide mini radius cutter Short Solid carbide mini radius cutter Long neck Solid carbide end milling cutter Standard Solid carbide end milling cutter Short blade, overlong Solid carbide end milling cutter Long Solid carbide torus cutter Standard Art. no Ø range in mm,1 -,9,2-3,2-3,2 -,9, Teeth Material Rocktec Steel and cast steel < 7 N/mm 2 W W W W W W W W W Steel and cast steel 7-1 N/mm 2 W W W W W W W W W Steels 1-13 N/mm 2 W W W W W W W W W Steels N/mm 2 W W W W W W W W W W W W W W W W W W Hardened steels < 52 HRC W W W W W W W W W W W W W W W W W W Hardened cast iron W W W W W W W W W Hardened steels HRC W W W W W W W W W W = Well suited X = Limited suitability 16.12

13 Info Overview - solid carbide milling cutters for hard machining and high-speed machining (II) Solid carbide torus cutter Short blade Solid carbide torus cutter Long Solid carbide torus cutter Overlong Solid carbide multi-tooth milling cutter Standard Solid carbide multi-tooth milling cutter Long Solid carbide radius form end mill cutter Standard Solid carbide radius form end mill cutter Long Solid carbide radius form end mill cutter Overlong Solid carbide radius cutter Short Solid carbide radius cutter Long Solid carbide high-speed cutter Short blade W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W = Well suited X = Limited suitability 16.13

14 SystemBoard Stand types Cutting rate calculator Single-tooth milling cutter SystemBoard (modular system) - Individual fitting through exchangeable inserts (Ø 3-4 mm) - Frames are ideal for stacking, suitable for warehouse, order picking bins and transport bins. - Assured protection against damage through extremely high impact-resistance and ductility. - Excellent dimensional stability under heat (to 12 C) - Resistant to solvents, oils and greases Ideal for sorting, ordering and storing. Process optimisation, precise positioning for automation is possible. Order-based stocking for company-internal logistics processes or for external further processing (e.g. cleaning, coating and transport processes). Space-saving storage and provisioning of tools, turned parts or technical parts. Polyamide (PA6) Frame For accommodation of socket inserts, see cat.-no Note: Optional handles, see cat.-no Handle For frame, see cat.-no Socket inserts - Variable height (25 mm or 4 mm) by simply turning For frame, see cat.-no Note: Ø 3/4, 3/8, 1/2, 1/4 inch available on request Handle Socket insert Frame L x W x H Carrying weight Colour mm max. kg Frame with base 3 x 185 x 57 - Black 11 Handle - 8 Black 21 Bore Ø Number of bores Max. number of socket mm per socket insert inserts per frame Bore Ø Number of bores Max. number of socket mm per socket insert inserts per frame Placement area Guidance height Number of placement areas Max. number of socket L x W mm mm per socket insert inserts per frame 17 x 17 8,

15 165 End Milling Cutter Stands Stand body made of red injection plastics. Stable, handy, good fit. Tools with short clamping shank project out of the mounting hole, so that they are easy to remove. All holes are open at the bottom, therefore no blockage, caused by, e.g. chips. Slightly tapered holes for easy handling of milling cutters. Milling cutters not included Square (182 x 182 x 3 mm), with 7 different shank receptacle bores for accommodating 77 different shank milling cutters Rectangular (14 x 7 x 3 mm), shank mounting boreholes with the same diameter for storing milling cutters with same shank diameter. The different stand types can be completed to a stand storage system. Each stand element equipped with dovetail couplings on the sides. They provide an invisible connection, therefore combinations look like a one-piece unit Shanking mounting bore Shank milling cutter capacity 165 mm pcs Cutting rate calculator With the cutting rate calculator (German language) you can quickly and easily find the correct values for all ATORN and HHW milling cutters and turning tools. 169 n 169 min Straight shank, with only one cutting edge, sidewise and face cutting. For milling slots in aluminium doors and windows on high-speed milling machines. Single-tooth milling cutter (Co5) 161 l₂ Z 1 l₁ HSS Co5 d₁ d 2 d 1 js14 d 2 h , , , L 5, d 1 js14 d 2 h , , L 8, ,

16 Miniature Milling Cutters Keyway Milling Cutters Short, right-hand cut, right-hand helix 3, 3 cutting edges, centre cut, straight shank with driving face in compliance with 1835 B. Miniature Milling Cutters Note: Regrinding milling cutters with low flute diameters is uneconomical. For that reason, it is cheaper to use the miniature milling cutters up to the wear limit and then to throw them away. You are always using brand new milling cutters and are reducing the risk of rejections. 162 (Co8) (Co8)/TiAlN-coated. /TiAlN d 1 e8 d 2 h , , , , , , , , , , , , , , Z 3 3 l B l /TiAlN d 1 e8 d 2 h , , , , , , , , , , , , , Long, right-hand cut, right-hand helix 3, 3 cutting edges, centre cut, straight shank with driving face in compliance with 1835 B. Miniature Milling Cutters Note: Regrinding milling cutters with low flute diameters is uneconomical. For that reason, it is cheaper to use the miniature milling cutters up to the wear limit and then to throw them away. You are always using brand new milling cutters and are reducing the risk of rejections. 163 (Co8) (Co8)/TiAlN-coated. /TiAlN d 1 e8 d 2 h , , , , , , Z B /TiAlN d 1 e8 d 2 h , , , , , ,

17 Keyway Milling Cutters Short, right-hand cut, straight shank with driving face in compliance with 1835 B. Right-hand helix approx. 3,2 cutting edges, centre cut (Co8)/TiAlN-coated. 166 l1 (Co8). /TiAlN d 1 e8 d 2 h6 d mm 1, 2, , , , , , , , , , , , , , , , , , , , , , , , l2 Z 2 327D 3 N 1835 B /TiAlN d 1 e8 d 2 h6 d mm 9, , , , , , , , , , , , , , , , , , , , , , , , , , , , , 252 Al<1% Si Al>1%Si Cu St<52N St<75 N St<9N St<11 N St<12 N St<14 N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9 N Ti-alloy GG(G) Plastics Keyway Milling Cutters 1673 (Co8). Long, right-hand cut, right-hand helix approx. 3, cutting edges, above 4, mm Ø centre cut. (Co8)/TiAlN-coated. With eccentric relief, above Ø 1,mm with double relief. Straight shank with driving face in compliance with 1835 B. Advantage: l2 No radially ground land, therefore better support l1 and free cut. /TiAlN d 1 e8 d 2 h , , , , , , , , , , Z 2 327D 3 N 1835 B /TiAlN d 1 e8 d 2 h , , , , , , , , , ,

18 Keyway Milling Cutters Short - Right-hand cut - Right-hand helix approx. 3-3 cutting edges - Centre cut - Straight shank with driving face in compliance with 1835 B. Advantage: No radially ground land, therefore better support and free cut. Keyway Milling Cutters 1694 (Co8) (Co8)/TiAlN-coated. Z 3 844B 3 N 1835 B Also suitable for dry machining. powder steel/tialn-coated. -PM 161 / -PM/ d 1 e8 d 2 h6 d mm 1, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , d3 Al<1% Si Al>1%Si Cu St<52N St<75 N St<9N St<11 N St<12 N St<14 N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9 N Ti-alloy GG(G) Plastics Performance requires quality. For example, with the solid carbide high-performance ALUSPEED drill, from ATORN. 6x guiding section Solid carbide Ultra finest grit Al-CC-coating to 8xD Twisted cooling channel Performance requires quality

19 Long - Right-hand cut - Right-hand helix approx. 3-3 cutting edges, centre cut - Straight shank with driving face in compliance with 1835 B. Keyway Milling Cutters 1614 (Co8) (Co8)/TiAlN-coated. Z 3 844B 3 N 1835 B d3 /TiAlN d 1 e8 d 2 h6 d mm 2, , , , , , , , , , , , , , , , , , , , , , Info The HHW colour-code system With the HHW colour-code system you can identify the materials for which the tool is suitable at fi rst glance. In most catalogue areas the HHW colour code system additionally informs you of the application data for the respective tool. The HHW colour code system is logically structured based on the Key to Steel. Thus you can fi nd the appropriate tools before processing and save time and money. St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti alloys GG(G) plastics Solid carbide types H 42 Coating coated Designation W ±,1 R ±, mm mm a GTN-2 2,2,16 1 pcs. 113 GTN-3 3,1,2 1 pcs. 114 PMK H 42 coated

20 End Milling Cutters Short - Right-hand cut - Right-hand helix approx cutting edges, centre cut - Straight shank with driving face in compliance with 1835 B. End Milling Cutters Z B 35 N 1835 B (Co8) (Co8)/TiAlN-coated Also suitable for dry machining. -PM/TiAlN-coated. -PM d /TiAlN -PM/TiAlN d 1 k1 d 2 h6 d 3 Z mm 2, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,

21 Medium long - Right-hand cut - Right-hand helix approx. 4 - Centre cut cutting edges - With eccentric relief - With released straight shank with driving face in compliance with 1835 B. End Milling Cutters PM PM/TiAlN-coated. Z B PM -PM 4 N 1835 B d3 d3 -PM -PM/ d 1 k1 d 2 h6 d 3 Z mm mm 6, , , , , , , , , , , , , , Long - Right-hand cut - Right-hand helix approx cutting edges, centre cut - Straight shank with driving face in compliance with 1835 B - Starting from 25 mm shank Ø with two driving faces End Milling Cutters (Co8) (Co8)/TiAlN-coated. Z B 3 N 1835 B /TiAlN d 1 d 2 h6 d 3 Z mm 2, , , , , , , , , , , , , , , /TiAlN d 1 d 2 h6 d 3 Z mm 11, , , , , , , , , , , , , , , ,

22 End Milling Cutters Radius Milling Cutters Extra long - Straight face - Right-hand helix approx. 3 - Straight shank with driving face in compliance with 1835 B. End Milling Cutters (Co5) (Co5)/TiAlN-coated. /TiAlN d 1 k1 d 2 h 6 Z , , , , , , , Z N 1835 B End Milling Cutters Short type, 6-8 cutting edges. With eccentric relief. Straight shank with driving face in compliance with 1835 B. Multi-fluted milling cutters, free in centre on face. Right-hand helix 3. For normal to solid materials. (Co8). Z B 3 N 1835 B 1615 d 1 k1 d 2 h6 Z , , , , l2 l Short - Right-hand helix approx cutting edges, centre cut - Straight shank with driving face in compliance with 1835 B. For soft to ductile, long-chipping materials such as aluminium and copper alloys. End Milling Cutters Z 2 844B 42 W (Co8) l B l1 d 1 e8 d 2 h , 7, ,5 8, , 8, , 11, , 13, ,5 13, , 13, , 16, d 1 e8 d 2 h , 19, , 19, , 22, , 26, , 32, , 32, , 38, , 38,

