摘要
壁厚只有 1～ 2mm的薄壁零件的加工是机械加工中的一道难题 ,为了减少薄壁零件加工中的变形问题 ,尝试引入超声振动切削新工艺 ,对传统的谐振系统设计方法进行改进 ,并阐述了声振系统安装和调试的要点 ,给出了超声切削和普通切削的大量对比数据 ,证明了超声振动切削确实明显提高了薄壁零件的加工精度。
It is a difficult to cut the thin-wall workpiece in traditional way. To reduce the deformation of this workpiece, it uses the ultrasonic vibration cutting. The paper sets forth the key point of assembling and configuration of vibration cutting system. With a number of comparison data, it shows the method is suitable for precise and ultra-precise machining.
出处
《机械设计与制造工程》
2001年第2期63-64,共2页
Machine Design and Manufacturing Engineering
基金
国家重点实验室开放课题基金资助项目!(VSN2 0 0 0 0 4)
关键词
薄壁镜筒
超声振动切削
精密加工
Thin-wall Workpiece
Ultrasonic Vibration Cutting
Precision Machining
