The Key Techniques of Novel Miniaturized Ultrasonic Motor and its Application in Micro-EDM

Yong Jun Tang; Zhen Long Wang; Zhong Ning Guo; Yong Jun Zhang

doi:10.4028/www.scientific.net/KEM.375-376.77

Paper Titles

Theoretical Study on the Bending Deformation of Metal Plate Induced by Repetitive Laser Shot Peening
p.57

Experiment Study on Abrasive Waterjet Machining Mechanisms of Brittle Materials
p.62

Forming and Control of Feed-Direction Burr in Drilling
p.67

Study on the Shaping Law of Precision Numerical Controlled Electrochemical Contour Evolution Machining
p.72

The Key Techniques of Novel Miniaturized Ultrasonic Motor and its Application in Micro-EDM
p.77

A FEM and Experiment Study on High Speed Machining of Nickel-Based Superalloy GH4169
p.82

Mechano-Chemical Modification of Nanodiamond with GW
p.87

Analysis of Interlayer between WC–Co and CVD Diamond Film
p.92

Effect of Fabrication Parameters on Mechanical Properties of Al₂O₃ Ceramic Tool Materials
p.97

HomeKey Engineering MaterialsKey Engineering Materials Vols. 375-376The Key Techniques of Novel Miniaturized...

The Key Techniques of Novel Miniaturized Ultrasonic Motor and its Application in Micro-EDM

Abstract:

In order to operate in narrow space, a novel miniaturized EDM (Electro Discharge Machining) mechanism has been developed. A prototype of miniaturized EDM device based on ultrasonic motor (UM) has been developed, which has its advantage of compact size (70×40×50 mm). The differential driving electrode has been presented, and coaxial forced vibration of electrode is benefit for the evacuation of debris, so it helps to achieve stable and efficient machining. Driving principle of ultrasonic motor is analyzed, and simulation using Finite Element Method (FEM) is accomplished. The auto-frequency tracking has been carried out, in order that the motor work on resonant or quasi-resonant frequency. Finally, EDM experiment has been finished, and holes with figures of circleΦ85μm and Y-typed have been machined.