The Development of Flexible Manufacturing Systems in Automotive Production Under the Background of Industry 4.0: A Descriptive Study

Lingyun Wang

doi:10.54097/m2qyte40

Authors

Lingyun Wang

DOI:

https://doi.org/10.54097/m2qyte40

Keywords:

Industry 4.0; Flexible Manufacturing System; Automobile manufacturing.

Abstract

Taking Industry 4.0 as the background, this paper investigates the role of Flexible Manufacturing System in automobile production, introduces flexible systems from the application of CNC machine tools, manufacturing robots and computer control systems in automobile production, summarizes the existing technical barriers, and points out the feasible development direction.

Downloads

Download data is not yet available.

References

Li, B. (2020) Thinking and exploration of new models of intelligent manufacturing in the era of Industry 4.0. Information Recording Materials, 21(01):67-69.

Gong, Y. (2022) Application of flexible manufacturing system in the manufacture of construction machinery products. China Plant Engineering, 506(18):87-8.

Li, X. (2021) Research on the application of CNC technology in machining of automobile parts. Special Purpose Vehicle, 1004-0226:54-64.

Zhang, Y. (2021) Research on the application of CNC technology in machining of automobile parts. Internal Combustion Engine & Parts, 336(12):101-102.

Yang, J. (2023) Pneumatic control and application of picking manipulator based on PLC technology. Journal of Agricultural Mechanization Research, 45(12):230-234.

Cheng, Q. (2022) Design of robotic arm sorting system based on LabVIEW. Electronic Design Engineering, 30(06):38-41+46.

Liu, S. (2019) Research on millimeter wave radar test system for intelligent vehicle. Thesis of Hebei University of Technology.

Yang, X. (2022) Research and development of MES data acquisition function in auto parts assembly workshop. Special Purpose Vehicle, 303(08):62-64.

Wang, H., Ruan, B. (2023) The application of digital twin technology in automobile industry. Technology Innovation and Application, 13(04):166-169.

Sha, Z. (2022) Analysis and control of nonlinear errors in six-axis five-linkage CNC machining, Aeronautical Manufacturing Technology,65(09):14-19.

Deng, X. (2022) Application of numerical control technology in automatic vehicle machinery manufacturing. China Science and Technology Information, 688(23):58-60.