HW High Stability of YAG & Semiconductor Hybrid Welder in Aluminum Alloy Welding

The YAG semiconductor composite welding machine uses a semiconductor laser to preheat the metal surface, significantly increasing the material's light absorption rate, while a fiber laser provides high-intensity energy to form a stable keyhole. This dual-laser superimposed welding method achieves higher welding efficiency and deeper penetration, laying a solid foundation for high-quality welding.

• Semiconductor Preheating Combined with Deep Fiber Melting.
• High stability in aluminum alloy welding.
• Reduce the efficiency of single-wavelength energy enhancement.
• Weld seam tightness and high pass rate.
• Power Battery Seal Nail Welding Application.

In aluminum and aluminum alloy welding, two types of lasers can be output simultaneously, making full use of the preheating effect of semiconductor lasers and the high energy density of fiber lasers, reducing the occurrence of welding porosity and spatter. Under high-speed welding conditions, the molten pool is more stable, significantly improving the continuity of the weld and the overall welding quality.

This equipment is ideal for welding seal nails in power batteries, capable of completing high-quality welding in a short time. Whether it is spot welding or continuous welding, the composite laser welding machine can consistently produce high-quality welds, providing an efficient and reliable solution for new energy battery production.

• New Energy (Power Battery Sealing Nail Welding).