EN
Application Of Laser Cutting in The New Energy Vehicle Industry
Jan.18.2025
With the rapid development of new energy vehicles, the strong support of national policies, and the rise of international oil prices, more and more people choose new energy vehicles.
Deep-seated changes in my country's automotive industry are undergoing deep-level changes. The automotive industry chain is accelerating to transform to low carbonization and electrification. New materials and new applications put forward higher requirements for processing methods. The reasonable selection of the power battery manufacturing process in new energy and the cutting process will directly affect the battery's cost, quality, safety, and consistency.
laser engraving machine
Breaking the existing pain points in the automotive industry and achieving high-quality development has become a significant task and severe challenge for my country's automobile industry!
The critical technologies for laser cutting in the application of the new energy vehicle industry are power batteries' safety, cost, and energy storage capacity. However, the production process and protection of power batteries are also high, so they have higher requirements for laser cutting and welding processes.
The advantage of laser-cutting power battery
Before the appearance of laser technology, the power battery industry generally used traditional machinery for cutting processing. Still, the cutting machine has worn, and dust and burrs drop during use, causing danger of battery overheating, short circuits, and explosion: extended time, poor flexibility, low production efficiency, and other issues. The innovation of laser processing technology plays a prominent role in the production of power batteries. Compared with traditional mechanical cutting, it has the advantages of cutting tools without wear, flexible cutting shapes, controllable edge quality, high accuracy, and low operating costs. It is conducive to reducing the cost of manufacturing, improving production efficiency, and shortening the mold-cutting cycle of new products.
