Kaerbita continuously through the study of the workpiece material, the structure to improve the structure Kaerbita tool, geometry, tool material, so as to improve the cutting efficiency. In Kaerbita latest silmax cutter, for example, which specializes in processing cutter for the aerospace industry commonly used stainless steel, nickel-based alloys and titanium. The traditional design of the milling cutter geometry is usually a = b, but in silmax milling in a ≠ b, l ≠ l1, this new 4 blade geometry to effectively disperse the cutting forces, reduced tool in use vibration, resulting in improved productivity and achieve a longer tool life and reduce costs.

Conventional milling in the processing of stainless steel, nickel-based alloys and titanium alloys, usually only reach its depth of cut 0.1mm, after milling to improve the structure at the time of processing these materials, cutting depth can reach 1d. With d10 cutter, for example, if you want to mill out material 10mm traditional cutter knife 10 times need to take to complete the process, and this silmax cutter knife just go once on it.