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车铣加工UG-CAM制造技术研究与应用
引用本文:孙建波,戈迎喜.车铣加工UG-CAM制造技术研究与应用[J].金属成形工艺,2010(2):84-87.
作者姓名:孙建波  戈迎喜
作者单位:中国航空工业公司西安飞行自动控制研究所,西安710065
摘    要:应用TCL(Tool Command Language)开发了车铣加工中心BUNMOTECS192FT后处理模块,实现了该机床刀具中心点B轴随动的高级功能,利用UG~CAM数控编程技术,使用平头立铣刀,在车铣加工中心进行C、X、y轴联动,完成了零件曲面加工刀轨设计,解决了T型铣刀加工曲面环槽干涉问题,通过将平头立铣刀轴与曲面法线倾斜一定角度,避开平头立铣刀底齿中心切削,达到零件精度要求。

关 键 词:后处理  车铣  曲面加工  UG-CAM

Research and Application of Milling-lathe Machining and UG-CAM Manufacturing Technology
SUN Jian-bo,GE Ying-xi.Research and Application of Milling-lathe Machining and UG-CAM Manufacturing Technology[J].Metal Forming Technology,2010(2):84-87.
Authors:SUN Jian-bo  GE Ying-xi
Affiliation:(Xi'an Flight Automatic Control Research Institute, AVIC, Xi'an 710065, China)
Abstract:The post processing functional module of the milling-lathe machining center BUNMOTEC S192FT was developed with TCL, the advanced function of the tool center following with the axis B was accomplished. Applying UG-CAM manufacturing technology and using the end milling cutter with the axis C,X,Y linkage machining, the tool paths of the curved sur- face machining were finished, and the interference problem of machining the curved surface with the T milling cutter was solved. By slopping the end milling cutter with a certain angle to the normal line of the curved surface, the tool bottom center cutting was avoided, and the machining precision was achieved.
Keywords:post processing  milling-lathe  curved surface machining  UG-CAM
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