Keywords
Automation transformation
Technology selection
Submitted : 2025-12-30
Accepted : 2026-01-14
Published : 2026-01-29
Abstract
The automation transformation of old production lines is of great significance for enhancing the competitiveness of enterprises. The transformation needs to first identify core requirements, attach importance to data collection and equipment interconnection, accurately consider technology selection, conduct process simulation verification, adopt a progressive implementation mode, design data connectivity solutions and implementation paths. The practice of transforming automobile and electronic assembly lines has verified its effectiveness, constructed a calculation model to evaluate economic benefits, analyzed non-economic benefits from multiple dimensions, and provided comprehensive solutions for the transformation.
References
Deng Y, 2022, Analysis and Implementation of Automation Transformation of LS Company’s Lithium Battery System Production Line, thesis, Shandong University of Science and Technology.
Ren Y, 2022, Automation Analysis and Improvement of CQK Factory Ball Sales Joint Production Line, thesis, Chongqing University of Technology.
Gao S, 2023, Automation and Intelligent Transformation of Aluminum Profile Extrusion Forming, thesis, Dalian University of Technology.
Zhang Y, 2022, Design and Research on Automation Transformation of Excitation Control System for Meishan Mining Ball Milling Synchronous Machine, thesis, Southeast University.
Zhang W, 2021, Research and Application of Key Technologies for Automation and Informationization Transformation of Heavy Truck Differential Shell Production Line, thesis, Shandong University.
Li J, Liu W, 2023, Analysis of Automation Transformation of Automobile Production Line. Special Purpose Vehicles, 2023(11): 75–77.
Huang F, Wang Y, 2024, Automation Transformation and Implementation of Automobile Final Assembly Production Line. Era Automotive, 2024(13): 34–36.
Red Y, Chen X, Lu M, et al., 2021, Research on Automation Transformation of Traditional Pipe Pile Production Line. Concrete and Cement Products, 2021(9): 35–38.
Li X, 2022, Optimization Study on the Renovation Plan of Stamping Old Mold Automation Production Line. Paper Equipment and Materials, 51(9): 34–36.
Gao Y, 2023, Exploration and Application of Automotive Welding Production Line Transformation. Automotive Practical Technology, 48(10): 181–18