Optimised for exotic materials
The tool geometries are specifically adapted for the machining of titanium and titanium alloys reducing resonant oscillation thus minimising vibration and enhancing the quality of the component.
Long tool life
The carbide grades, optimised for the machining of titanium and heat-resistant materials guarantee reduced cutting forces and very good wear resistance which leads to considerably longer tool life.
- Irregular helix and pitch of the helix for increased metal removal rates
- End mills diameter range from 4.0 - 20 mm
- Available in various lengths - with or without reduced neck diameter - and a variety of cutting edge types (corner chamfer and corner radius) as well as diverse shank types available
HPC-SF: irregular helix and pitch of the helix for reduced noise and vibration during milling operation; available in various lengths
Torus end milling cutters
HPC-TF: irregular helix and pitch of the helix for minimal vibration, noise and high stability; various corner radii (0.2-6.3 mm) available
Particularly suitable for the following materials:
- Heat-resistant alloys
HPC milling cutters W0457
Material: Inconel 718, material number: 2.4668
Vc = 50.3 [m/min]
fz = 0.03 [mm/rev]
ap = 3 mm
ae = 0.05 mm
By applying the HPC milling cutters from CERATIZIT, tool life was increased by 60% - also with improved surface quality!
Solid carbide tools
Milling / Drilling / Reaming
Cutting Tools 2016.2