Industrial Technology Research Institute

Ching-Cheng Yang

Chao-Chuang Mai

Hsin-Chuan Su

Jui-Kuan Lin

The microelectrode machining device disclosed by the invention mainly comprises a platform, a wire supply mechanism, a wire guide, and two (electric conductor)elements, wherein the platform can be fixed at an EDM machine and the wire supply mechanism is arranged on the platform for providing the wire needed in the EDM process, and the wire guide disposed on the platform has an arch-slide arranged thereon and a groove arranged at a position corresponding to the middle of the arch-slide on the wire guide, in addition, the two (electric conductor)elements are arranged on the platform to supply the power needed in the EDM process, and the two (electric conductor)elements are disposed respectively at the side of wire guide, and the altitudes of the bottom of both the wheel-shaped (electric conductor)element are lower than that of the wire exit and wire entrance of the arch-slide of the wire guide, in respective. By the design of aforementioned structure, the wire supplied by the wire supply mechanism first passes through the bottom of the (electric conductor)element, and enters the arch-slide from the wire entrance and exits the same from the wire exit, and passes again through the bottom of another (electric conductor)element. In this way, the wire is subject to a minute downward suppressing force so that the wire can travel smoothly inside the arch-slide of the wire guide.

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Taichung, Taiwan

Ching-Cheng Yang