Study on processing process of the planar array based on novel laser surface texturing technology

FU Yong-hong; GAO Xing-dong; HUA Xi-jun; PAN Guo-ping; FU Hao

doi:10.3969/j.issn.1001-806.2012.04.009

In order to apply laser micro-forming planar array in engineering,the processing process of planar array was studied based on a novel laser surface texturing technology,so-called "single pulse one time,repeating at intervals".A new scanning strategy was provided to optimize the path of the old processing method.Because high positioning accuracy was demanded for the starting processing point when the new scanning strategy was applied,the location problem of the workbench was studied and the accurate positioning flow chart was provided.Finally,the programming method of the new scanning strategy was studied,and the processing flow chart was given.The results show that the scanning strategy meets the requirements of the novel processing process and better micro-morphology and surface quality can be obtained.

Study on processing process of the planar array based on novel laser surface texturing technology

1. School of Mechanical Engineering, Jiangsu University, Zhenjiang 212013, China

Received Date: 2011-07-27

Accepted Date: 2011-11-11

Available Online: 2012-07-25

Abstract: In order to apply laser micro-forming planar array in engineering,the processing process of planar array was studied based on a novel laser surface texturing technology,so-called "single pulse one time,repeating at intervals".A new scanning strategy was provided to optimize the path of the old processing method.Because high positioning accuracy was demanded for the starting processing point when the new scanning strategy was applied,the location problem of the workbench was studied and the accurate positioning flow chart was provided.Finally,the programming method of the new scanning strategy was studied,and the processing flow chart was given.The results show that the scanning strategy meets the requirements of the novel processing process and better micro-morphology and surface quality can be obtained.

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Reference (8)

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Study on processing process of the planar array based on novel laser surface texturing technology

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References

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