Chipbreaker geometry divides long, stringy chips into small, manageable pieces for excellent performance and chip evacuation when roughing in aluminum.
Chipbreaker geometry on this 35° helix, variable pitch roughing end mill aids in the process of efficient chip evacuation by . . .
Engineered with optimized variable pitch and chipbreaker geometry, this 3 flute, corner radius rougher reduces harmonics and . . .
Unique notch profiles on this 3-flute, 45° chipbreaker rougher create a serrated cutting edge that breaks up chips during the . . .
Special combination of reduced neck geometry and chipbreaker design makes this 3 flute, corner radius, 45° helix rougher idea . . .