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A Novel Approach to Efficiency Determination in Micro Electro Discharge Machining

机译:一种新的微放电加工效率确定方法

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The need for high-aspect ratio micro structures in hard to machine materials is constantly growing. Electro-Physical machining processes such as EDM offer distinct advantages to conventional machining technologies such as independence of material hardness, but are difficult to control for high-precision and micro applications [1]. It is therefore of great importance to provide means of fast and stable machining in Micro-EDM, e.g. optimize process and discharge efficiency. In this study, a novel approach to characterize erosion efficiency in Micro-EDM is made by recording erosion current and voltage with high resolution and long recording time. The paper presents the objectives of pulse shape classification for micro-EDM and lines out how a rating of erosion efficiency can be realized by studying the number and sequence of current and voltage of the erosion pulses. Thus, process analysis can be improved and optimized parameters can be adopted to the process state, eventually leading to an on-line process control.
机译:难加工材料中对高纵横比微结构的需求不断增长。电火花加工工艺(例如EDM)与常规加工技术相比具有明显的优势,例如材料硬度的独立性,但对于高精度和微观应用则难以控制[1]。因此,在Micro-EDM中提供快速而稳定的加工方法是非常重要的,例如优化工艺和排放效率。在这项研究中,通过以高分辨率和长记录时间记录腐蚀电流和电压,制出了一种表征Micro-EDM中腐蚀效率的新颖方法。本文介绍了微型EDM的脉冲形状分类的目标,并指出了如何通过研究腐蚀脉冲的电流和电压的数量和顺序来实现腐蚀效率的等级。因此,可以改进过程分析并且可以针对过程状态采用优化的参数,最终导致在线过程控制。

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