[Product Features]

1. By using ABB or Yaskawa robotic arms and configuring fiber optic welding machines, production efficiency is significantly improved;
2. According to customer requirements, specialized fixtures can be configured to meet the needs of automated welding production.
3. The high aspect ratio of the weld seam is deep and narrow, and the weld seam is bright and beautiful.
4. The minimum heat input is due to high power density, extremely fast melting process, low heat input to the workpiece, fast welding speed, small thermal deformation, and small heat affected zone.
5. During the process of generating high-density seams, the molten pool is constantly stirred and gas is easily released, resulting in the formation of non porous fusion welds. A high cooling rate after welding can easily refine the microstructure of the weld seam, resulting in high strength, toughness, and overall performance of the weld seam.
6. The high temperature heat source of the strong weld seam and the sufficient absorption of non-metallic components produce a purification effect, reducing impurity content, changing the size of inclusions and their distribution in the melt pool. No electrodes or filler wires are required during the welding process, and the melting zone is less contaminated, making the weld strength and toughness at least equivalent to or even greater than the parent metal
7. Accurate control is achieved because the focused spot is very small, allowing for high-precision positioning of the weld seam. The beam is easy to transmit and control, eliminating the need for frequent replacement of the welding torch and nozzle, significantly reducing downtime and auxiliary time. The production efficiency is high, and the light has no inertia. It can also be stopped and restarted urgently at high speeds.
8. Non contact, atmospheric welding process. Because the energy comes from the laser and the workpiece has no physical contact, no force is applied to the workpiece. The magnetic field has no effect on laser welding.
9. Due to the low average heat input and high processing accuracy, the cost of reprocessing can be reduced. In addition, the operating cost of laser welding is relatively low, which can reduce the cost of workpieces.
10. Easy to achieve automation, capable of effectively controlling beam intensity and fine positioning

【 Applicable industries 】

Applicable industries: Kitchen and bathroom products, such as sinks, gas stoves, range hoods, and other products.

[Case picture]