洪福1,3  田印仟2  卫洋2  杨永强2  王孟2  周恒2  

邰志恒2  林剑彬1  吴博1  陈泽斌1  王迪2

（1.巨轮智能装备股份有限公司，广东 揭阳 515500

2.华南理工大学机械与汽车工程学院，广东 广州 510641

3.广东培创智能技术有限公司，广东 揭阳 515500）

摘要：为提高零件加工制造效率，减少材料用量，降低成本，设计一种五轴增减材复合制造设备，用于通用复杂零件的加工制造及模具缺陷的修补。通过激光/等离子弧双热源进行增材加工，利用铣削进行减材加工。为测试该设备的成形性能，对轮胎模具翻胎板、花纹块和活字块进行试制，辅以缺陷检测及回溯修复模块对成形缺陷零件进行修复，得到了高质量、高精度的零件。该设备有助于提升企业效益、减少生产成本，对促进相关产业的发展起到重要作用。

关键词：增减材制造；零件加工制造；模具缺陷修补；增材加工；铣削

中图分类号：TG666          文献标志码：A             文章编号：1674-2605(2023)03-0007-06

DOI：10.3969/j.issn.1674-2605.2023.03.007

Design of Five Axis Additive-subtractive Hybrid Manufacturing Equipment 

HONG Fu1,3  TIAN Yinqian2  WEI Yang2  YANG Yongqiang2  WANG Meng2  

ZHOU Heng2  TAI Zhiheng2  LIN Jianbin1  WU Bo1  CHEN Zebin1  WANG Di2

(1.Greatoo Intelligent Equipment Inc., Jieyang 515500, China  2. School of Mechanical and 

Automotive Engineering, South China University of Technology, Guangzhou 510641, China  

3. Guangdong Peichuang Intelligent Technology Co., Ltd., Jieyang 515500, China)

Abstract: In order to improve the efficiency of parts processing and manufacturing, reduce material usage, and reduce costs, a five axis additive-subtractive hybrid manufacturing equipment is designed for the processing and manufacturing of general complex parts and the repair of mold defects. Additive processing is carried out through laser/plasma arc dual heat sources, and material reduction processing is carried out through milling. To test the formability of the equipment, trial production was carried out on tire mold flip plates, pattern blocks, and movable type blocks, supplemented by defect detection and backtracking repair modules to repair the formed defective parts, resulting in high-quality and high-precision parts. This equipment helps to improve enterprise efficiency, reduce production costs, and plays an important role in promoting the development of related industries.

Keywords: additive-subtractive hybrid manufacturing; parts processing and manufacturing; repair of mold defects; additive processing; milling