最近美国Nebraska-Lincoln大学即针对3D微放电加工进行一系列研究，并提出将均匀消耗法( Uniform Wear Method )整合于CAD/CAM系统之作法，期使层切法之电极均匀消耗，并保持切削形状之正确性。
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A theoretical model for cylindrical electrode wear compensation is derived based on the uniform wear method. The compensation is added to the machining program that is produced with CAD/CAM software, real-time compensation is realized during the machining process.
本电火花铣削的实现是以电极的等损耗原理为基础，建立了棒状电极损耗的数学模型，通过该模型计算出电极的损耗补偿量，并离线加入到由CAD/CAM软件生成的加工程序中，在加工中实现电极损耗的补偿。
参考来源 - 基于CAD/CAM系统的电火花铣削加工的研究A theoretical model for cylindrical electrode wear compensation is derived based on the uniform wear method. The compensation is added to the machining program that is produced with CAD/CAM software, real-time compensation is realized during the machining process.
本电火花铣削的实现是以电极的等损耗原理为基础，建立了棒状电极损耗的数学模型，通过该模型计算出电极的损耗补偿量，并离线加入到由CAD/CAM软件生成的加工程序中，在加工中实现电极损耗的补偿。
参考来源 - 基于CAD/CAM系统的电火花铣削加工的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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