Solid carbide drilling Indexable insert drilling Reaming and Countersinking HSS taps and dies Circular and Thread Milling Thread turning Turning Tools Solid Carbide milling cutters Miniature turning tools Tool Holders Grooving Tools Modular Toolholders Milling tools with indexable inserts Rotating toolholders Tool holders, static + driven tools Spindle Tooling Material examples and Article no. index

Circular and Thread Milling Table of contents Symbol explanation 2 Overview Circular and Thread Milling Cutters 3 Technical Information Cutting Data 64-68 Calculation of cutting data for thread milling 70 Thread type - Tool type - Coatings 71 WNTMASTERTQOL Premium quality tools for high performance. The premium quality tools from the WNT Mastertool Performance product line have been designed for specific applications and are distinguished by their outstanding performance. If you make high demands on the performance of your production and want to achieve the very best results, we...

Circular and Thread Milling Overview Circular and Thread Milling Cutters Modular Circular Milling Cutters with Carbide Indexable Inserts ĉĉ the perfect tool for every application various holders, depending on overhang the same threading insert for different pitches and diameters highest flexibility and stability in addition to circular thread milling, circular and linear milling operations can also be carried out 1st choice for small batch sizes and large threads Thread Milling Cutters with Indexable Carbide Inserts ĉĉ exchange of the insert for different threads same threading insert for different...

Circular and Thread Milling Modular Circular Milling Cutters with Carbide Indexable Inserts from bore diameter in mm Mini Mill Thread Milling Cutters with Indexable Carbide Inserts Micro Mill Solid Carbide Thread Milling Cutters high power transmission through polygon connection 3 and 6 edged inserts stable holders in solid carbide and steel three interlocking rib location compatible with popular manufacturer systems 3 and 6 edged inserts stable holders in solid carbide and steel proven circular milling tool 3 edged inserts multi tooth thread milling cutter double sided inserts exclusively for...

Circular and Thread Milling Tool holder

Circular and Thread Milling System Polygon Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials ^ vc/fz Page 67 © When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

■ Both edges chamfered 0.1 x 45° ■ PLG = Polygon size Circular and Thread Milling System Polygon Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials ^ vc/fz Page 67 o When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70,

Circular and Thread Milling System Polygon ■ Both edges chamfered 0.1 x 45° ■ PLG 7: from 5.0 mm grooving width with ground chip breaker grooves ■ PLG 10: from 6.5 mm grooving width with ground chip breaker grooves ■ PLG = Polygon size Heat resistant alloys • ^ vc/fz Page 67 o When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

Circular and Thread Milling System Polygon ■ Both edges chamfered 0.1 x 45° ■ PLG = Polygon size Heat resistant alloys • ^ vc/fz Page 67 o When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

Circular and Thread Milling System Polygon WNTMASJERmMilling inserts for radius milling ■ PLG = Polygon size Heat resistant alloys • Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials

■ with Holder 50 805 010 / 50 805 011 maximum pitch of 3 mm possible! ■ PLG = Polygon size Circular and Thread Milling System Polygon Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70,

Circular and Thread Milling System Polygon Heat resistant alloys • 1) profile corrected ^ vc/fz Page 67 © When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

■ 50 883 322 for threads >1 ■ PLG = Polygon size Circular and Thread Milling System Polygon Heat resistant alloys • ^ vc/fz Page 67 © When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70,

Circular and Thread Milling System Polygon ■ with Holder 50 805 010 / 50 805 011 maximum pitch of 3 is mm possible! ■ PLG = Polygon size Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials

Circular and Thread Milling System Polygon WNTMASJERmGear cutters, DIN 5480 ■ ZW = Tooth Number Wave ■ PLG = Polygon size ■ ZW = Tooth Number Wave ■ PLG = Polygon size Steel Stainless steel Cast iron Non ferrous metals Heat resistant alloys hardened materials When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

Circular and Thread Milling System Polygon ■ ZW = Tooth Number Wave ■ PLG = Polygon size © When calculating the feedrate for circular milling it is important to know whether contour feed vf or feed on the center path vfm is used. Details on ^ Page 69+70.

Circular and Thread Milling System Polygon ■ for maximum machining depth, note insert width (b) ■ PLG = Polygon size ■ PLG 6 = for d1 9,6; 10,5; 11,7; 12 ■ PLG 7 = for d1 16; 17,7 ■ PLG 9 = for d1 18; 20; 21,7 ■ PLG 10 = for d1 24; 25; 26; 27,7