Product Features:

1. Fast speed, deep penetration, minimal deformation.

2. Capable of welding at room temperature or under special conditions, with simple welding equipment setup. For instance, a laser beam will not deflect when passing through an electromagnetic field; welding can be performed in a vacuum, air, or certain gas environments, and it can also weld through glass or materials that are transparent to the laser beam.

3. Weldable to refractory materials such as titanium and quartz, and capable of joining dissimilar materials with good results.

4. After laser focusing, the power density is high, allowing for a deep width ratio of up to 5 or even 10:1 in high-power device welding.

5. Capable of micro-welding. After focusing, the laser beam can produce a very small spot and is precise, suitable for assembly of micro and small parts in large-scale automated production.

6. Capable of welding inaccessible areas, this non-contact, long-distance welding method offers great flexibility. Particularly in recent years, the adoption of fiber-optic transmission technology in YAG laser processing has further promoted and expanded the application of laser welding technology.

7. Laser beams can easily achieve temporal and spatial splitting of light, enabling simultaneous processing of multiple beams and multi-station processing, which provides conditions for more efficient welding.

Technical Specifications:

Application:

Electronics Industry: Mobile phone and PC metal components, battery cover caps, data cable connectors, aluminum-nickel composite material welding, etc.

Hardware Industry: Bathware, Kitchenware, Auto Parts, Lighting Tools, Sheet Metal Components, etc.

Automotive Industry: Engine Cylinder Seals, Sensors, Hydraulic Poppets, Spark Plugs, etc.