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Fiber laser welding machineIt is a laser welding equipment that can process multiple beams simultaneously, achieving more precise welding. It is applied to precision welding of optical communication devices, clock precision parts, automotive steel sheets, etc. So what are the advantages of fiber laser welding machines?

1. Multi optical path design, which can be combined with automated production lines to achieve simultaneous or time-sharing processing at multiple workstations, making operation simpler and more widely applicable.

2. The fiber optic welding head is made of aluminum alloy and designed with a plastic handle. The switch is located at the handle, and the fiber optic cable is up to 5 meters long, which can be operated by left and right handheld or robotic hands.

3. The fiber optic welding head is expandable and can be disassembled and equipped with various fixtures to achieve different types of welding.

4. Multi path laser spot welding machine with pulse type fiber optic transmission laser welding machine, combined with automatic line to achieve less or unmanned production;

5. Power density of fiber laser welding machine is one of the key parameters in laser welding processing technology. By using a higher power density, the surface can be heated to boiling point within microseconds, producing a large amount of vaporization. Therefore, high power density is advantageous for material removal processing, such as drilling, cutting, and carving. For lower power densities, it takes several milliseconds for the surface temperature to reach the boiling point. Before the surface vaporizes, the bottom layer reaches the melting point, making it easy to form a good melt weld.

6. The waveform of laser pulses has always been an important issue in laser welding technology, especially in thin film welding. When a high-intensity laser beam is irradiated onto the surface of a material, 60% -98% of the laser energy will be reflected off the metal surface and lost, and the reflectivity will vary with the surface temperature. During a laser pulse, there is a significant change in the reflectivity of the metal.