摘要
通过对逆向工程及3D打印在复杂结构件修复中的优势进行分析,提出了应用逆向工程及3D打印进行结构件修复的流程,并以实训设备抽油泵中应用实现修复为实例进行论证。重点介绍了抽油泵叶轮的逆向工程建模以及3D打印操作过程,验证了逆向工程及3D打印在复杂结构件修复中应用的可行性及推广前景。
Through the analysis of the advantages of reverse engineering and 3D printing in the repair of complex structural parts,the process of applying reverse engineering and 3D printing to repair the structure is proposed,and the application of repair in the pumping equipment of training equipment is taken as an example to demonstrate.The reverse engineering modeling and 3D printing operation process of the pump impeller are introduced,and the feasibility and promotion prospect of reverse engineering and 3D printing in the repair of complex structures are verified.
作者
黄仲庸
陈智勇
叶仲添
刘威龙
HUANG Zhong-yong;CHEN Zhi-yong;YE Zhong-tian;LIU Wei-long(Dongguan Public Training Center for High Skill Workers,Dongguan 523466,China;Dongguan Starvalley Information Technology Co.,Ltd.,Dongguan 523000,China)
出处
《机电工程技术》
2019年第6期18-20,66,共4页
Mechanical & Electrical Engineering Technology
基金
2017年广东省技工教育和职业培训省级教学研究课题(编号:KT2017015)
关键词
逆向工程
3D打印
设备修复
建模方法
制造工艺
reverse engineering
3D printing
equipment repair
modeling method
manufacturing process