Leadtech Printer-Leading Manufacturer in the Coding & Marking Industry since 2011.
With the development of laser application technology, laser welding technology is widely used in many fields such as consumer electronics, packaging, ships, aerospace, etc., especially in the field of automobile manufacturing, such as automobile door welding, roof, side frame, parts, etc. widely used.
The laser welding machine uses a high-energy-density laser beam as a heat source. It is a welding method with high welding precision and high efficiency. It has obvious advantages in automobile manufacturing. increasingly popular. Let's talk about the advantages of welding technology in the manufacture of automobiles:
Advantage one reduces processing costs
A prefabricated structural component that is assembled by welding or riveting. Modern laser welding technology can effectively reduce the number of solder joints, optimize the amount of materials, reduce the weight of parts, and reduce costs.
Advantage 2 to improve production efficiency
Laser welding can realize computer or digital control, accurate positioning, fast welding speed, welding The speed can reach tens of meters per minute, which helps to directly shorten the processing and manufacturing cycle and improve production efficiency; p>
The laser beam can realize the welding of a small range of components. After welding, the body sheet metal materials are integrated together, the surface is smooth and tidy, and the overall texture is smooth, and there is no need to add additional decorative strips to cover.
Advantage 4 to reduce the impact of tool loss and deformation
Laser welding technology is different from general contact welding methods. There is no need to use electrodes in the process of welding technology, which has very little influence on the loss and deformation of tools, which can greatly reduce the amount of heat input and reduce the incidence of adverse effects caused by heat conduction.
Advantage 5 Wide range of weldable materials and high cost performance
It can realize the welding of two materials with different physical properties, such as two Metal materials with different resistances, etc., and do not need to use x-rays for protection during the actual welding process, nor do they need a vacuum environment.