Application of Workstation Robots in Welding Processes of Automotive OEMs
Abstract
Workstation robots play an important role in the welding process of automotive OEMs. Its multi axis degrees of freedom, high-precision motion control, and modular design enable it to demonstrate efficient performance in body welding, component optimization, and process support. By integrating intelligent technology with traditional processes, workstation robots have improved welding efficiency and quality, reducing the risk of manual intervention. Despite facing challenges such as complex weld seam recognition and multi machine collaboration, with technological optimization and innovation, its application prospects are broad, which will promote the development of automotive manufacturing towards intelligence and green direction.
References
Wei X, Qin X, Xie N, 2023, Optimization Analysis of Robotic Welding Process Based on Sliding Workstation. China High-Tech, 2023(14): 147–148.
Zhang K, Liu Y, Pu K, 2020, Application Research of Welding Robot in Thin-Walled Box Welding. New Technology & New Process, 2020(4): 17–20.
Wang X, Zhao W, Liu Y, et al., 2022, Research on Robot Dynamic Collision Detection Algorithm for Vehicle Body Digital Process Development. Shanghai Auto, 2022(3): 1–5.
Lyu W, 2020, Research on Path Planning and Virtual Simulation of Automotive Body Welding Robot, thesis, Shanghai Institute of Technology.
Chang J, 2021, Discussion on Intelligence and Automation of Automotive Body Welding. Auto Time, 2021(8): 137–138.
Zheng W, Luo J, Li Y, et al., 2023, Application of Laser Vision Positioning Technology in Body Welding. Machinery Design & Manufacture, 2023(8): 51–53.
Yu X, Sun Z, Yang N, 2014, Application of Industrial Robots in Sewing Machine Casting Processing. Robot Technology and Application, 2014(4): 24–26.
Li H, 2022, Application of Lean Thinking in Capacity Improvement of HL Automotive Components Company. Automobile & Maintenance, 2022(3): 18–20.
Wang Y, 2020, Discussion on Design and Implementation of Intelligent Multi-Station Welding Robot. Science and Informatization, 2020(7): 157–158.
Yang H, Application of Intelligent Robotic Welding in Workstation. Intelligent City Application, 3(2): 40–43.
