首页|环形激光熔覆加工头的研制及聚焦光斑优化

环形激光熔覆加工头的研制及聚焦光斑优化

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研制了一种用于光内同轴送粉方式的激光熔覆加工头.理想状态下,加工头聚焦光斑呈现完整的环形,但在实际装配过程中,元件的加工公差和装配误差的积累会导致聚焦光斑产生形态错位和能量分布不均匀等现象.为改善上述现象,通过光学仿真的手段对加工头内部关键光学元件的位置和角度等参数进行了模拟,并以模拟结果为指导,在尽可能不引入新误差的前提下,对加工头内部光学元件的位置和角度进行了微调,测试结果表明,优化后的聚焦光斑形态对称,能量分布均匀.
Development of annular laser cladding head and optimization of focusing spot
A laser cladding head for coaxial powder feeding in optical fiber is developed.In the ideal state,the focal spot of the cladding head presents a complete ring,but in the actual process,the accumulation of the processing tolerance and assembly error of the components leads to the phenomenon of dislocation of the focal spot.In order to improve the a-bove phenomena,optical simulation was used to simulate the position and angle parameters of key optical components in-side the machining head,and fine tunes the position and angle of the optical elements in the cladding head under the guid-ance of simulation results,without introducing new errors as much as possible.The test results show that the optimized focus spot is symmetrical in shape and evenly distributed in energy.

annular laserlaser claddingoptical designadditive manufacturinglaser processing head

陈珂玮、焦岩、刘瑞文、吴静、刘宇杰

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中国辐射防护研究院保健物理研究所,山西太原 030006

辐射安全与防护山西省重点实验室,山西太原 030006

环形激光 激光熔覆 光学设计 增材制造 激光加工头

2024

光学技术
北京兵工学会 北京理工大学 中国北方光电工业总公司

光学技术

CSTPCD北大核心
影响因子:0.441
ISSN:1002-1582
年,卷(期):2024.50(1)
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