Abstract: A milling tool for the processing of workpieces by cutting is provided with multiple cutting flanks (3) and flutes (4) arranged in between these. The cutting flanks (3) have cutting edges (6) along the cutting side (5) of which bezels (10) are provided. At least one bezel (10) extending along a cutting edge (6) has an effective cutting angle (y2) that differs from the effective cutting angles (y2?, y2?, . . . ) of the bezels (10) extending along the further cutting edges (6). This asymmetric arrangement of the bezels (10) in a tool results in a calmer running of the tool which impacts the surface quality of the processed surface and results in a better serviceable life of the tool.

Abstract: A milling tool for roughing workpieces is provided with a plurality of cutting flanks and flutes disposed in between. The cutting flanks are provided on the cutting side with a predetermined rake angle, and the cutting edges have moreover a profile of wave form that extends over the width of the cutting flanks. The profile of wave form is provided with a bevel having a width corresponding to at least the height of the crest, and having a wedge angle that is more obtuse than the wedge angle of the milling tool. When the tool is subjected to heavy operational demands, a chipping or breaking off of the crest edges is thereby prevented, thus increasing the service life of the tool.

Abstract: A method of treatment and processing of tools for machining of workpieces by cutting is described, in particular milling tools. These tools are made up of a high-strength steel, carbide or ceramic, and are provided with at least one cutting flank and a flute, which cutting flank is provided with a cutting edge on the cutting side. In a coating installation, the tool is provided with a first coating which is wear-resistant against abrasion. Afterwards a bevel is ground on each of the cutting edges. A second coating, which is resistant to crater wear, is applied to the ground bevel in a coating installation. Tools are thereby obtained that are characterized by high abrasion resistance and high resistance to wear and tear, in particular during machining of difficult materials at high cutting speed.

Abstract: A milling tool for the processing of workpieces by cutting is provided with multiple cutting flanks (3) and flutes (4) arranged in between these. The cutting flanks (3) have cutting edges (6) along the cutting side (5) of which bezels (10) are provided. At least one bezel (10) extending along a cutting edge (6) has an effective cutting angle (y2) that differs from the effective cutting angles (y2?, y2?, . . . ) of the bezels (10) extending along the further cutting edges (6). This asymmetric arrangement of the bezels (10) in a tool results in a calmer running of the tool which impacts the surface quality of the processed surface and results in a better serviceable life of the tool.

Abstract: A milling tool for roughing workpieces is provided with a plurality of cutting flanks and flutes disposed in between. The cutting flanks are provided on the cutting side with a predetermined rake angle, and the cutting edges have moreover a profile of wave form that extends over the width of the cutting flanks. The profile of wave form is provided with a bevel having a width corresponding to at least the height of the crest, and having a wedge angle that is more obtuse than the wedge angle of the milling tool. When the tool is subjected to heavy operational demands, a chipping or breaking off of the crest edges is thereby prevented, thus increasing the service life of the tool.