Laser welding is an advanced welding method based on the use of a highly concentrated laser beam to join metal parts together and create stable welds.

In this process, the laser beam is aimed precisely at the connection points of the metal parts to be welded. The high intensity of the laser beam causes the metal at the connection points to locally heat and melt. This high temperature causes the molten metal to fuse together and form a strong bond.

After the weld is created, the molten metal is cooled, creating a permanent and stable connection. The resulting weld has high strength and tightness, making it particularly suitable for applications where a reliable connection is required.

A key advantage of laser welding is its precision and control. By precisely controlling the laser beam, welds can be produced with high quality and reproducibility, even on complex geometries or thin materials. This makes laser welding a preferred choice in industries where precision and reliability are of utmost importance, such as the automotive and aerospace industries.

Overall, laser welding offers an efficient, precise and high-quality welding solution for a variety of applications, and its wide application in various industries shows its versatile advantages and potential.