Technique Optimization of Dual Rotation Plates Lapping Method for Ceramic Ball

Xun Lv; Ju Long Yuan; Yong Dai

doi:10.4028/www.scientific.net/KEM.359-360.314

Paper Titles

Study of Finishing Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field in Electromotor
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Experimental Study on Increasing Magnetic Abrasive Finishing Efficiency of Finishing Nonferromagnetic Materials
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Optimize Parameters of Floating Polishing with Tri-Polishing-Disk
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Study on Pad Conditioning Parameters in Silicon Wafer CMP Process
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Technique Optimization of Dual Rotation Plates Lapping Method for Ceramic Ball
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Study on the Surface Integrity of Polished Diamond Thick Film Prepared by EACVD
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The Performance and Optimization of Slurry on the Double Sided Polishing Process of Silicon Wafer
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New Thought for Designing the Multi-Phase and Multi-Scale Nanocomposite Ceramic Tool Materials
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Crown Modification of Cylinder-Roller Bearing Raceway Using Electrochemical Abrasive Belt Grinding
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Technique Optimization of Dual Rotation Plates Lapping Method for Ceramic Ball

Abstract:

Dual rotation plates lapping method can effectively solve the limitations of traditional ceramic ball machining methods. This paper focuses on the application of Taguchi method to optimize the technique parameters to lap ceramic ball. The main objective is to study impact degree of the process parameters (lapping load, lapping speed combination and slurry concentration). The results show that the experimental design based on Taguchi method can determine the optimum machining conditions which improve the surface quality and geometrical precision of ceramic ball.