Laser technology is widely used in cutting, welding, marking, material processing, and medical applications, enhancing productivity with its high precision and efficiency. With the continuous development of new technologies such as fiber lasers and ultrafast lasers, the application areas of lasers will further expand, including advanced manufacturing techniques like smart manufacturing and 3D printing.

The primary heat source in laser equipment is the pump, and high-power fiber laser also require cooling for its fibers.

Using liquid cooling plates produced by stir friction welding is the preferred solution for addressing the cooling issues of high-power pump sources.
Large skived heat sinks with embedded heat pipes are also an effective air cooling solution.
For low-power pump sources, heat pipe heatsinks can effectively control the temperature of optical chips.