Flexible Laser Remanufacturing System Based on Robot

Lifeng, 刘立峰 Liu; Xichen, 杨洗陈 Yang; Fei, 王非 Wang; Zheng, 刘正 Liu; Yaowu, 张要武 Zhang

doi:10.3788/cjl201138.1203003

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2016

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“…于高热负荷的工作条件下，该情况若不能得到有效控制，这将增加光学组件的报废和降低熔覆层的质量，甚至使零件堆积成形过程无法继续进行 [31][32][33] 。因此，监测和控制熔覆层质量的方法是至关重要的。为了减少组件的损耗和提高熔覆层质量，英国诺丁汉大学和德国弗劳恩霍夫激光技术研究所联合开发了一种集多种…”

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Research Progress of Powder Feeding Head for Laser Combination Additive Manufacturing

Xiaodong¹,

Hui²,

Jianhua³

et al. 2016

激光与光电子学进展

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Laser combination additive manufacturing (LCAM) is a new manufacturing technology method that has been developed rapidly in recent years. The quality of LCAM is influenced by various factors, among which powder feeding head is a key factor in particular, its performance directly affects the quality and precision of LCAM. The structure and the latest research progresses are introduced mainly from the lateral powder feeding head, coaxial powder feeding head and intelligent powder feeding head, and the characteristics of three types of powder feeding head are analyzed. Based on the main problem of three types of powder feeding head, the future development of powder feeding head is prospected.

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Section: -unclassified