A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures

Chi Fai Cheung; Cyril  Bourgenot; Ze Li; Ray  Sharples; Chenyang Zhao

A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures

Chi Fai Cheung, Cyril Bourgenot, Ze Li, Ray Sharples, Chenyang Zhao

Research output: Chapter in book / Conference proceeding › Conference article published in proceeding or book › Academic research › peer-review

Abstract

Micro-structured surfaces are widely used for functional applications in optics, biomedical and bionics, etc. However, conventional fast tool servo machining technology is not optimized to fabricate micro-structured surfaces that possessing sharp edges and stiff and fine features such as corner cubes, etc. This paper presents a Tool Servo Radial Chiseling (TSRC) Technology for ultra-precision machining of radiant pattern of 3D microstructures, which takes advantage of the chiseling and of the tool servo machining processes, and has the potential to produce more complex and diverse radiant patterns of 3D micro-structured surfaces. Experimental result shows that the TSRC method is able to generate radiant patterns of 3D rhombus microstructures with high accuracy.

Original language	English
Title of host publication	Proceedings of the 15th China-Japan International Conference on Ultra-precision Machining Process (CJUMP2019)
Pages	117-120
Publication status	Published - Sept 2019

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title = "A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures",

abstract = "Micro-structured surfaces are widely used for functional applications in optics, biomedical and bionics, etc. However, conventional fast tool servo machining technology is not optimized to fabricate micro-structured surfaces that possessing sharp edges and stiff and fine features such as corner cubes, etc. This paper presents a Tool Servo Radial Chiseling (TSRC) Technology for ultra-precision machining of radiant pattern of 3D microstructures, which takes advantage of the chiseling and of the tool servo machining processes, and has the potential to produce more complex and diverse radiant patterns of 3D micro-structured surfaces. Experimental result shows that the TSRC method is able to generate radiant patterns of 3D rhombus microstructures with high accuracy.",

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A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures. / Cheung, Chi Fai; Bourgenot, Cyril ; Li, Ze et al.
Proceedings of the 15th China-Japan International Conference on Ultra-precision Machining Process (CJUMP2019). 2019. p. 117-120 .

Research output: Chapter in book / Conference proceeding › Conference article published in proceeding or book › Academic research › peer-review

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T1 - A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures

AU - Cheung, Chi Fai

AU - Bourgenot, Cyril

AU - Li, Ze

AU - Sharples, Ray

AU - Zhao, Chenyang

PY - 2019/9

Y1 - 2019/9

N2 - Micro-structured surfaces are widely used for functional applications in optics, biomedical and bionics, etc. However, conventional fast tool servo machining technology is not optimized to fabricate micro-structured surfaces that possessing sharp edges and stiff and fine features such as corner cubes, etc. This paper presents a Tool Servo Radial Chiseling (TSRC) Technology for ultra-precision machining of radiant pattern of 3D microstructures, which takes advantage of the chiseling and of the tool servo machining processes, and has the potential to produce more complex and diverse radiant patterns of 3D micro-structured surfaces. Experimental result shows that the TSRC method is able to generate radiant patterns of 3D rhombus microstructures with high accuracy.

AB - Micro-structured surfaces are widely used for functional applications in optics, biomedical and bionics, etc. However, conventional fast tool servo machining technology is not optimized to fabricate micro-structured surfaces that possessing sharp edges and stiff and fine features such as corner cubes, etc. This paper presents a Tool Servo Radial Chiseling (TSRC) Technology for ultra-precision machining of radiant pattern of 3D microstructures, which takes advantage of the chiseling and of the tool servo machining processes, and has the potential to produce more complex and diverse radiant patterns of 3D micro-structured surfaces. Experimental result shows that the TSRC method is able to generate radiant patterns of 3D rhombus microstructures with high accuracy.

M3 - Conference article published in proceeding or book

SP - 117

EP - 120

BT - Proceedings of the 15th China-Japan International Conference on Ultra-precision Machining Process (CJUMP2019)

ER -

A Study of Tool Servo Radial Chiseling of Radiant Pattern of Three Dimensional Microstructures

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