23 End Milling Cutters - Right-hand cut - Right-hand helix approx cutting edges - Centre cut - With eccentric relief - With released shank with driving face in compliance with 1835 B. For soft through ductile, long-chipping materials such as aluminium and copper alloys. (Co8) Short type Long type. Z 3 844B 35 W 1835 B short long short long d 1 e8 d 2 h mm mm 3, , , , , , , , , , , Short - With transverse radius - Right-hand cut - Right-hand helix to 6, mm Ø 4, from 8, mm Ø 3-2 cutting edges - Centre cut - Radius tolerance +/,4 mm. - Straight shank with driving face in compliance with 1835 B Radius Milling Cutters Advantage: No radially ground land, therefore better support and free cut. (Co8). Z 2 3 r 1835 B 1617 d 1 h1 radius d 2 h mm 2, 1, , 1, , 2, , 2, , 3, , 4, , 5, , 6, , 8, , 1,

24 Radius Milling Cutters Roughing End Milling Cutters Long - With transverse radius - Right-hand cut - Right-hand helix approx. 3-2 cutting edges - Centre cut - Radius tolerance +/,4 mm. - Straight shank with driving face in compliance with 1835 B. Radius Milling Cutters (Co8) (Co8)/TiAlN-coated. Z B r /TiAlN d 1 e8 d 2 h , , , , , , , /TiAlN d 1 e8 d 2 h , , , , , , Short - 3 cutting edges - Centre cut - Right-hand helix approx. 3 - Straight shank with driving face in compliance with 1835 B. Roughing End Milling Cutters (Co8) (Co8)/TiAlN-coated. Z 3 844B 3 NR 1835 B /TiAlN d 1 js12 d 2 h , , , , , , /TiAlN d 1 js12 d 2 h , , , , ,

25 Short - Right-hand cut - Right-hand helix approx cutting edges - Centre cut up to Ø 2 mm above that free in centre - Straight shank with driving face in compliance with 1835 B - With eccentric relief Roughing End Milling Cutters (Co8) (Co8)/TiAlN-coated. Z B 3 NR 1835 B d3 /TiAlN d 1 js12 d 2 h6 d 3 Z mm 1, , , , , , , , , , , , , , /TiAlN d 1 js12 d 2 h6 d 3 Z mm 22, , , , , , , , , , , , Long - Right-hand cut - With roughing teeth - Right-hand helix approx cutting edges - Centre cut to Ø 32 mm - Straight shank with driving face in compliance with 1835 B. - With eccentric relief, above Ø 1, mm with double relief. Roughing End Milling Cutters (Co5) Z B 3 NR d B 162 d 1 k12 d 2 h6 d 3 Z 162 mm mm 8, , , , , , , , , , , , d 1 k12 d 2 h6 d 3 Z 162 mm mm 2, , , , , , , , , ,

26 Roughing End Milling Cutters Roughing/Finishing End Milling Cutters Special (Long Fellow) - Right-hand cut - Right-hand helix approx cutting edges - Centre cut - Straight shank with driving face in compliance with 1835 B. Roughing End Milling Cutters d 1 d 2 d 3 ER Z 1627 mm mm mm 1, , , , , , NR Z B (Co8) ER d 1 d 2 d 3 ER Z 1627 mm mm mm 2, , , , , , Overlong - Right-hand cut - Right-hand helix approx cutting edges - Straight shank with driving face in compliance with 1835 B. Roughing End Milling Cutters Z NR /TiAlN B d 1 d 2 Z , , , , d 1 d 2 Z , , , Short - Right-hand cut - Right-hand helix approx cutting edges - Centre cut - With released shank with driving face in compliance with 1835 B. For all stainless steels, normal steels to 12 N/mm 2 strength, pure titanium, annealed titanium alloys, high-temperature alloys. Roughing End Milling Cutters -PM/TiCN-coated. Z 4-6 Note: Optimised wear resistance thanks to an even distribution of forces at the knurl. 844B 3 NR-Pro -PM TiCN d B Ti/Ni 1623 d 1 d 2 h6 d 3 Z 1623 mm mm 6, , , , , , , , , , d 1 d 2 h6 d 3 Z 1623 mm mm 18, , , , , , , ,

27 1625 Short, 6-8 cutting edges, straight shank with driving face in compliance with 1835 B. Relief-ground knurl profile, right-hand helix 35. Roughing teeth. Roughing End Milling Cutters Z B (Co5) 1625 NR d 1 k12 d 2 h6 Z , , , , l2 l Short, right-hand cut, right-hand helix approx. 4, 3 cutting edges, centre cut. Straight shank with driving face in compliance with 1835 B. Roughing End Milling Cutters Z 3 844B For soft to ductile, long-chipping materials such as aluminium and copper alloys. (Co8). 4 WR 1835 B 1621 d 1 k12 d 2 h6 d mm mm 6, ,5 11 8, ,5 12 1, , , , , ,5 16 2, ,5 18 d Short - 3 cutting edges - Right-hand cut - Centre cut - Right-hand helix approx. 3 - Straight shank with driving face in compliance with 1835 B. - With eccentric relief, above Ø 1, mm with double relief. Roughing/Finishing End Milling Cutters 1622 (Co8) (Co8)/TiAlN-coated. Z 3 844B 3 NF 1835 B /TiAlN d 1 k1 d 2 h , , , , , , , , /TiAlN d 1 k1 d 2 h , , , , , , ,

28 Roughing End Milling Cutters Roughing End Milling Cutters Short cutting edges - With eccentric relief - With released shank with driving face in compliance with 1835 B. - Fine roughing profile - Right-hand cut with centre cut - Right-hand helix approx. 35 Roughing End Milling Cutters 1626 (Co8) (Co8)/TiAlN-coated Also suitable for dry machining. -PM/TiAlN-coated. Z B 35 HR 1835 B PM d3 /TiAlN -PM/TiAlN d 1 k12 d 2 h6 d 3 Z mm 6, , , , , , , , , , , , , , , , , With high-performance roughing teeth For roughing applications where the most rigorous requirements are imposed on service life. Roughing End Milling Cutters -PM/TiAlN-coated. Z 3-6 HPC 844B 45 HR 1835 B -PM VA 1627 d 1 js12 d 2 h6 d 3 Z 1627 mm mm 4, , , , , , , , , , , , , , , , , , d3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<13N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloy GG(G) Plastics

29 16271 Medium length, 4-6 cutting edges, centre cut. With eccentric relief. With released shank with driving face in compliance with 1835 B, right-hand cut, right-hand helix 35. Roughing End Milling Cutters -PM/TiAlN-coated. Z B 35 HR -PM B d 1 h1 d 2 h6 d 3 Z mm mm 6, , , , , , , , , , , , , , d Long type, 3-6 cutting edges, centre cut up to Ø 2 mm; above that free in centre. Straight shank with driving face in compliance with 1835 B, fine roughing profile, right-hand helix 3. Roughing End Milling Cutters (Co8) (Co8)/TiAlN-coated. 844B /TiAlN d 1 js12 d 2 h6 d 3 Z mm 6, , , , , , , , , , , , , , , , , , , HR 1835 B d Short type, 3-4 cutting edges, centre cut. Straight shank with driving face in compliance with 1835 B, fine roughing profile, right-hand helix 35. Roughing End Milling Cutters (Co8)/TiAlN-coated. Z B 35 HR 1835 B d 1 js12 d 2 h6 Z , , , , , , ,

30 T-Slot Milling Cutters Woodruff keyway milling cutters Single-angle milling cutters Radius Milling Cutters 1637 T-Slot Milling Cutters Z N cutting edges - Right-hand cut - Cross-toothed - Cuts on the perimeter and on the face - Straight shank with driving face in compliance with 1835 B. For milling T-slots in compliance with 65. (Co5) 851 N 1835 B 1637 For T-slots d d 2 h6 Z 1637 Nominal dimension 6, 12, , 16, , 18, , 19, , 21, , 22, , 25, , 28, , 32, , 36, , 4, cutting edges - Right-hand cut - Cross-toothed - Perimeter cutting - Straight shank with driving face in compliance with 1835 B. Woodruff keyway milling cutters For milling grooves for woodruff keys in compliance with (Co5) Z D 1835 B d 1 h12 x e8 for Woodruff keys d 2 h6 Z mm width x height mm mm mm 1,5 x 2, 2, x 3, ,5 x 2,5 2,5 x 3, ,5 x 3, 3, x 3, ,5 x 3, 3, x 5, *13,5 x 2, ,5 x 4, 4, x 5, ,5 x 3, 3, x 6, ,5 x 4, 4, x 6, ,5 x 5, 5, x 6, ,5 x 4, 4, x 7, *19,5 x 3, ,5 x 5, 5, x 7, ,5 x 6, 6, x 7, ,5 x 5, 5, x 9, *22,5 x 4, ,5 x 6, 6, x 9, ,5 x 8, 8, x 9, ,5 x 6, 6, x 1, *25,5 x 5, ,5 x 6, 6, x 11, ,5 x 8, 8, x 11, ,5 x 1, 1, x 11, ,5 x 8, 8, x 13, *32,5 x 6, ,5 x 1, 1, x 13, *38,5 x 8, ,5 x 1, 1, x 16, * not

31 Straight shank with driving face in compliance with 1835 B. - Right-hand cut cutting edges - Angle tolerance +/-3 For milling angled slots (slide guides, etc.). (Co5) Single-angle milling cutters Shape C - Flute taper in the direction of the shank - Cuts on the perimeter and on the front face - a = Shape C - Flute taper in the direction of the shank - Cuts on the perimeter and on the face - a = Shape D - Flute taper in the direction of the front face - Only perimeter cutting - a = Shape D - Flute taper in the direction of the front face - Only perimeter cutting - a = 6 a Z C 1833C 1833D 1833D H 1835 B l2 a / C 6 / C 45 / D 6 / D d 1 d 2 h6 Z mm 16, 4, 6, , 5, 8, , 6,3 1, , 8, 12, l Radius Milling Cutters Concave (quarter circle cutter), straight shank with driving face in compliance with 1835 B. Righthand cut, 4 cutting edges. For materials to approx. 1 N/mm 2 strength. Z B (Co5) r 1835 B r h11 d 1 d 3 js14 d 2 h6 Z mm 1, , , , , , , , , r h11 d 1 d 3 js14 d 2 h6 Z mm 6, , , , , , , ,

