Abstract
In this study, a composite processing technique that combines ultrasonic vibration and electroforming process was utilised to investigate the machining performance of copper electroforming. Supersonic agitation mechanisms were mounted on a cathode and electrolyte separately to evaluate the processing performance of electroforming. Results revealed that a copper deposit speed can be raised by cathode agitation of ultrasonic-aided electroforming. Processed copper surface of cathode agitation is better than no agitation. An array multi-mould microstructure is fabricated by cathode agitation of ultrasonic-aided copper electroforming .
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