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The classical shaped profiled disk mill geometry cannot ensure the best chip forming conditions in any edge point. As a consequence machined surface quality cannot increased and the wear on the cutting edge is non uniform. By applying a cylindrical rake face, the side rake angle will be consistently improved. The present paper shows the calculus of the compared geometry of a profiled module disk mill, in case of applying a cylindrical rake face versus the classical plane rake face. The replacement of the plane rake face with the cylindrical surface, due to its curvature allows the optimizing of the geometry.

Hengerfelülettel élezett alakos tárcsamaró geometriája