What is a laser continuous welding machine?
Laser continuous welding machines are a high-end, novel welding method, typically consisting of a welding host and a welding worktable. A laser beam is coupled to an optical fiber, transmitted over a long distance, and then processed into parallel beams that are focused onto the workpiece for continuous welding. Due to the continuity of the emitted light, the weld is stronger and the weld seam is finer and more aesthetically pleasing. It is mainly used for welding thin-walled materials and precision parts, and can achieve spot welding, butt welding, overlapping welding, and sealing welding. Depending on the specific needs of different industries, the equipment can be customized in terms of shape and worktable to achieve automated operation, fully meeting the requirements of users in various industries.
What are the advantages of laser continuous welding machines?
This welding machine offers advantages over ordinary welding machines, including narrow weld width, small heat-affected zone, minimal deformation, high welding speed, smooth weld, high welding quality, precise control, and high positioning accuracy. Firstly, it allows for non-contact welding of hard-to-reach areas, offering greater operational flexibility. Secondly, it incorporates a CCD camera monitoring system, facilitating precise positioning and observation of the welding process. The uniform energy distribution of the weld spot ensures the aesthetics and performance of the welded workpiece. Thirdly, it helps companies achieve automated factories, enabling multi-beam processing and mass production, resulting in a higher output ratio compared to similar product lines. Finally, the laser in this welding machine uses imported materials, boasting a lifespan of over 10 years.
In what areas are laser continuous welding machines mainly used?
Continuous optical fiber welding machines have become high-end products in the welding field due to their increasing level of intelligence, and are especially favored in industries requiring precision welding. These machines are suitable for welding various metals and their alloys, and can perform precision welding between the same or different metals. Therefore, they are widely used in high-end industries such as optical communication modules, aerospace equipment, shipbuilding, instrumentation, electromechanical products, and automobile manufacturing.
