2011Journal of Yangzhou UniversityRequires access

Study on ultrasonic combined electrochemical machining for micro-gears

Zhu Yongwei

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Abstract

The electrodes for micro-gear machining are manufactured by micro-electrical discharge wire cutting.The ultrasonic combined electrochemical machining system is improved.Micro-gears are machined from some hard alloy {materials} by ultrasonic machining,ultrasonic combined electrochemical machining and ultrasonic combined synchronizing pulse electrochemical machining.By comparison,it is found that combined ultrasonic and electrochemical synchronizing pulse machining have some technical advantages such as higher processing precision and efficiency.

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What this paper is about

The electrodes for micro-gear machining are manufactured by micro-electrical discharge wire cutting.The ultrasonic combined electrochemical machining system is improved.Micro-gears are machined from some hard alloy {materials} by ultrasonic machining,ultrasonic combined electrochemical machining and ultrasonic combined synchronizing pulse electrochemical machining.By comparison,it is found that combined ultrasonic and electrochemical synchronizing pulse machining have some technical advantages such as higher processing precision and efficiency.

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Available abstract

The electrodes for micro-gear machining are manufactured by micro-electrical discharge wire cutting.The ultrasonic combined electrochemical machining system is improved.Micro-gears are machined from some hard alloy {materials} by ultrasonic machining,ultrasonic combined electrochemical machining and ultrasonic combined synchronizing pulse electrochemical machining.By comparison,it is found that combined ultrasonic and electrochemical synchronizing pulse machining have some technical advantages such as higher processing precision and efficiency.

Key concepts: Machining, Synchronizing, Ultrasonic sensor, Electrochemical machining, Materials science, Ultrasonic machining, Electrical discharge machining, Electrode

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