32 Solid Carbide Miniature Radius Milling Cutters Solid Carbide Keyway Milling Cutters Short - Right-hand cut - 3 cutting edges - Right-hand helix approx. 3 - Centre cut - Eccentric relief - Straight shank with driving face similar to Note: Regrinding milling cutters with low flute diameters is uneconomical. For that reason, it is cheaper to use the milling cutters up to the wear limit and then to throw them away. You are always using brand new milling cutters and are reducing the risk of rejections. Solid Carbide Mini Milling Cutters 165 Universal carbide quality finest grit (P 2 - K 4) 1652 Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid carbide Solid carbide/tialn d 1 e8 d 2 h , , , , , , , , , Z 3 3 l2 l Solid carbide Solid carbide/tialn d 1 e8 d 2 h , , , , , , , ,

33 Short, right-hand cut, 2 cutting edges, right-hand helix approx. 3, centre cut, with smooth straight shank in compliance with. Solid Carbide Keyway Milling Cutters Z Universal carbide quality finest grit (P 2 - K 4) Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , , , , , , , , , , , , , , , 2 6 7, , 2 6 8, , 2 6 9, , , , , , , , , , , Long, right-hand cut, 2 cutting edges, right-hand helix approx. 3, spiral flutes, centre cut, with driving face in compliance with. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide Keyway Milling Cutters Z Solid carbide/tialn d 1 h1 d 2 h , , , , , , Solid carbide/tialn d 1 h1 d 2 h , , , , ,

34 Solid Carbide Keyway Milling Cutters Solid Carbide End Milling Cutters Short, right-hand cut, 3 cutting edges, right-hand helix approx. 3, spiral flutes, centre cut, with smooth straight shank in compliance with Universal carbide quality finest grit (P 2 - K 4). Solid Carbide Keyway Milling Cutters Z Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , , , Solid carbide Solid carbide/tialn d 1 h1 d 2 h , 2 6 9, , , , , , , , , , , Long, right-hand cut, 3 cutting edges, right-hand helix approx. 45, spiral flutes, centre cut, straight shank with driving face in compliance with. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide Keyway Milling Cutters Z d 1 h1 d 2 h , , , , , , , , d 1 h1 d 2 h , , , , , , ,

35 cutting edges, centre cut, right-hand helix, unequal pitch (35/38 ). Optimised chip compartment. Up to 8% longer service life. Up to 6% better feed. Roughing and finishing with a single tool. Vibration-free. Unequal lead of helix causes, quite low-vibration operation and good surface quality. High machining capacity. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. VA-steel: Nacro-coated. SC end milling cutter 35/38 G2 Z 4 35 / Nacro VA Ti/Ni short short / d 1 d 2 KF mm 3, ,1 13 4, , , , , ,2 16 7, ,2 17 8, ,2 18 9, ,3 19 1, , , , , , , , , , , , , ,5 12 KF long long / VA-steel / long / d 1 d 2 KF mm 3, ,1 13 4, , , , , , , , , , , , , , , , , , , , , , , , , , Roughing Finishing

36 Solid Carbide End Milling Cutters long. With released straight shank with driving face in compliance with. 4 cutting edges, centre cut, right-hand helix, uneven (35/38 ). Optimised chip compartment. Up to 8% longer service life. Up to 6% better feed. Roughing and finishing with a single tool. For materials up to HRC 52. Unequal lead of helix causes, quite low-vibration operation and good surface quality. High machining performance. Solid carbide end milling cutter 35/38 HPC G2 with released shank Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 4 HPC d3 35 / KF d 1 d 3 d 2 KF mm mm mm 4, 3, , , 4, , , 5, ,2 13 7, 6, ,2 14 8, 7, ,2 15 9, 8, ,3 16 1, 9, ,3 17 d 1 d 3 d 2 KF mm mm mm 11, 1, , , 11, , , 12, , , 13, , , 15, , , 17, , , 19, ,5 114 Roughing Finishing H, long. Straight shank with driving face in compliance with. 4 cutting edges, centre cut, right-hand helix, uneven (35/38 ). Optimised chip compartment. Up to 8% longer service life. Up to 6% better feed. Roughing and finishing with a single tool. Solid carbide end milling cutter 35/38 HPC with IKZ For materials up to HRC 52. Unequal lead of helix causes, quite low-vibration operation and good surface quality. High machinining capacity. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 4 HPC 35 /38 H KF d 1 d 2 KF mm 6, ,2 16 8, ,2 18 1, ,3 11 d 1 d 2 KF mm 12, , , , , ,5 12 Roughing Finishing

37 1 With micro corner protection. Advantage: - Optimised chip removal - Up to 6% higher feed rates - Up to 4x the service life - Optimum surface quality For roughing and finishing. Solid carbide end milling cutter HPC 41/43/45 Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. d 1 d 2 d mm mm 3, , , , , , , , , , , , , , , , , , Z 3 HPC VA d3 41 / 43 /45 Ti/Ni Roughing Finishing H, long. Straight shank with driving face in compliance with. 4 cutting edges, centre cut, right-hand helix, uneven (35/38 ). Optimised chip compartment. Up to 8% longer service life. Up to 6% better feed. Roughing and finishing with a single tool. Solid carbide milling cutter 35/38 HPC G2 with corner radius For materials up to HRC 52. Unequal lead of helix causes, quite low-vibration operation and good surface quality. High machining performance. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 4 HPC 35 /38 H 1654 R d 1 d 2 corner radius 1654 mm 4, ,5 12 4, , 13 5, ,5 14 5, , 15 6, ,5 17 6, ,5 19 6, , 11 8, , , , 112 8, , 114 d 1 d 2 corner radius 1654 mm 1, , , , 116 1, , , , , , 12 12, , , , , , , , , , , , 131 2, , 133 Roughing Finishing

38 Miniature End Milling Cutters Miniature Torus Milling Cutters Miniature Radius Milling Cutters 164 Miniature End Milling Cutters Ultra MS HPC AlCrN Solid carbide milling cutter with AlCrN coating. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Z 2 9 d 3 VA Ti/Ni 164 d 1 d 3 d mm mm,5,7 5 2,, ,5,7 5 4,, ,5,7 5 6,, ,5,7 5 8,, ,8 1,2 5 4,, ,8 1,2 5 6,, ,8 1,2 5 8,, ,8 1,2 5 1,, ,8 1,2 5 12,, , 1,5 5 6,, , 1,5 5 8,, , 1,5 5 1,, , 1,5 5 12,, , 1,5 5 16,, ,2 1,8 5 6, 1, ,2 1,8 5 8, 1, ,2 1,8 5 1, 1, ,2 1,8 5 12, 1, ,5 2,3 5 6, 1, ,5 2,3 5 8, 1, ,5 2,3 5 1, 1, ,5 2,3 5 12, 1, ,5 2,3 5 16, 1, ,5 2,3 6 2, 1, d 1 d 3 d mm mm 2, 3, 5 6, 1, , 3, 5 8, 1, , 3, 5 1, 1, , 3, 5 12, 1, , 3, 5 16, 1, , 3, 6 2, 1, , 3, 75 25, 1, ,5 3,7 5 8, 2, ,5 3,7 5 1, 2, ,5 3,7 5 12, 2, ,5 3,7 5 16, 2, ,5 3,7 5 2, 2, ,5 3,7 6 25, 2, , 4,5 5 8, 2, , 4,5 5 1, 2, , 4,5 5 12, 2, , 4,5 6 16, 2, , 4,5 6 2, 2, , 4, , 2, , 4,5 6 2, 3, , 4, , 3, , 4,5 75 3, 3, , 4,5 75 4, 3, Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy Solid carbide torus milling cutter with AlCrN coating. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Miniature Torus Miling Cutters Ultra MS Z 2 HPC d 3 VA R AlCrN Ti/Ni 1641 R Continuation

39 Continuation. d 1 d 3 d 2 R mm mm mm,5,7 5 2,,45 4,5 11,5,7 5 4,,45 4,5 12,5,7 5 6,,45 4,5 13,5,7 5 8,,45 4,5 14,8 1,2 5 4,,75 4,1 15,8 1,2 5 6,,75 4,1 16,8 1,2 5 8,,75 4,1 17,8 1,2 5 1,,75 4,1 18,8 1,2 5 12,,75 4,1 19 1, 1,5 5 6,,95 4,1 11 1, 1,5 5 8,,95 4, , 1,5 5 1,,95 4, , 1,5 5 12,,95 4, , 1,5 5 16,,95 4, ,2 1,8 5 6, 1,15 4, ,2 1,8 5 8, 1,15 4, ,2 1,8 5 1, 1,15 4, ,2 1,8 5 12, 1,15 4, ,5 2,3 5 6, 1,45 4, ,5 2,3 5 8, 1,45 4,2 12 1,5 2,3 5 1, 1,45 4, ,5 2,3 5 12, 1,45 4, ,5 2,3 5 16, 1,45 4, ,5 2,3 6 2, 1,45 4,2 124 d 1 d 3 d 2 R mm mm mm 2, 3, 5 6, 1,95 4, , 3, 5 8, 1,95 4, , 3, 5 1, 1,95 4, , 3, 5 12, 1,95 4, , 3, 6 2, 1,95 4,2 13 2, 3, 75 25, 1,95 4, ,5 3,7 5 8, 2,4 4, ,5 3,7 5 1, 2,4 4, ,5 3,7 5 12, 2,4 4, ,5 3,7 5 16, 2,4 4, ,5 3,7 5 2, 2,4 4, ,5 3,7 6 25, 2,4 4, , 4,5 5 8, 2,85 6, , 4,5 5 1, 2,85 6, , 4,5 5 12, 2,85 6,3 14 3, 4,5 6 16, 2,85 6, , 4,5 6 2, 2,85 6, , 4, , 2,85 6, , 4,5 6 2, 3,85 6, , 4, , 3,85 6, , 4,5 75 3, 3,85 6, , 4,5 75 4, 3,85 6,4 147 Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy Solid carbide radius milling cutter with AlCrN coating. Particularly well-suited for machining rustresistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Miniature Radius Milling Cutter Ultra MS R d 3 Z 2 HPC VA AlCrN Ti/Ni 1642 d 1 d 3 d 2 R mm mm mm,5,4 5 2,,45 4,25 11,5,4 5 4,,45 4,25 12,5,4 5 6,,45 4,25 13,5,4 5 8,,45 4,25 14,8,6 5 2,,75 4,4 15,8,6 5 4,,75 4,4 16,8,6 5 6,,75 4,4 17,8,6 5 8,,75 4,4 18,8,6 5 1,,75 4,4 19 1,,8 5 3,,95 4,5 11 1,,8 5 4,,95 4, ,,8 5 6,,95 4, ,,8 5 8,,95 4, ,,8 5 1,,95 4, ,,8 5 12,,-5 4, ,,8 5 2,,95 4, ,5 1,2 5 8, 1,45 4, ,5 1,2 5 12, 1,45 4, ,5 1,2 5 16, 1,45 4, , 1,6 5 6, 1,95 4 1, 12 d 1 d 3 d 2 R mm mm mm 2, 1,6 5 8, 1,95 4 1, 121 2, 1,6 5 1, 1,95 4 1, 122 2, 1,6 5 12, 1,95 4 1, 123 2, 1,6 5 16, 1,95 4 1, 124 2, 1,6 6 2, 1,95 4 1, 125 2, 1, , 1,95 4 1, 126 3, 2,4 5 8, 2,85 6 1, , 2,4 5 1, 2,85 6 1, , 2,4 6 16, 2,85 6 1, , 2,4 6 2, 2,85 6 1,5 13 3, 2, , 2,85 6 1, , 2,4 75 3, 2,85 6 1, , 3,2 5 1, 3,85 6 2, 133 4, 3,2 6 16, 3,85 6 2, 134 4, 3,2 6 2, 3,85 6 2, 135 4, 3, , 3,85 6 2, 136 4, 3,2 75 3, 3,85 6 2, 137 4, 3, , 3,85 6 2, 138 4, 3,2 1 4, 3,85 6 2, 139 4, 3,2 1 5, 3,85 6 2, 14 Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy

