With the continuous improvement of modern people’s living standards, automobiles have become an essential tool for daily travel. Consumers’ pursuit of personalization, functionality, and quality has also driven constant innovation in automotive manufacturing technology, leading to the continuous launch of next-generation products. This poses a significant challenge for automakers, who need to figure out how to reduce production costs while improving manufacturing technology.
Benefiting from advantages such as non-contact processing, flexibility, and high-precision machining, laser application technology has basically covered all areas of the automotive manufacturing industry. In particular, laser cutting technology has been fully applied in various components and parts, including automotive spare parts, vehicle bodies, door frames, trunks, and roof panels.
As one of the industries with a very high level of intelligence today, automotive manufacturing has integrated a variety of production processes. Laser technology, as a key enabling technology in this field, has realized intelligent production for up to 70% of automotive components. The emergence of laser cutting technology has significantly reduced enterprises’ production costs and improved their production efficiency.
