Double Motor Blue Light Hybrid Welding Head for Reducing Welding Spatter on Copper
The double motor blue light hybrid welding head is mainly used for welding medium-thick and complex materials. Its core advantage lies in the dual-oscillating structure with adjustable beam spots, which allows for a wider range of welding process adaptability. During welding, the energy distribution of the beam spot and the oscillation trajectory can be flexibly adjusted according to the type of material, thickness, and joint shape, effectively expanding the welding window and application scope. Compared with traditional laser welding heads, the dual-oscillating structure can improve processing adaptability while ensuring weld strength and formation quality, making it suitable for more complex industrial welding scenarios such as copper, aluminum, stainless steel, and multilayer overlapping welding.
Applications
Widely used in high-performance welding designs for thicker materials.
Key Features
- Used for processing thicker materials.
- The product has a lower absorption threshold, providing more controllable processing capabilities.
- Significantly reduce welding spatter and improve weld formation quality.
- Ultra-high absorption rate and low power requirements achieve an optimal balance between cost and effectiveness.
Technical Parameters
| Model | HW-36-70-100200-Y-QBH |
| Laser Power | Blue laser 1000 W & Fiber laser 3000 W |
| Focusing Focal Length | 150 / 200mm |
| Interface Type | QBH - QBH |
| Head Type | Y |
| Net Weight | 2.5 Kg |
| Laser Beam Size Adjustable | 0.5 – 5mm |
| Accessible Wave Range | 450nm + 1064nm |
| Collimation Focal Length | Blue 70 – Fiber 100 |
| Laser Beam Type | ―,○,◎,⊙,△,8 |
| Usable Laser Source | Blue and Fiber Laser Source |
Performance Advantages
- More than 70% high absorptivity
- Reduces equipment power requirements compared to red guide beam laser
- High and stable welding quality with deep penetration
- Smooth welding surface finish
- Suitable for thick and highly reflective material welding
- Low spark production during welding
About Shenzhen Hanwei Laser
Shenzhen Hanwei Laser is committed to making world-class laser welding technology accessible to all system integrators. As a global top-tier enterprise accredited as both a national high-tech company and a "specialized, sophisticated, distinctive, and novel" enterprise, it focuses solely on the full-industry-chain R&D, production, and sales of professional laser welding equipment—covering welding-dedicated lasers, laser control systems, laser optical systems, and core laser welding technologies.
Product Portfolio
Ring-Spot laser welding systems, blue laser welding units, blue laser + fiber hybrid welding configurations, Diode + fiber hybrid welding systems, YAG + Diode hybrid welding setups, YAG laser welding devices, Diode laser welding equipment, mold repair laser welding systems, QCW laser welding units. Complementing these offerings are matching laser welding control systems, laser welding optical systems, and auxiliary products for laser welding peripheral machinery.
Core Principles
Upholding the principle of "taking R&D as the core, technology as the foundation, and service as the backbone," Hanwei Laser has long served B-end clients (including laser equipment manufacturers and automation enterprises). It embraces "reliable quality, steady advancement, continuous innovation, and attentive service" as its service tenets.
Applications
Blue light has an ultra-high absorption rate of about 70% in highly reflective metals such as copper. Compared to red light lasers, it can significantly reduce the required power of the equipment, thereby lowering system costs while ensuring welding quality. At the same time, the welding process produces no spatter, the weld seams are smooth and fine, and the formation is stable. It also allows for single-sided welding and double-sided formation, further improving welding efficiency and reliability. Its adaptability to weld seam gaps is also broader, which not only simplifies preliminary assembly requirements but also makes welding operations more flexible and consistent.
