Japan’s Electrical Machining and ISEM Technologies

N. Saito
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Abstract

Research on electrical discharge machining (EDM) in Japan all began with Professor Seizaburo Ho of the University of Tokyo (Department of Electrical Engineering, Faculty of Engineering) watching a science movie made in the former Soviet Union. Together with Professor Hisao Kurafuji, also from the University of Tokyo (Department of Precision Engineering), they embarked on studies in this area by establishing the foundations of EDM and electrical machining societies in Japan. In this essay, I would like to talk about the roots of EDM as well as the International Symposium on Electromachining (ISEM), focusing on my own experiences of participating in ISEM Ⅱ onwards. In 1989, Japan hosted the ISEM (IX) for the first time. It proved to be a huge success and became by far the largest conference since it was started. From around 1995, mold-making trends using high speed milling have been accelerating. Cuttable shapes and large molds are gradually being replaced by high speed milling, and sinking EDM is declining. This has led to the need to find new applications for sinking EDM in areas other than mold-making. One example is its application to the electrical discharge coating of jet engine parts. There is also a need for further fundamental studies on sinking EDM as well as the development of electrochemical machining (ECM) techniques for cemented carbide besides EDM.
日本的电气加工和ISEM技术
日本对电火花加工(EDM)的研究始于东京大学(工程学院电机工程系)的何正三郎教授观看了一部前苏联制作的科学电影。他们与同样来自东京大学(精密工程系)的Hisao Kurafuji教授一起,通过在日本建立电火花加工和电气加工协会的基础,开始了这一领域的研究。在这篇文章中,我想谈谈电火花加工的根源以及国际电加工研讨会(ISEM),重点是我自己参加ISEMⅡ以后的经历。1989年,日本首次主办了ISEM (IX)。它被证明是一个巨大的成功,成为迄今为止最大的会议,因为它开始。从1995年左右开始,使用高速铣削的模具制造趋势一直在加速。可切割形状和大型模具正逐渐被高速铣削所取代,而下沉电火花加工正在衰落。这导致需要在除模具制造以外的领域寻找下沉电火花加工的新应用。它在喷气发动机零件放电涂层中的应用就是一个例子。除电火花加工外,还需要进一步开展电火花加工的基础研究和硬质合金电解加工技术的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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