40 Keyway Milling Cutters Solid Carbide Radius Milling Cutters Solid Carbide End Milling Cutters 1643 Solid carbide keyway milling cutter Ultra MS HPC AlCrN Solid carbide keyway milling cutter with AlCrN coating. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Z 3 9 VA Ti/Ni d 1 d , , , , , , , , , Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy Solid Carbide Radius Cutter, Short Ultra MS Solid carbide radius milling cutter with AlCrN coating. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Z 2 HPC VA AlCrN Ti/Ni d 1 d 3 d 2 R mm mm mm 3, ,8 6 1, , ,7 6 2, , ,6 6 2, , ,5 6 3, , ,4 8 4, , ,2 1 5, , , 12 6, , , 16 8, , , 2 1, R d 3 Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy

41 1647 Solid carbide radius milling cutter with AlCrN coating. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity. Solid Carbide Radius Milling Cutters Long Ultra MS Z 2 HPC VA AlCrN Ti/Ni d 1 d 3 d 2 R mm mm mm 3, 5, ,8 6 1, , 8, ,7 6 2, , 9, ,6 6 2, , 1, ,5 6 3, , 12, ,4 8 4, , 14, 1 6 9,2 1 5, , 16, , 12 6, , 32, , 16 8, , 38, , 2 1, R d 3 Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy Solid carbide milling cutters for roughing and finishing with unequal pitch and unequal helix. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity with extremely quiet operation. Solid Carbide End Milling Cutters Ultra MS Z 4 35 /38 HPC VA AlCrN Ti/Ni d 1 KF d mm 4, , , , , , , , KF Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy

42 Solid Carbide Torus Milling Cutters Solid Carbide Keyway Milling Cutters 1655 Solid carbide torus milling cutter for roughing and finishing with unequal pitch and unequal helix. Particularly well-suited for machining rust-resistant and acid-resistant steels, titanium and nickel alloys, bronze brass and steel to 13 N/mm 2. Advantage: Maximum machining capacity with extremely quiet operation. Solid Carbide Torus Milling Cutters Ultra MS Z 4 35 /38 HPC VA R AlCrN Ti/Ni d 1 R d mm 4, , , , , , , , , , , , , , , , , , , , , R Al<14%Si Brass Bronze St<7N St<9N St<1N St<13N VA-steel<9N VA-steel>9N Ti<7N Ti>7N Ni-Co<7N Ni-Co<12N Ni-basis alloy LARGE SELECTION EASY SEARCH To help you find your products even faster, our entire assortment has been divided into two separate catalogues and structured in clearly described product groups. Don t forget! CATALOGUE VOLUME [2] The universal catalogue for tools and machines Experience the comprehensive product selection of our quality tools from ATORN. Performance requires quality

43 Short, right-hand cut, 4 cutting edges, right-hand helix approx. 3, centre cut, with smooth shank in compliance with. Solid Carbide Keyway Milling Cutters Z Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , , , , , , , 2 6 7, Solid carbide Solid carbide/tialn d 1 h1 d 2 h , 2 6 8, , , , , , , , , , , Long, right-hand cut, 4 cutting edges, right-hand helix approx. 3, centre cut, with smooth shank in compliance with. Solid Carbide Keyway Milling Cutters Z Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , ,

44 Solid Carbide Keyway Milling Cutters Solid Carbide End Milling Cutters Solid Carbide Radius Milling Cutters Solid Carbide Keyway Milling Cutters Z 4 3 Long, right-hand cut, 4 cutting edges, right-hand helix approx. 3, spiral flutes, centre cut, straight shank with driving face in compliance with Solid Carbide Keyway Milling Cutters Z 4 Overlong, right-hand cut, 4 cutting edges, righthand helix approx. 3, spiral flutes, centre cut, with smooth shank in compliance with Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , , , Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , , , , Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , , , Solid carbide Solid carbide/tialn d 1 h1 d 2 h , , ,

45 Right-hand cut - Straight shank with driving face in compliance with. - Right-hand helix approx cutting edges Solid Carbide End Milling Cutters For circumference milling as finishing working step for producing highest surface quality (face cutting only at low cutting depths). Z d 1 e8 d 2 h6 Z , , , , d 1 e8 d 2 h6 Z , , , , Right-hand cut - Straight shank with driving face in compliance with. - Right-hand helix approx Eccentric relief for more stabile cutting edges cutting edges Solid Carbide End Milling Cutters For circumference milling as the finishing working step for the production of a high quality surface. Especially suitable for machining deep and/or hard-to-reach places. Z d 1 e8 d 2 h6 Z , , , , d 1 e8 d 2 h6 Z , , , , Short - 2 cutting edges - Centre cut - Right-hand helix approx With smooth shank in compliance with. Solid Carbide Radius Milling Cutters Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 2 3 r d 1 e8 d 2 h , , , , , d 1 e8 d 2 h , , , ,

46 Solid Carbide Radius Milling Cutters Solid Carbide Roughing/Finishing Cutters Solid Carbide Roughing End Milling Cutters Solid Carbide Radius Milling Cutters Long, 2 cutting edges, centre cut, right-hand helix approx. 3. With straight shank with driving face in compliance with. Ø 2 mm with smooth straight shank in compliance with. Z 2 3 r d 1 e8 d 2 h , , , , , d 1 e8 d 2 h , , , , , Short, 4 cutting blades, centre cut, Right-hand helix 3. With smooth shank in compliance with. Solid Carbide Radius Milling Cutters Z d 1 e8 d 2 h , , , , , , d 1 e8 d 2 h , , , , , With ground-in chip breakers, centre cut, 3 spiral for high roughing performance. With straight shank with driving face in compliance with. For roughing and finishing steel with extreme feeds. Very smooth and quiet running due to the reduction of the cutting load by means of the special chip breakers. Solid Carbide Roughing/Finishing Cutters Z d 1 h1 d 2 h , , , , d 1 h1 d 2 h , , ,

47 Long - 4 cutting edges - Centre cut - Right-hand helix Fine knurled profile - Straight shank with driving face in compliance with. Solid Carbide Roughing End Milling Cutters Z 4 25 For materials up to HRC 45. Very good cutting performance thanks to roughing teeth. Universal use, also suitable for stainless steel, aluminium, non-ferrous metals and cast materials. HR d 1 h1 d 2 h , , , , , d 1 h1 d 2 h , , , , Long - Centre cut - Right-hand helix With internal cooling in the flute - Fine knurled profile - Straight shank with driving face in compliance with. Solid carbide roughing end milling cutters with IKZ For materials up to HRC 45. Universal implementation. The coolant is guided directly to the flutes. This results in long service life and complete removal of the chips. This is very important when milling into solid material or milling of pockets. Z 4 25 HR d 1 h1 d 2 h , , , d 1 h1 d 2 h , , , Al<1%Si Al >1% Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloy GG(G) Plastics Centre cut, with undercut, defined edge rounding. With straight shank in accordance with. Advantages: Through the optimised flute geometry (flat spirals of 7, reinforced core, defined corner radius, chip crusher, for generating discontinuous chips, as well as defined edge rounding) in the range from Vc= 1-16 m/min can be achieved with this tool. Solid carbide 3D aluminium roughing end milling cutters Especially for machining of NF metals. Suitable for roughing. Multi-layer PVD-coating CALIDA Z (titanium-free). Note: Ensure stable machine conditions, fixed workpiece clamping, as well as adequate coolant supply. Z 3 r HPC l2 l3 d3 7 CALIDAZ l d 1 e8 r Z d 2 h5 d mm mm mm 6, , ,7 16 8, , ,7 18 1, , 3 1 9, , , , , , ,7 116 AI, AI-alloy. AI-wrought alloy. Al<1%Si Al >1% Si Mg-alloy. CU low-alloy Ms short sp. Ms long sp. Bronze short sp. Bronze long sp

48 Solid Carbide Engraver s Milling Cutters Solid Carbide Deburrers Solid Carbide Universal Milling Cutters Solid carbide two-way deburrers Solid carbide engraver s milling cutter 6 1 cutting edge. With smooth straight shank in compliance with. Z 1 6 N Norm For engraving contours Short, 4-6 cutting edges. With reinforced straight shank with driving face in compliance with (with Weldon). Ø 4 mm with smooth straight shank in compliance with. Solid Carbide Deburrers 9 Z Solid carbide Solid carbide/ d 1 h1 d 2 h6 Z mm mm mm 4, , , , Solid carbide Solid carbide/ d 1 h1 d 2 h6 Z mm mm mm 12, , , Al<1%Si Al >1% Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloy GG(G) Plastics Short, 4-6 cutting edges. With reinforced straight shank with driving face in compliance with (with Weldon). Ø 4 mm with smooth straight shank in compliance with. Solid Carbide Deburrers 6 Z d 1 h6 d 2 h , , , Al<1%Si Al>1% Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloy GG(G) Plastics Solid carbide/tialn d 1 h1 d 2 h6 Z mm mm mm 4, , , Solid carbide/tialn d 1 h1 d 2 h6 Z mm mm mm 1, , ,

