Copier

Carbide copying (TK) milling machine for radii Number of edges: 2bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys and stainless steels Also suitable for thermal and hydro clamping Cutting conditions - see attached photo

Carbide copying (TK) milling machine for radii Number of edges: 2bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: The cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys, stainless steels, hardened materials and stainless steels Cutting conditions - see attached photo

Carbide copying (TK) cutter for radii extra long, lightweight Number of edges: 2bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° For other dimensions, see the attached photo. Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: The cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys, hardened materials, stainless steels Cutting conditions - see attached photo

Carbide copying (TK) radius cutter Number of edges: 4bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys and stainless steels Also suitable for thermal and hydro clamping Cutting conditions - see attached photo

Carbide ( TK ) copying - ball mill, long - from cemented carbide Number of blades: 2 pcs. Diameter of the working part: according to the selected variant, tolerance h10 Length of the working part: according to the selected variant Helix angle: 30° Head angle: 12° Radius: according to the selected variant (D/2) Other dimensions - see the attached catalog sheet Standard: DIN6527L, DIN 6535 HA Carbide: K30 F - ultra-fine-grained carbide, high hardness and resistance to abrasion, with increased tensile strength for superior stability. Always cool with a suitable liquid - according to the material. Coating: PVD ( AlTiN ) Usage : Low alloy steels up to 600 MPa Alloyed steels up to 1200 MPa Highly alloyed / Tool steels up to 1400 MPa Austenitic / Ferritic stainless steels up to 680 MPa Martensitic stainless steel up to 820 MPa Gray cast iron Cast iron Non-ferrous metals up to 250 MPa Aluminum alloys up to 530 MPa Hardenable (hardened) steels Cutting conditions - see attached photo Order no. No. - series: S511602

Carbide copying (TK) milling machine for radii Number of edges: 2bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° Cutting angle of spherical end: 220 ° For other dimensions, see the attached photo. Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: The cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys, hardened materials, stainless steels Cutting conditions - see attached photo

Carbide copying (TK) milling cutter for long radii Number of edges: 2bř. Diameter of the working part: according to the selected variant, tolerance h10 Helix: 30 ° For other dimensions, see the attached photo. Carbide: K20 F - ultra fine-grained carbide Coating: PVD (TiAlN) Usage: The cutter is suitable for a wide range of materials, for roughing and finishing operations Suitable for machining nickel, cast iron, non-ferrous metals, plastics, aluminum alloys, hardened materials, stainless steels Cutting conditions - see attached photo