Blue Light Hybrid Laser Welder With Welding Capability for Highly Reflective Metals
This system is designed for processing highly reflective metals such as copper, gold, and silver. These materials typically present difficulties in conventional laser processing due to strong energy reflection. The blue light wavelength improves interaction with the metal surface, allowing more effective energy entry into the work zone and supporting stable welding behavior.
The machine uses a composite laser configuration combined with adjustable beam movement. This setup helps regulate how energy is delivered across the joint area. By coordinating laser output with controlled motion, the system improves adaptability to different joint shapes and structural variations in production.
- Welding Capability for Highly Reflective Metals.
- Integrated Composite Source with Motion Adjustment.
- Lower Threshold for Stable Melting Behavior.
- Smooth Process with Limited Spatter Formation.
- Reliable Fusion with Uniform Penetration.
| Model | HW-B |
|---|---|
| Laser Power | 1000 W |
| Wavelength(um) | 445 nm |
| Head Option | Blue Laser Hybrid |
| Laser Core | 50um / 100um |
| Head Weigh | 4 Kg |
| Laser Beam | Stationary / Wobble |
| Cooling Method | Water Cooling |
| Power Range | 10-100 |
| Power Instability (%) | ＜ 3 |
| Core Diameter | 200 μm / 0.22 NA |
Because reflective metals respond more effectively to blue wavelength energy, stable melting can be achieved with reduced input requirements. This allows the welding process to reach a steady state more easily and supports consistent operation during repeated industrial use.
The energy interaction is designed to maintain a controlled molten state during processing. This reduces sudden material disturbance and helps limit spatter generation. As a result, the working area remains cleaner and downstream finishing steps are reduced.
Hanwei Laser is engaged in industrial laser processing equipment used in metal manufacturing environments.
The equipment is applied in production activities where materials need to be welded, cleaned, or cut using laser-based processes.Use cases are mainly related to metalworking operations that require consistent output during repeated processing tasks in workshop or factory settings.
Equipment selection is guided by practical production conditions, including how the material responds during processing, how the workflow is organized, and what level of stability is required during continuous operation.
Hanwei Laser continues to focus on industrial laser applications and supports equipment use across a variety of metal processing scenarios.
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