With the continuous improvement of process requirements, traditional welding techniques are no longer able to meet the increasingly complex needs of customers. The emergence of the new generation of laser welding machines not only promotes the progress of welding technology, but also significantly expands its application scope and industry fields.

 

Laser welding technology is a precision machining method that uses high-energy laser beams as heat sources. Compared to electron beams, plasma beams, and traditional mechanical processing, laser welding has significant advantages. The laser beam has a small focal point and extremely high power density, which can effectively weld high melting point and high-strength alloy materials. This technology is applicable to various metals and their alloys, including but not limited to carbon steel, mold steel, alloy steel, stainless steel, titanium, nickel, tin, copper, aluminum, chromium, niobium, gold, silver, etc., and can meet the welding needs of different materials between different steels.

 

Compared with traditional welding, laser welding has higher efficiency, excellent weld quality, smooth and beautiful surface, high welding accuracy, fast speed, easy and safe operation, and convenient maintenance in the later stage. It has particularly outstanding welding effects on various metal materials.

 

In addition, laser welding can achieve various welding forms such as spot welding, butt welding, lap welding, and sealing welding, and is widely used in hardware processing, aerospace, automotive manufacturing, sheet metal processing, and other fields.