传统旋风铣削刀具设计方法计算繁杂、重复多、效率低,运用软件检测分析时前期工作量大。针对不同形体、原始参数、工艺信息的旋风铣削加工,建立了通用的旋风铣削刀具设计与分析系统,可以较传统设计方法方便、快捷地实现其优化设计与校验分析,进一步完善后,有望达成其设计制造的高度自动化和智能化。 The calculation method of traditional cyclone milling tools is complicated, repetitive and inefficient, and the amount of workload is large when using software testing and analysis. Aiming at the whirlwind milling processing of different shapes, original parameters and process information, a general design and analysis system of the cyclone milling cutter is established, which can be more convenient and faster than the traditional design method to achieve its optimal design and verification analysis. After further improvement, it is expected to reach Its design and manufacture of a high degree of automation and intelligence.