| 1.The highest frequency can reach 4000kHz, with Pulsed mode and CW mode, which can call multiple wave modes and accurately control thermal input; 2. It has great advantages in welding thin wall materials (below 0.5mm), high reflective materials (copper alloy, aluminum alloy, gold), and dissimilar materials. The welded products have good solder joints, uniform size, and obvious tensile strength and shear strength effects; 3.The photoelectric conversion efficiency can reach over 30%, saving electricity and environmental protection, greatly reducing long-term electricity consumption; 4.Fiber output, easy to achieve welding at any angle, remote welding, and convenient for working with robots, assembly lines, and other equipment; 5.Avoid excessive breakdown, material deformation and warping, and control heat input through beam mode and welding pattern, resulting in a more beautiful appearance; 6.Suitable for thin sheet welding in industries such as mobile communication, battery ear, 3C electronic components, automotive parts, precision instruments, new energy batteries, etc. | |
