The BF06H is a high-performance dual-wavelength composite swing welding head designed for fiber + semiconductor hybrid welding applications, suitable for a total power of up to 6000W. It supports a configuration of 4000W fiber laser combined with a 2000W semiconductor laser, enabling welding with two laser beams of different wavelengths. This advanced combination significantly improves welding performance on high-reflectivity materials such as copper and aluminum.
The BF06H utilizes a dual-motor swing system, offering diverse swing patterns. It features a standard XY2-100 digital galvanometer input paired with high-performance galvanometer motors, enabling high precision scanning and a wide range of customizable scan parameters. The welding process can be monitored in real-time using an HD CCD camera, making the BF06H highly adaptable for various automated welding scenarios.
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Advantages
High-Power Welding Capability
Designed to handle up to 4kW (fiber) + 2kW (semiconductor) for robust composite swing welding applications.
Excellent Welding Performance
Achieves low porosity, superior mechanical strength, and high-quality weld surfaces, even on challenging materials.
Versatile Scanning Patterns
Supports continuous welding in multiple patterns: circle, straight line, figure-8, square, and ellipse, meeting various process requirements.
Drawer-Type Protective Lens Holder
Simplifies maintenance with quick and easy lens replacement, reducing downtime.
Highly Dustproof Design
Engineered with reliable sealing to prevent contamination of optical components and extend operational life.
Efficient Dual Water Cooling
Equipped with water-cooled modules for both collimating and focusing lens holders, as well as the main laser head body—ensuring stable long-term performance.
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Applications
Hybrid Laser Welding using fiber and semiconductor lasers
Welding of High-Reflectivity Metals such as copper and aluminum
Industrial Automation in automotive, electronics, and precision manufacturing
Real-Time Welding Monitoring with CCD camera integration
Advanced Welding Solutions requiring deep penetration, wire feeding, or temperature control
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