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Research On Electrode Wear Prediction And Compensation On-line Technology For Micro Edm Application

机译:微电火花加工中电极磨损预测与补偿在线技术研究

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摘要

A micro-EDM equipment which can fabricate three-dimensional micro-structures is developed. A method of electrode wear compensation on-line which is very important to micro 3D structures machined by micro-EDM is presented. In this method, the wear of electrode can be predicted by the statistics law of open rate of discharge status, therefore, its precise model which is very difficult to build as well as the special CAD/CAM system is hardly necessary. At the same time, the micro-EDM CAD/CAM technology which applies the universal CAD/CAM software for milling is also researched and experienced on Unigraphics (UG). At last, micro 3D structures, a micro hemisphere with diameter Ο150μm and a micro 3D beam which is very popular in MEMS, are machined on silicon wafer by this way, which proves the wide useful of this method and the promising application in MEMS.
机译:开发了可以制造三维微观结构的微型EDM设备。提出了一种在线电极磨损补偿方法,该方法对于用微型EDM加工的微型3D结构非常重要。用这种方法,可以通过放电率的开放率的统计定律来预测电极的磨损,因此,几乎不需要建立精确的模型以及专用的CAD / CAM系统。同时,还在Unigraphics(UG)上研究并体验了将通用CAD / CAM软件应用于铣削的微型EDM CAD / CAM技术。最后,通过这种方法在硅晶片上加工了微3D结构,直径为150150μm的微半球和微3D光束,这种微3D结构在MEMS晶圆上得到了很好的应用,证明了该方法的广泛应用和在MEMS中的应用前景。

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