49 1658 Short, 2 cutting edges, point angle 9 (+/ 1 ), 25 right-hand helix, straight shank shape A. A new concept of shank cutting tools with focus on versatility. Allows up to 8 processes with just one tool. Solid Carbide Universal Milling Cutters Solid carbide Note: d mm = h9, d mm = d9. Z 2 (1) = Centring, (2) = Drilling, (3) = Combined milling/chamfering, (4) = Countersinking, (5) = Landing, (6) = Milling of V-slots, (7) = Circumference milling, (8) = Face milling/circular milling 25 N ± 1 (1) (2) (3) Solid carbide d 1 d 2 h , , , , , (4) (5) (6) (7) (8) Solid carbide d 1 d 2 h , , , , Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloys GG(G) Plastics cutting edges, 45. With smooth straight shank in compliance with. For forward/reverse deburring and chamfering. Solid carbide two-way deburrers Z d 1 h1 d 2 h6 AP mm 4, , , d 1 h1 d 2 h6 AP mm 1, , , Performance requires quality. For example, with the revolving lathe centre from ATORN. Extended moving point True-running deviation, max..5 mm Completely hardened and ground Protected against penetration of contamination and coolant Performance requires quality

50 Solid Carbide Miniature End Milling Cutters Solid Carbide Miniature Torus Milling Cutters Solid Carbide Miniature Radius Milling Cutters Solid Carbide Single-Toothed Milling Cutters Solid Carbide End Milling Cutters 1671 Solid Carbide Miniature End Milling Cutters - With edge chamfer d 1 (e8) d 3 d 2 (h5) KF 1671 mm mm mm,5,9 55 4,48 4,5 11,5,9 65 6,48 4,5 12,5,9 65 1,48 4,5 13 1, 1,5 55 5,95 4,1 14 1, 1,5 65 1,95 4,1 15 1, 1, ,95 4,1 16 1,5 1, ,44 4,1 17 1,5 1, ,44 4,1 18 1,5 1, ,44 4,1 19 2, 2, ,92 4,1 11 2, 2, ,92 4, ,5 2, ,4 4, ,5 2, ,4 4,1 113 Z 2 HSC 3 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP KF d 3 ZrCN Ultra- N Solid Carbide Miniaturetorus Milling Cutters Radius tolerance /-,15 d 1 (e8) d 3 d 2 (h5) R mm mm mm,5,9 55 4,48 4,5 11,5,9 65 6,48 4,5 12,5,9 65 1,48 4,8 13 1, 1,5 55 5,95 4,8 14 1, 1,5 65 1,95 4,1 15 1, 1, ,95 4,1 16 1,5 1, ,44 4, ,5 1, ,44 4, ,5 1, ,44 4, , 2, ,92 4,2 11 2, 2, ,92 4, ,5 2, ,4 4, ,5 2, ,4 4, Z 2 HSC R 3 KF d 3 ZrCN Ultra- N Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide Miniature Radius Milling Cutters Radius tolerance +/-,1 d 1 (h9) d 3 d 2 (h5) R mm mm mm,5,9 55 4,48 4,25 11,5,9 65 6,48 4,25 12,5,9 65 1,48 4, , 1,5 55 5,95 4,5 14 1, 1,5 65 1,95 4,5 15 1, 1, ,95 4,5 16 1,5 1, ,44 4, ,5 1, ,44 4, ,5 1, ,44 4, , 2, ,92 4 1, 11 2, 2, ,92 4 1, 111 2,5 2, ,4 4 1, ,5 2, ,4 4 1, Z 2 HSC 3 R d 3 ZrCN Ultra- N Kunststoffe Kunststoffe Kunststoffe Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

51 16715 Solid Carbide Single-Tooth Milling Cutters Z 1 HSC 9 3 poliert Kunststoffe d 1 (h9) d 3 d 2 (h5) mm mm 1, , , , , , , , , , , , , , , , , , d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer Solid Carbide End Milling Cutters Z 2 HSC 45 poliert Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,9 6,1 11 4, ,9 6,1 12 5, ,9 6,1 13 6, ,8 6,1 14 8, ,8 8,1 15 1, ,7 1, , ,7 12, , ,7 16,2 18 2, ,7 2,2 19 KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer Solid Carbide End Milling Cutters Z 2 HSC 45 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,9 6, , ,9 6, , ,9 6, , ,8 6, , ,8 8, , ,7 1, , ,7 12, , ,7 16, KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

52 Solid Carbide End Milling Cutters With edge chamfer Solid Carbide End Milling Cutters Z 3 HSC 45 poliert Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,8 6, , ,8 6, , ,7 6, , ,6 6, , ,6 8, , ,6 1, , ,4 12, , ,4 16, , ,4 2, KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Sharp-edged Solid Carbide End Milling Cutters Z 3 HSC 9 45 poliert Kunststoffe d 1 (h9) d 3 d 2 (h5) mm mm 3, , , , , , , , , , , , , , , , , , d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer Solid Carbide End Milling Cutters Z 3 HPC 45 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,8 6, , ,8 6, , ,7 6, , ,6 6, , ,6 8, , ,6 1, , ,4 12, , ,4 16, , ,4 2, KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

53 Sharp-edged Solid Carbide End Milling Cutters HPC Z ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) mm mm 3, , , , , , , , , , , , , , , , , , Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer Solid Carbide End Milling Cutters Z 3 d Kunststoffe HSC poliert d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,8 6, , ,8 6, , ,7 6, , ,6 6, , ,6 8, , ,6 1, , ,4 12, , ,4 16, , ,4 2, HPC KF ZrCN Ultra- N d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Sharp-edged Solid Carbide End Milling Cutters HPC Z ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) mm mm 3, , , , , , , , , , , , , , , , , , d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

54 Solid Carbide Roughing End Milling Cutters Solid Carbide End Milling Cutters With edge chamfer Solid Carbide Roughing End Milling Cutters Z 3 HPC 4 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 6, ,6 6, , ,6 8, , ,6 1, , ,4 12, , ,4 16, , ,4 2, KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer SC roughing end milling cutter with ICF Z 3 HPC 4 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 6, ,6 6,4 11 8, ,6 8,4 12 1, ,6 1, , ,4 12, , ,4 16,4 15 2, ,4 2,4 16 KF d3 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP With edge chamfer Solid Carbide End Milling Cutters Z 4 HPC 45 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,8 6, , ,8 6, , ,7 6, , ,6 6, , ,6 8, , ,6 1, , ,4 12, , ,4 16, , ,4 2, KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

55 16739 Solid Carbide End Milling Cutters - With edge chamfer d 1 (h9) d 3 d 2 (h5) KF mm mm mm 4, ,8 6,1 11 5, ,7 6,1 12 6, ,6 6,2 13 8, ,6 8,2 14 1, ,6 1, , ,4 12, , ,4 16,2 17 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Z 4 HPC KF d 3 45 ZrCN Ultra- N Kunststoffe Solid Carbide End Milling Cutters - With edge chamfer Z 4 HPC 45 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) KF 1674 mm mm mm 6, ,6 6,2 11 8, ,6 8,2 12 1, ,6 1, , ,4 12, , ,4 16,2 15 KF d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide End Milling Cutters HPC - With edge chamfer d 1 (h9) d 3 d 2 (h5) KF mm mm mm 3, ,8 6,1 11 4, ,8 6,1 12 5, ,7 6,1 13 6, ,6 6,2 14 8, ,6 8,2 15 1, ,6 1, , ,4 12, , ,4 16,2 18 2, ,4 2,2 19 Z 4 HPC KF d 3 35 /38 ZrCN Ultra- N Kunststoffe Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide End Milling Cutters HPC - With edge chamfer d 1 (h9) d 3 d 2 (h5) KF mm mm mm 4, ,8 6,1 11 5, ,7 6,1 12 6, ,6 6,2 13 8, ,6 8,2 14 1, ,6 1, , ,4 12, , ,4 16,2 17 2, ,4 2,2 18 Z 4 HPC KF d 3 35 /38 ZrCN Ultra- N Kunststoffe Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

56 Solid Carbide Torus Milling Cutters Solid Carbide Torus Milling Cutters Radius tolerance +/-,15 Z 2 R 3 ZrCN Ultra- N Kunststoffe d 1 (e8) d 3 d 2 (h5) R mm mm mm 3, ,9 3,3 11 4, ,8 4,3 12 5, ,8 5,3 13 6, ,7 6,3 14 6, ,7 6 1, 15 6, ,7 6 2, 16 8, ,7 8,3 17 8, ,7 8 1, 18 8, ,7 8 2, 19 1, ,6 1,3 11 1, ,6 1 1, , ,6 1 3, , ,6 12 1, , ,6 12 4, , ,5 16 2, , ,5 16 4, 116 R d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide Torus Milling Cutters Radius tolerance +/-,15 Z 2 R 3 ZrCN Ultra- N Kunststoffe d 1 (e8) d 3 d 2 (h5) R mm mm mm 3, ,8 3,3 11 4, ,75 4,3 12 5, ,7 5,3 13 6, ,6 6,3 14 6, ,6 6 1, 15 6, ,6 6 2, 16 8, ,6 8,3 17 8, ,6 8 1, 18 8, ,6 8 2, 19 1, ,5 1,3 11 1, ,5 1 1, , ,5 1 3, , ,5 12 1, , ,5 12 4, , ,5 16 2, , ,5 16 4, 116 R d Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Performance requires quality. For example, with the diamond grinding wheels and CBN face wheels from ATORN. Longest service life with uniformly high stock removal rate Premium grinding wheels with vibration-damping body Universal implementation, wet grinding and dry grinding Performance requires quality

57 16747 Solid Carbide Torus Milling Cutters Radius tolerance +/-,15 Z 2 R 3 ZrCN Ultra- N Kunststoffe d 1 (e8) d 3 d 2 (h5) R mm mm mm 6, ,6 6,3 11 6, ,6 6 1, 12 8, ,6 8,3 13 8, ,6 8 1, 14 8, ,6 8 2, 15 1, ,5 1,3 16 1, ,5 1 3, 17 12, ,5 12 1, , ,5 12 4, 19 16, ,5 16 2, 11 R d3 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide Torus Milling Cutters HPC Radius tolerance +/-,15 Z 3 R 45 ZrCN Ultra- N Kunststoffe d 1 (h9) d 3 d 2 (h5) R mm mm mm 5, ,7 6, , ,7 6 1, , ,6 6, , ,6 6 1, , ,6 8, , ,6 8 1, , ,6 1, , ,6 1 1, , ,4 12, , ,4 12 1, , ,4 16 2, , ,4 16 4, , ,4 2 4, R d Al<1%Si Al>1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP GRP

