An Exploration of Multi-Axis CNC Machining Technology in Automotive Component Processing

Abstract

With the rapid advancement of the automotive industry, demands for precision and efficiency in automotive component machining continue to rise. As an advanced mechanical manufacturing method, multi-axis CNC machining technology has gained widespread application in automotive component production due to its high precision, efficiency, and flexibility. This paper outlines the fundamental principles and characteristics of multi-axis CNC machining technology, focusing on its application advantages, key technologies, and practical case studies within automotive component manufacturing. It further explores future development trends. Through this research, the aim is to provide the automotive manufacturing sector with practical guidance on applying multi-axis CNC machining technology, thereby advancing the upgrading and development of automotive component processing techniques.

Keywords

Multi-axis CNC machining technology / Automotive components / Machining precision / Machining efficiency / Five-axis simultaneous machining

References

[1] Yang Wenping. Research on the Application of CNC Technology in Automotive Component Machining[J]. Automotive Maintenance Technician, 2024(20):123-125.

[2] Ma Yuliang, Liang Haihua. Application of Multi-Axis CNC Machining Technology in Automotive Component Processing[J]. Science and Technology Information, 2024(18):105-107,123.

[3] Song Hui. Application of CNC Technology in Mechanical Processing of Automotive Components[J]. Automotive Testing Report, 2024(8): 62-64.

[4] Ma Chunxin. Research on the Application of Multi-Axis CNC Machining Technology in Automotive Component Processing[J]. Internal Combustion Engines and Accessories, 2024(7): 128-130.

[5] Jin Bin. Analysis of Multi-Axis CNC Machining Technology in Automotive Component Processing[J]. Modern Manufacturing Technology and Equipment, 2024(5):120-122.

[6] Cao Zhuming, Feng Zhixin, Gu Chunguang, Jia Junliang, Zhang Yabiao. Research on Multi-Axis Machining of Complex Parts for a Convex Roller[J]. Mechanical Engineer, 2020(11):102-104.

[7] Liu Yanshen. Application of UG Variable-Axis Contour Milling in Complex Surface Machining[J]. Automation Technology and Application, 2016, 35(6):37-40.

[8] Shen Yong, Guo Hui, Fan Zhimin, Yue Linfeng. 3+A Variable Profile Milling for Surface Machining[J]. Mechanical Engineer, 2016(4):198-199.

[9] Fan Zhimin, Guo Hui, Xu Fengguo, Yue Linfeng. Four-Axis Surface Milling Machining[J]. Mechanical Engineer, 2017(1): 240-241.

[10] Jin Xia. Research on Variable-Axis Surface Contour CNC Milling Based on UG/CAM Module[J]. Electromechanical Product Development and Innovation, 2008, 21(2): 179-180.

[11] Yang Jun. Exploration of UG NX Component Geometric Modelling[J]. Heilongjiang Science and Technology Information, 2015(23):36.

[12] Li Yanxia. Application Research on CNC Milling Programming and Simulation Based on UG[J]. Coal Mining Machinery, 2010, 31(5):113-116.

[13] Dong Guangqiang. Optimisation Study of Parameters for CNC Milling Processing Based on UG[J]. Machine Tools and Hydraulics, 2012, 40(3): 80-83.

[14] Wang Suyu, Jiang Bin. Surface Design and CNC Machining Simulation Based on UG[J]. Coal Mining Machinery, 2013, 34(2): 141-143.