With the increasing demand for product upgrading in the automotive manufacturing industry, the original processing technology of automotive body parts can no longer fully meet the current product quality and production needs. Among them, laser cutting equipment has the characteristics of processing high-precision, porous and complex shaped parts, which can be widely used in the automotive manufacturing industry, and has irreplaceable advantages compared to other CNC cutting equipment.

Laser technology is widely used in automobile production workshops, and 50% to 70% of automotive components are processed using laser processing, including laser welding, laser planar cutting, laser three-dimensional cutting, etc. Laser cutting technology is widely used in various aspects such as automotive parts, car bodies, car door frames, car trunk, car roof covers, etc. It basically covers all application fields in the automotive manufacturing industry, greatly enhancing the practicality and aesthetics of automotive performance.

1. Suitable for various material accessories

There are various materials for automobile processing, such as low-carbon low alloy steel, ferritic stainless steel, aluminum alloy, etc. Laser cutting equipment can process them, and its processing range almost covers all materials of sheet metal parts in automobile processing.

2. High machining accuracy

Compared to other cutting equipment, laser cutting equipment has higher processing accuracy and can meet the processing requirements of high-precision accessories.

3. High material utilization rate

When cutting accessories, different accessories with the same plate thickness and material can be cut by nesting, fully utilizing the leftover edges and corners of the raw materials.

4. Small heat affected zone

During laser cutting, the edges of the material being cut will generate a heat affected zone due to heating. However, laser cutting has a smaller energy concentration and heat input compared to other processing methods, and a smaller heat affected zone. It is of great significance for ferritic stainless steel that is prone to grain growth when heated and high-strength steel that is prone to quenching, which is conducive to improving the quality of welds.

5. Narrow cutting width

Cutting small seams is beneficial for reducing the spacing between accessories, improving material utilization, and producing less cutting slag during cutting.