58 Solid Carbide Radius Milling Cutters Solid Carbide Miniature End Milling Cutters Solid Carbide Radius Milling Cutters Radius tolerance +/-,15 Z 2 45 ZrCN Ultra- N Kunststoffe Kunststoffe d 1 (e8) d 3 d 2 (h5) R mm mm mm 3, ,9 3 1,5 11 4, ,8 4 2, 12 5, ,8 5 2,5 13 6, ,7 6 3, 14 8, ,7 8 4, 15 1, ,6 1 5, 16 12, ,6 12 6, 17 16, ,5 16 8, 18 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide Radius Milling Cutters Radius tolerance +/-,15 Z 2 R d 3 45 ZrCN Ultra- N d 1 (e8) d 3 d 2 (h5) R mm mm mm 3, ,9 3 1,5 11 4, ,8 4 2, 12 5, ,8 5 2,5 13 6, ,7 6 3, 14 8, ,7 8 4, 15 1, ,6 1 5, 16 12, ,6 12 6, 17 16, ,5 16 8, 18 R d 3 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP Solid Carbide Radius Milling Cutters Radius tolerance +/-,15 Z 2 HPC 45 ZrCN Ultra- N Kunststoffe d 1 (e8) d 3 d 2 (h5) R mm mm mm 3, ,8 3 1,5 11 4, ,75 4 2, 12 6, ,6 6 3, 13 8, ,6 8 4, 14 1, ,6 1 5, 15 12, ,4 12 6, 16 R d 3 Al<1%Si Al >1%Si Cu long-chipping Cu short-chipping Thermosetting plastics Thermoplastics CFRP, GRP

59 Info Heavy-duty milling Heavy-duty machining is the machining of hardened materials with a hardness of HRC. Advantages are reduced costs and shorter machining times which may be achieved with heavy-duty milling. Special HSC milling strategies, high surface quality and the elimination of quench distortion make this procedure an interesting possibility for an ever-growing market. Additional advantages are: working steps such as multiple clamping and time-consuming polishing are no longer necessary, saving great amounts of money - cost benefit for your production! We have designed our ATORN programme with these machining process in mind. In terms of selection, material, and geometry, this programme leaves nothing to be desired. It is geared towards extremely high requirements. The ATORN heavy-duty milling toolsoffer you the best conditions for an efficient heavy-duty machining. Different geometries have been perfectly adapted to different milling procedures. The carbide used stands out because of its high hardness and extreme toughness. With the special edge treatment, as well as the new coatings RockTec 52 and RockTec 65 the longest service results for the ATORN tools. RockTec 52 Universal implementation: to 52 HRC Tolerance, radius correction: +/-,1 mm Coating type: Monolayer Micro-hardness: 33 HV Max. application temperature: < 9 C For wet and dry milling RockTec 65 For HPC milling and HSC milling: to 65 HRC Tolerance, radius correction: +/-,1 mm Coating type: New generation multilayer Micro-hardness: 36 HV Max. application temperature: < 12 C Longest service life for dry milling The expansive programme which satisfies the highest requirements Short - Right-hand cut - 2 cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide Miniature End Milling Cutters Z 2 4 RockTec RockTec 52 RockTec 65 d 1 d 2 (h6) ,1, ,2, ,3, ,4, ,5 1, ,6 1, ,7 1, ,8 1, ,9 1, Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

60 Solid Carbide Miniature End Milling Cutters Solid Carbide Miniaturetorus Milling Cutters 1681 Solid Carbide Miniature End Milling Cutters Z 2 4 RockTec - Long - Right-hand cut - 2 cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with RockTec 52 RockTec 65 d 1 d 3 d 2 (h6) mm mm,2,3,5 5, ,2,3 1, 5, ,2,3 1,5 5, ,3,4 1, 5, ,3,4 2, 5, ,3,4 3, 5, ,4,6 2, 5, ,4,6 3, 5, ,4,6 4, 5, ,4,6 5, 5, ,5,7 2, 5, ,5,7 4, 5, ,5,7 6, 5, ,5,7 8, 5, ,6,9 2, 5, ,6,9 4, 5, ,6,9 6, 5, ,6,9 8, 5, ,6,9 1, 5, ,8 1,2 4, 5, ,8 1,2 6, 5, ,8 1,2 8, 5, ,8 1,2 1, 5, ,8 1,2 12, 5, , 1,5 6, 5, , 1,5 8, 5, , 1,5 1, 5, , 1,5 12, 5, , 1,5 14, 5, , 1,5 16, 5, ,2 1,8 6, 5 1, ,2 1,8 1, 5 1, ,5 2,3 8, 5 1, ,5 2,3 12, 5 1, ,5 2,3 16, 5 1, ,5 2,3 2, 6 1, , 3, 6, 5 1, , 3, 8, 5 1, , 3, 12, 5 1, , 3, 16, 5 1, , 3, 2, 6 1, , 3, 25, 75 1, ,5 3,7 8, 5 2, ,5 3,7 1, 5 2, ,5 3,7 12, 5 2, ,5 3,7 16, 5 2, ,5 3,7 2, 6 2, ,5 3,7 25, 75 2, , 4,5 8, 5 2, , 4,5 1, 5 2, , 4,5 12, 5 2, , 4,5 16, 6 2, , 4,5 2, 6 2, d Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

61 Long - With corner radius - Right-hand cut Solid Carbide Miniature End Milling Cutters - 2 cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with RockTec 52 RockTec 65 d 1 R d 3 d 2 (h6) mm mm mm,2,2,3,5 5, ,2,2,3 1, 5, ,2,2,3 1,5 5, ,3,3,4 1, 5, ,3,3,4 2, 5, ,3,3,4 3, 5, ,4,3,6 2, 5, ,4,3,6 3, 5, ,4,3,6 4, 5, ,4,3,6 5, 5, ,5,5,7 2, 5, ,5,5,7 4, 5, ,5,5,7 6, 5, ,5,5,7 8, 5, ,6,5,9 2, 5, ,6,5,9 4, 5, ,6,5,9 6, 5, ,6,5,9 8, 5, ,6,5,9 1, 5, ,8,8 1,2 4, 5, ,8,8 1,2 6, 5, ,8,8 1,2 8, 5, ,8,8 1,2 1, 5, ,8,8 1,2 12, 5, ,,1 1,5 6, 5, ,,1 1,5 8, 5, ,,1 1,5 1, 5, ,,1 1,5 12, 5, ,,1 1,5 14, 5, ,,1 1,5 16, 5, ,2,1 1,8 6, 5 1, ,2,1 1,8 1, 5 1, ,5,15 2,3 8, 5 1, ,5,15 2,3 12, 5 1, ,5,15 2,3 16, 5 1, ,5,15 2,3 2, 6 1, ,,2 3, 6, 5 1, ,,2 3, 8, 5 1, ,,2 3, 12, 5 1, ,,2 3, 16, 5 1, ,,2 3, 2, 6 1, ,,2 3, 25, 75 1, ,5,3 3,7 8, 5 2, ,5,3 3,7 1, 5 2, ,5,3 3,7 12, 5 2, ,5,3 3,7 16, 5 2, ,5,3 3,7 2, 6 2, ,5,3 3,7 25, 75 2, ,,3 4,5 8, 5 2, ,,3 4,5 1, 5 2, ,,3 4,5 12, 5 2, ,,3 4,5 16, 6 2, ,,3 4,5 2, 6 2, R Z 2 d 3 4 RockTec Solid Carbide Miniature Torus Milling Cutters Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

62 Solid Carbide Miniature Milling Cutters With Ball End Solid Carbide Miniature Milling Cutters With Ball End 1685 Z Short - Right-hand cut - 2 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. RockTec 52 RockTec 65 d 1 R d 2 (h6) mm,2,1, ,3,15, ,4,2, ,5,25 1, ,6,3 1, ,7,35 1, ,8,4 1, ,9,45 2, R RockTec Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

63 Solid Carbide Miniature Milling Cutters With Ball End 1686 Z Long - Right-hand cut RockTec - 2 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with RockTec 52 RockTec 65 d 1 R d 3 d 2 (h6) mm mm mm,2,1,2,5 5, ,2,1,2 1, 5, ,2,1,2 1,5 5, ,3,15,3 1, 5, ,3,15,3 2, 5, ,3,15,3 3, 5, ,4,2,4 1, 5, ,4,2,4 2, 5, ,4,2,4 3, 5, ,4,2,4 4, 5, ,4,2,4 5, 5, ,5,25,4 2, 5, ,5,25,4 3, 5, ,5,25,4 4, 5, ,5,25,4 5, 5, ,5,25,4 6, 5, ,5,25,4 8, 5, ,6,3,5 2, 5, ,6,3,5 3, 5, ,6,3,5 4, 5, ,6,3,5 5, 5, ,6,3,5 6, 5, ,6,3,5 8, 5, ,8,4,6 2, 5, ,8,4,6 4, 5, ,8,4,6 5, 5, ,8,4,6 6, 5, ,8,4,6 7, 5, ,8,4,6 8, 5, ,8,4,6 1, 5, ,,5,8 3, 5, ,,5,8 6, 5, ,,5,8 8, 5, ,,5,8 1, 5, ,,5,8 16, 5, ,,5,8 2, 6, ,2,6 1, 6, 5 1, ,2,6 1, 1, 5 1, ,5,75 1,2 8, 5 1, ,5,75 1,2 12, 5 1, ,5,75 1,2 16, 5 1, ,5,75 1,2 18, 6 1, , 1, 1,6 4, 5 1, , 1, 1,6 8, 5 1, , 1, 1,6 12, 5 1, , 1, 1,6 16, 5 1, , 1, 1,6 2, 6 1, , 1, 1,6 25, 75 1, , 1,5 2,4 8, 5 2, , 1,5 2,4 1, 5 2, , 1,5 2,4 16, 6 2, , 1,5 2,4 2, 6 2, , 1,5 2,4 25, 75 2, R d Solid Carbide Miniature Milling Cutters Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

64 Solid Carbide End Milling Cutters Solid Carbide Torus Milling Cutters Short - With undercut - Right-hand cut - 4 cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide End Milling Cutters Z 4 4 RockTec RockTec 52 RockTec 65 d 1 (e8) d 3 d 2 (h6) mm mm 3, , , , , , , , , , , , , , , , , , d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Long - With undercut - Right-hand cut - 4 short cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide End Milling Cutters Z 4 4 RockTec RockTec 52 RockTec 65 d 1 (e8) d 3 d 2 (h6) mm mm 3, , , , , , , , , , , , , , , , , , d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

