This fiber laser welding machine adopts a new generation of non-contact welding technology, which can operate without applying any pressure. Its working principle is to irradiate the material surface with a high-energy-density laser beam. Through the interaction between the laser and the material, the material melts internally, and then cools and crystallizes to form a high-strength, high-precision weld. This advanced welding method ensures minimal heat input and efficiently produces clean, high-quality welds. It is suitable for welding, cutting, cleaning, and rust removal of metals such as carbon steel, stainless steel, and aluminum alloys.
High energy density, low heat input, minimal thermal deformation, and narrow, deep melting and heat-affected zones.
Rapid cooling rate, enabling the production of fine weld structures and excellent joint performance.
Compared to contact welding, laser welding eliminates the need for electrodes, reducing daily maintenance costs and significantly improving work efficiency.
Thin welds, deep penetration, small taper, high precision, and a smooth, aesthetically pleasing appearance.
No consumables required, compact size, flexible processing, and low operating and maintenance costs.
| WW Laser Welding Machine Technical Parameters | |
| Cooling | Water cooling |
| Laser Wavelength | 1080+5 NM |
| Frequency | 50-20000 |
| Power Regulation Range | 10%-100% |
| Beam Parameter Product | BPP＜（MMXMRAD） |
| LCD Screen | Touchscreen |
| Class | Class 4 Laser |
| Power Consumption | Max 8000W |
| Fiber Core Diamter | 50UM，14UM，20UM，100UM，200UM |
The machine is equipped with over-temperature alarms, flow protection, and water level protection devices to prevent hazards and ensure reliable operation. Comprehensive safety features prevent overheating and flow problems, thereby improving durability and operational efficiency.
The laser generated by the laser source is transmitted to the welding head, then collected and reflected by the reflector, focused by the focusing lens, and finally reaches the nozzle and is sprayed onto the material.
Compared to traditional laser light sources, this product has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-reflection capability. Combined with an optimized second-generation fiber optic transmission system, it ensures stable and precise cutting of thick plates.
Equipped with a standard automatic wire feeding system and dual motors, the forward and reverse rotation and wire feeding speed can be adjusted via the control panel.
The touchscreen allows you to quickly change parameters even while wearing gloves. Multiple parameter sets can be saved, eliminating the need for readjustment during future soldering operations after a single test.
The internal wiring of the control cabinet is neat and uses electrical and pneumatic components from top international brands. At the same time, we are committed to providing customers with the best user experience and a longer warranty period.
