Double Motor Blue Light Hybrid Welding Head Engineered for High-Reflective Copper

The Dual-Swing Blue Laser Composite Welding Head is designed for demanding welding applications involving highly reflective materials such as copper and copper alloys. Its dual-swing scanning mechanism, combined with an adjustable beam pattern, distributes laser energy more evenly across the weld area, expanding the available process window and improving adaptability to different joint configurations. This flexible optical design enables stable welding performance across a wider range of industrial applications.

By utilizing the high absorption characteristics of blue laser wavelengths, the welding head allows the material to absorb laser energy more efficiently during the initial welding stage. This reduces the energy required to establish a stable molten pool and provides better control over heat input. As a result, welding parameters become easier to optimize, thermal influence is more predictable, and process consistency is improved for continuous production environments.

The dual-swing beam movement helps stabilize the molten pool and promotes a more uniform energy distribution throughout the welding process. This significantly reduces welding spatter while improving weld bead continuity and appearance. Cleaner welds require less post-processing and contribute to higher production efficiency. The optimized heat distribution also helps minimize common welding defects, resulting in consistent weld quality across different materials and joint designs.

Blue laser technology provides an absorption rate of approximately 70% on highly reflective materials such as copper. Compared with conventional infrared laser welding, similar welding performance can often be achieved with lower laser power, helping reduce overall equipment investment and operating costs. The welding process delivers minimal spatter, stable penetration, smooth weld surfaces, and high-quality single-side welding with excellent backside formation. In addition to this, the welding head offers improved tolerance for joint gaps, making it suitable for automated manufacturing applications requiring both productivity and reliability.

• Engineered for High-Reflective Materials.
• Lower Absorption Threshold for Improved Process Control.
• Reduced Spatter with Enhanced Weld Formation.
• High Absorption Efficiency with Lower Power Requirements.

Shenzhen Hanwei Laser Equipment Co., Ltd. focuses on the research, development, manufacture and sale of laser welding equipment and matching core optical and control parts. The enterprise owns a stable technical team engaged in laser welding technology research, and maintains steady investment in product performance optimization and process upgrading.

The company’s product lineup includes desktop and portable laser welding devices built with fiber, pulse, continuous wave, blue light, diode and hybrid laser technologies. All standard equipment is designed to fit common industrial processing demands. For customers with unique production conditions, the team can adjust equipment parameters and formulate targeted matching schemes based on actual production conditions.

A complete service system is set up for all buyers, including pre-sales technical consultation, machine operation guidance, regular fault troubleshooting and long-term technical follow-up. The firm has built cooperative service outlets and sales partners across Europe, North America, Asia and the Middle East, to deliver timely service support for overseas clients.