65 Extra long - With undercut - Right-hand cut - 4 short cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide End Milling Cutters Z 4 4 RockTec RockTec 52 RockTec 65 d 1 (e8) d 3 d 2 (h6) mm mm 3, , , , , , , , , , , , , , , , , , d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Short - Right-hand cut - 4 cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide Torus Milling Cutters Z 4 4 R RockTec RockTec 52 RockTec 65 d 1 (e8) R d 2 (h6) mm 3,, ,, ,, ,, , 1, ,, ,, , 1, ,, ,, , 1, ,, , 1, , 1, , 2, ,, , 1, , 1, , 2, R Continuation

66 Solid Carbide Torus Milling Cutters Continuation Solid Carbide Torus Milling Cutters Z 4 R 4 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 2 (h6) mm 12, 1, , 2, , 3, , 1, , 2, , 3, , 1, , 2, , 3, R Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Short - With undercut - Right-hand cut - 4 short cutting edges - Right-hand helix 45 - With smooth straight shank in compliance with. Solid Carbide Torus Milling Cutters Z 4 R 45 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 3,, , ,, , ,, , ,, , ,, , ,, , ,, , , 1, , ,, , , 1, , , 1, , , 2, , , 1, , , 2, , , 1, , , 2, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

67 Long - With undercut - Right-hand cut - 4 short cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. Solid Carbide Torus Milling Cutters Z 4 R 4 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 3,, , ,, , ,, , ,, , ,, , ,, , ,, , , 1, , ,, , , 1, , , 1, , , 2, , , 1, , , 2, , , 1, , , 2, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Solid Carbide Torus Milling Cutters - Extra long - With undercut - Right-hand cut - 4 short cutting edges - Right-hand helix 4 - With smooth straight shank in compliance with. RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 3,, , ,, , ,, , ,, , ,, , ,, , ,, , , 1, , ,, , , 1, , , 1, , , 2, , , 1, , , 2, , , 1, , , 2, , Z Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec R R d 3 RockTec 16.67

68 Solid Carbide Multi-Tooth Milling Cutters Solid Carbide Radius Milling Cutters Short - With undercut - Right-hand cut cutting edges - Right-hand helix 5 - With smooth straight shank in compliance with. Solid carbide multiple teeth milling cutter Z RockTec RockTec 52 RockTec 65 d 1 (e8) d 3 d 2 (h6) Z mm mm 3, , , , , , , , , , , , , , , , , , d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Long - With undercut - Right-hand cut cutting edges - Right-hand helix 5 - With smooth straight shank in compliance with. Solid carbide multiple teeth milling cutter Z RockTec RockTec 52 RockTec 65 d 1 (e8) d 3 d 2 (h6) Z mm mm 3, , , , , , , , , , , , , , , , , , d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

69 Short - With undercut - Right-hand cut - 2 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. Solid Carbide Radius Milling Cutters Z 2 3 RockTec RockTec 52 RockTec 65 d 1 R d 3 d 2 (h6) mm mm mm 2, 1, , ,5 1, , , 1, , , 2, , , 2, , , 3, , , 4, , , 5, , , 6, , , 8, , , 1, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Long - With undercut - Right-hand cut - 2 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. Solid Carbide Radius Milling Cutters Z 2 3 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 2, 1, , ,5 1, , , 1, , , 2, , , 2, , , 3, , , 4, , , 5, , , 6, , , 8, , , 1, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

70 Solid Carbide Radius Milling Cutters High Feed-Rate Milling Cutters Extra long - With undercut - Right-hand cut - 2 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. Solid Carbide Radius Milling Cutters Z 2 3 RockTec RockTec 52 RockTec 65 d 1 R d 3 d 2 (h6) mm mm mm 2, 1, , ,5 1, , , 1, , , 2, , , 2, , , 3, , , 4, , , 5, , , 6, , , 8, , , 1, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec Short - With undercut - Right-hand cut - 4 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. Solid Carbide Radius Milling Cutters Z 4 3 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 3, 1, , , 2, , , 2, , , 3, , , 4, , , 5, , , 6, , , 8, , , 1, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec

71 Long - With undercut - Right-hand cut - 4 cutting edges - Right-hand helix 3 - With smooth straight shank in compliance with. Solid Carbide Radius Milling Cutters Z 4 3 RockTec RockTec 52 RockTec 65 d 1 (e8) R d 3 d 2 (h6) mm mm mm 3, 1, , , 2, , , 2, , , 3, , , 4, , , 5, , , 6, , , 8, , , 1, , R d 3 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St >14N >45HRC < 52HRC < 58HRC < 65HRC VA-steel<9N VA-steel >9N Ti GG(G) Plastics Rocktec Rocktec or 6 flute high feed-rate milling cutter with a TiSibased PVD coating - Short flutes for increased stability, longer service life, greater stock-removal capacity and higher feed-rates Solid carbide high-speed cutter Z 4-6 For roughing tasks in the area off tool construction and mould construction and in general machine construction, also for dry milling or with air cooling d 3-1 R RockTec R RockTec 65 d 1 (e8) R d 3 d 2 (h6) Z mm mm mm 4,,4 1, , ,,4 1, , ,,5 2, , ,,5 2, , ,,6 2, , ,,6 2, , ,,8 3, , ,,8 3, , , 1, 3, , , 1, 3, , , 1,2 4, , , 1,2 4, , Rocktec 65 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti GG(G) Plastics

72 Solid Carbide End Milling Cutters 1661 Short, right-hand cut, 2 cutting edges, right-hand helix, centre cut. With clamping surface in accordance with. Solid Carbide End Milling Cutters Z 2 HSC d 1 e8 d 2 h , , , , , , d 1 e8 d 2 h , , , , , Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloys GG(G) Plastics With undercut. 2 cutting edges, 1 flute cutting over centre. 3 right-hand helix. Best chip removal thanks to extremely smooth surface. solid carbide Ultra-finest grit/tialn-ultra-coated. Solid carbide HSC end milling cutters Z 2 HSC 3 TiAlN Ultra With smooth straight shank in compliance with. d3 b With clamping surface in accordance with. d 1 e8 d 2 h5 d 3 b x mm mm mm, ,1 11, ,5,1 13, ,1 16 1, ,1 18 1, ,1 11 1, , , , , , , , , , ,8 6 2, , , 6 2, , ,8 6 3, , , 6 3, ,1 12 4,8 6 4, , , 6 4, , ,8 6 5, ,1 123 d 1 e8 d 2 h5 d 3 b x mm mm mm 6, 6 5, , ,8 8 6, , , 8 6, , ,8 8 7, , , 8 7, , , 1 8, ,1 13 9,7 1 9, , , 1 9, , , 12 1, , , , , , 12 11, , , , , , 14 13, , , 16 15, , , 18 17, , , 2 19, ,1 144 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti-alloys GG(G) Plastics

73 1664 Long, right-hand cut, 2 cutting edges, right-hand helix, centre cut. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide End Milling Cutters Z 2 HSC d 1 e8 d 2 h , , , , , d 1 e8 d 2 h , , , , , Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9NVA-steel>9NTi alloys GG(G) plastics With undercut. 3 cutting edges, 1 flute cutting over centre. 45 right-hand helix. With clamping surface in accordance with. Best chip removal thanks to extremely smooth surface. solid carbide Ultra-finest grit/tialn-ultra-coated. Solid Carbide HSC End Milling Cutters Z 3 HPC b 45 TiAlN Ultra d d 1 e8 d 2 h5 d3 l1 l3 l2 b x mm mm mm 3, 6 2, ,1 11 3,5 6 3, ,1 12 4, 6 3, ,1 13 4,5 6 4, ,1 14 5, 6 4, ,1 15 5,5 6 5, ,1 16 6, 6 5, ,1 17 6,5 8 6, ,1 18 7, 8 6, ,1 19 7,5 8 7, ,1 11 8, 8 7, ,1 111 d 1 e8 d 2 h5 d3 l1 l3 l2 b x mm mm mm 8,5 1 8, , , 1 8, , ,5 1 9, , , 1 9, , , 12 1, , , 12 11, , , 14 13, , , 16 15, , , 18 17, ,1 12 2, 2 19, ,1 121 Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti alloys GG(G) plastics Performance requires quality. For example, with the boring bar from ATORN. For double-sided threading inserts Support plate with anti-vibration geometry Patent applied for Performance requires quality

74 Solid Carbide End Milling Cutters 1669 Short, right-hand cut, 4 cutting edges, Right-hand helix, centre cut. With clamping surface in compliance with. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide End Milling Cutters Z 4 HSC d 1 e8 d 2 h , , , , , , , , d 1 e8 d 2 h , , , , , , , Short with undercut, 4 cutting edges, 2 flutes cutting to the centre. 3 right-hand helix. Best chip removal thanks to extremely smooth surface. solid carbide Ultra-finest grit/tialn-ultra-coated. Solid Carbide HSC End Milling Cutters Z 4 HPC 3 TiAlN Ultra Without undercut, with smooth straight shank in compliance with. d With undercut and smooth straight shank in compliance with With undercut and clamping surface in compliance with. d 1 e8 d 2 h5 d mm mm 2, , , , 5 4, , 6 5, , 8 7, , 1 9, , 12 11, , 16 15, , 2 19, Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti alloys GG(G) plastics

75 16613 Long, centre cut. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide End Milling Cutters Z 4 HSC d 1 d , , , , , Short, with undercut. 6-8 cutting edges, 2 flutes cutting to the centre. 45 right-hand helix. With clamping surface in accordance with. Best chip removal thanks to extremely smooth surface. Solid carbide Ultra-finest grit/tialn-ultra-coated. Solid Carbide End Milling Cutters d 1 d , , , , , Z 6-8 HSC 45 TiAlN Ultra d d 1 e8 d 2 h5 d 3 Z mm mm 4, 6 3, , 6 4, , 6 5, , 8 7, , 1 9, , 12 11, , 16 15, , 18 17, , 2 19, Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<13N <5HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti alloys GG(G) plastics Extra long, right-hand cut, 6 cutting edges. Righthand helix approx. 45. With clamping surface in accordance with. For circumference milling as finishing working step for producing highest surface quality (face cutting only at low cutting depths). Solid Carbide End Milling Cutters Z 6 Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. HSC d 1 e8 d 2 h , , , , d 1 e8 d 2 h , , ,

