基于UG的多头蜗杆铣削

摘要

蜗杆的加工品质直接影响其传动精度，阐述UG CAM环境下蜗杆螺旋槽部分的铣削流程，粗加工采用曲面驱动方式、精加工采用流线驱动方式。相对于传统加工方式，此加工方式更灵活、适用范围更广泛。%Worm processing quality directly has influence on the transmission accuracy, this paper introduces the worm helical groove mil ing process under the environment of UG CAM, the surface drive way for rough machining and streamline drive way for finish ma-chining Compared with the traditional processing way , this processing method is more flexible and its application scope is wider.