HW YAG & Semiconductor Hybrid Laser Welder for Power Battery Sealing Applications
| Model: | HW-YD-600-1000/HW-YD-600-1500/HW-YD-600-2000 | Wavelength: | 915nm + 1064nm |
| Power Stability: | ± 0,5 % | Output Power: | 1600 w/2000 w/2600 W |
| Cooling mode: | Làm mát bằng nước | Pulse Width: | 0,5 - CW |
| Fiber core(um): | 400+50 um | Laser Power: | YAG Laser 600 W Laser sợi Laser 1000W/YAG Laser 600 W Laser Laser 1500W/YAG Laser 600 W Laser 2000W |
The YAG + semiconductor composite laser welding machine uses semiconductor laser output to preheat the aluminum surface, improving laser absorption during processing. At the same time, fiber laser energy is introduced to form and maintain the keyhole required for welding penetration. Both laser sources act together during aluminum welding to support stable energy coupling and continuous molten pool formation.
In aluminum alloy welding applications, the combined laser process helps reduce common issues such as porosity and welding spatter. By lowering the reliance on single-wavelength high energy input, the welding process becomes more stable under fast operation conditions. This contributes to improved molten pool consistency and better weld quality during continuous processing.
| Model | HW-YD-600-1000 | HW-YD-600-1500 | HW-YD-600-2000 |
|---|---|---|---|
| Laser Power | YAG laser 600 W Fiber laser 1000W |
YAG laser 600 W Fiber laser 1500W |
YAG laser 600 W Fiber laser 2000W |
| Wavelength | 915nm + 1064nm | 915nm + 1064nm | 915nm + 1064nm |
| Power stability | ± 0.5 % | ± 0.5 % | ± 0.5 % |
| Output Power | 1600 W | 2000 W | 2600 W |
| Cooling method | Water Cooling | Water Cooling | Water Cooling |
| Fiber core (um) | 400+50 um | 400+50 um | 400+50 um |
| Pulse width | 0.5 - CW | 0.5 - CW | 0.5 - CW |
- Composite Laser Welding Mechanism.
- Aluminum Welding Behavior Improvement.
- Power Battery Sealing Welding Application.
- Independent Development and Industrial Use.
The equipment is mainly used in power battery sealing welding within the new energy industry. The welding process produces a smooth and uniform weld appearance after processing. The sealed structure achieves good sealing performance, helping to improve the finished product yield rate in production applications.
The equipment is independently developed, manufactured, and sold. It is designed for industrial welding production environments where consistent welding quality is required. It is suitable for stable application in batch production scenarios, especially in new energy manufacturing processes.
Hanwei Laser works with customers across multiple industries, including hardware processing, stainless steel products, automotive components, metal workshops, and industrial repair services. Our focus is to ensure that equipment can be used smoothly in different working conditions and maintain stable performance over time.

We also support international partners with product consultation, technical communication, and long-term supply cooperation. From early project discussion to equipment selection, we aim to provide clear and practical support that helps reduce trial-and-error costs for customers.
Hanwei Laser continues to improve industrial laser application usability, helping manufacturers achieve more efficient workflows and more stable production results through reliable equipment and application-focused solutions.