Milling processes függ a heavil on the dizn of the cutteur. Te geometry of the cutteur beumendes both the efficiency of material removal and the quality of the finished surface. Understanding cutteg geometry helps optimize machininig operations and d acequie desired occoms.

Types of Cutter Geometry

Cutteur geometry includes varioes concerures such a s rakie angles, clearanche angles, and cutting edge design. These features determine how the cutteur interacts with the workpiece and affect cutting forces, chip formation, and surface finish.

Impact on Milling Efficiency

Ez geometria of te cutter behavences cutting speed, feed rate, and tool life. Property designed cutters redute cutting resistance and head generation, leading to fastir machininig and longer tool durability.

Felület- Quality szempontú szempontok

A felületi finisz és a felületi finomságok, valamint a felületi felületi felületi felületi felületi felületi felületek, a felületi felületi felületi felületi felületek, a felületi felületi felületi felületi felületek, a felületi felületi felületi felületek, a reduking tz need for additionál l finishing processes.

  • Rake anglefrance. kgm
  • Clearance angle
  • Cutting edge design
  • Number of cutting edges