76 Solid Carbide Radius Milling Cutters Solid Carbide Ball-Head Milling Cutters Solid Carbide Quarter Circle Milling Cutters Roughing Milling Cutters Solid Carbide Radius Milling Cutters Z 2 HSC 3 - Long - Right-hand cut - 2 cutting edges - Right-hand helix - Centre cut - Radius tolerance +/,2 mm. - With clamping surface in accordance with. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. r d 1 e8 d 2 h , , , , , d 1 e8 d 2 h , , , , , Long - Right-hand cut - 4 cutting edges - Right-hand helix - Centre cut - Radius tolerance +/,2 mm. - With clamping surface in accordance with. Solid Carbide Radius Milling Cutters Z 4 Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. HSC 3 r d 1 e8 d , , , , , , d 1 e8 d , , , , , , Extra long - 2 cutting edges - Centre cut - Spheroid to 22 - Increased high-running accuracy - With smooth straight shank in compliance with. SC ball-head milling cutter For heavy-duty machining, 3D profile milling of high-strength material, and for milling of hardened steel up to HRC 65. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 2 H d 3 AP d 1 d 2 d 3 AP mm 2, 6 1, , 6 2, , 6 3, , 6 4, d 1 d 2 d 3 AP mm 6, 6 5, , 8 7, , 1 9, , 12 11,

77 cutting blades, straight flute. With smooth straight shank in compliance with. Radius tolerance +/,1 mm. Solid carbide quarter circle cutter For materials up to HRC 45. For rounding and deburring of edges and contours. For high-strength materials as well as for aluminium and non-ferrous metals. Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Z 4 r Radius d 1 d mm mm mm, , , , , , , , , , , Short, 3-6 cutting edges, centre cut. Right-hand helix 45. Great cutting capacity. With protective chamfer, special roughing profile. Long service life. Quick chip removal. Extremely sturdy cutting edges. Great stability. Alloyed steels, stainless steel, titanium, Inconel. Solid Carbide Roughing End Milling Cutters Quickmax Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated With smooth straight shank in compliance with. d 1 d 2 Z , , , , , , , , With clamping surface in accordance with. Z 3-6 HSC HR Long, relief-ground, fine knurl profile, right-hand cut with centre cut. 3-4 cutting edges. With clamping surface in accordance with. Solid Carbide Roughing End Milling Cutters Z 3-4 Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. HSC HR d 1 e8 d 2 h6 Z , , , , , , , ,

78 Solid Carbide Torus Milling Cutters Solid Carbide Form End Milling Cutters Solid Carbide Profiling Cutters With clamping surface in accordance with. Long, right-hand cut, 4 cutting edges with corer radius (1). Universal carbide quality finest grit (P 2 - K 4) TiAlN-coated. Solid Carbide Torus Milling Cutters (1) Z 4 HSC d 1 e8 d x R, x R x R, x R x R 1, x R x R, d 1 e8 d x R x R 1, x R x R, x R x R 1, x R Long and extra long, right-hand cut, 2-3 cutting edges, right-hand helix approx. 4, centre cut, with smooth straight shank in compliance with. Solid Carbide End Milling Cutters for Graphite Z 2-3 Graphit 1672 d 1 g7 r d 2 h5 l y 1672 mm ( ) 2,, ,, ,, ,, L 4,, ,, L 5,, ,, L 6,, XL 6,, ,, L 8,, ,, L 1,, ,, Al<1%Si Al>1%Si Cu St<52N St<75N St<9N St<11N St<12N St<14N <45HRC <55HRC <6HRC <67HRC VA-steel<9N VA-steel>9N Ti alloys GG(G) graphite

79 1675 Solid Carbide Form End Milling Cutters Double flute (cat.-no single flute). Clamping shank 6 mm. Pilot hardened. For edge and contour deburring machines. Rake angle for short-chipping, hard materials. Rake angle 6 for strength-hard materials. Rake angle 12 for ductile up to soft materials. Rake angle 3 for soft materials. Universal carbide quality finest grit Application / D x L Point angle/ Z Rake angle Coating 1675 mm Radius 1 with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x ALU with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x ALU with ball bearing starter roller (Ø 4. mm) 6 x with ball bearing starter roller (Ø 4, mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x ALU with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x with synchronous rotation thrust pin (Ø 2.5 mm) 6 x ALU 13 3 with ball bearing starter roller (Ø 3. mm) 6 x with ball bearing starter roller (Ø 3, mm) 6 x with ball bearing starter roller (Ø 3. mm) 6 x ALU with ball bearing starter roller (Ø 4. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x with ball bearing starter roller (Ø 4. mm) 6 x ALU with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x with ball bearing starter roller (Ø 4. mm) 1 x ALU with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x with ball bearing starter roller (Ø 5. mm) 1 x ALU 15 Continuation

80 Solid Carbide Form End Milling Cutters Push Broach Sets Push Broaches Continuation. Application / D x L Point angle/ Z Rake angle Coating 1675 mm Radius 6 with ball bearing starter roller (Ø 3. mm) 6 x 34 R, with ball bearing starter roller (Ø 3. mm) 6 x 34 R 1, mm with ball bearing starter roller (Ø 3. mm) 6 x 34 R 1,5 mm with ball bearing starter roller (Ø 4. mm) 1 x 34 R 2, mm with ball bearing starter roller (Ø 4. mm) 1 x 34 R 2,5 mm with ball bearing starter roller (Ø 4. mm) 1 x 34 R 3, mm Suitability recommendations for SC form end milling cutter cat.-no suitable + partially suitable steel copper alloys/ stainless steel aluminium plastics cast iron typ MILLING CUTTERS hardened steel tool steel case-hardened steel tempered steel cast steel Free cutting steel (short-chipping) copper soft brass soft German silver Brass hard Bronze cast iron soft, ductile materials high-strength, brittle materials Free cutting alloy (short-chipping) soft, long-chipping Free cutting alloy (short-chipping) soft, long-chipping hard, short-chipping 16.8

81 1688 Sets of Push Broaches (Keyway Broaches) Rake angle 8-1. Each broach comes with bases (e.g. 3 strokes= 2 bases). Delivered in wooden box. For machining keyways in compliance with For cast iron, steel, brass and aluminium. Specially for use in hand-operated arbor presses. Short broaching time (6 seconds), short set-up time and easy to use. Guide bushes and bases are used to precisely align keyways with the borehole and to determine the proper depth. HSS Set size Broaches Guide bush Ø (d 1 ) mm For bore Ø Broaching length 1688 mm mm 21 2 pcs. RD I (b 1 = 2 / 3 mm) 6 / 7 / 8 / 9 / pcs. RD II ( b1 = 4 / 5 mm) 12 / 14 / 15 / pcs. RD III (b 1 = 6 / 8 mm) 18 / 2 / 22 / 24 / pcs. RD I (b1 = 2 / 3 mm) 8 / pcs. RD II (b 1 = 4 / 5 mm) 12 / 14 / 15 / pcs. RD III (b 1 = 6 / 8 mm) 18 / 2 / 22 / 24 / 25 / 28 / pcs. RDI V (b1 = 1 /1 2 / 14 mm) 32 / 35 / 38 / 4 / 42 / 45 / pcs. RD V (b1 = 16 / 18 mm) 52 / 55 / 58 / 6 / Push Broaches (Keyway Broaches) Rake angle 8-1. Each broach comes with bases (e.g. 3 strokes= 2 bases). cat.-no without base. Guide bushes not included (see cat.-no ). For machining keyways in compliance with For cast iron, steel, brass and aluminium. Specially for use in hand-operated arbor presses. Short broaching time (6seconds), short set-up time and easy to use. Guide bushes and bases are used to precisely align keyways with the borehole and to determine the proper depth. HSS b 1 h1 h2 b 2 b 1 b 2 h 1 h 2 keyway depth for boreholes Ø broach length number tolerance mm mm of strokes mm RD I 2 3, ,18 5, 1, /-,11 11 RD I 3 3, ,75 4,85 1, /-,12 12 RD II 4 6, ,9 8,77 1, /-,15 13 RD II 5 6, ,3 8,59 2, /-,15 14 RD III 5 9, ,39 14,95 2, /-,15 15 RD III 6 9, ,55 14,87 2, /-,15 16 RD III 8 9, ,64 14,55 3, /-,18 17 RD IV 1 14, ,99 22,29 3, /-,18 18 RD IV 12 14, ,74 22,5 3, /-,21 19 RD IV 14 14, ,69 21,71 4, /-,21 11 RD V 16 19, ,24 22,47 4, /-, RD V 18 19, ,6 22,22 4, /-, RD VI 2 25, ,8 3,11 5, /-, RD VI 22 25, ,54 29,99 5, /-, RD VI 24 25, ,17 29,66 5, /-, RD VI 25 25, ,98 29,46 5, /-,

82 Guide Bushes Replacement Bases for Push Broaches Guide Bushes Hole tolerance H 7. Up to RD III 36 x 65 mm with collar. For push broaches (keyway broaches) cat.-no for type d 1 x mm RD I 6 x RD I 7 x RD I 8 x RD I 9 x RD I 1 x RD II 11 x RD II 12 x RD II 13 x RD II 14 x RD II 15 x RD II 16 x RD II 17 x RD II 18 x RD II 19 x RD III 17 x RD III 18 x RD III 19 x RD III 2 x RD III 22 x RD III 24 x for type d 1 x mm RD III 25 x RD III 26 x RD III 27 x RD III 28 x RD III 3 x RD III 32 x RD III 34 x RD III 35 x RD III 36 x RD IV 32 x RD IV 34 x RD IV 35 x RD IV 36 x RD IV 38 x RD IV 4 x RD IV 42 x RD IV 44 x RD IV 45 x RD IV 46 x RD IV 48 x for type d 1 x mm RD IV 5 x RD IV 52 x RD IV 54 x RD IV 55 x RD IV 56 x RD V 52 x RD V 54 x RD V 55 x RD V 56 x RD V 58 x RD V 6 x RD V 62 x RD V 64 x RD V 65 x RD V 66 x RD V 68 x RD V 7 x RD V 72 x RD VI 7 x Replacement Bases for Push Broaches For push broaches (keyway broaches) cat.-no Size thickness for type mm mm 3,787 I 11 4,965 II ,27 II ,194 III ,448 III 15 Size thickness for type mm mm 8 1,879 III ,422 IV ,492 IV ,575 IV ,575 V 11 Size thickness for type mm mm 18 1,575 V ,575 VI ,575 VI ,575 VI ,575 VI 115 SAFETY FIRST! The current PSA catalogues 16.82