Spec:
QCW FIBER LASER SERIES
characteristic:
1.Compact structure and forced air cooling method: QCW pulsed fiber laser (Quasi-CW Pulsed Fiber Laser) is an advanced laser technology with many advantages. First of all, QCW pulse fiber laser has a compact structure and forced air cooling method, which makes it more efficient in space utilization, while effectively reducing heat accumulation during operation and improving the stability of the system.
2.Superior output power/energy stability: QCW pulsed fiber lasers have superior output power and energy stability and can maintain consistent performance under various operating conditions, which is crucial for precision machining and welding applications. Its stable output characteristics ensure product consistency and reliability.
3.All-fiber structure, optical rare earth maintenance-free: The QCW pulse fiber laser adopts an all-fiber structure, which means that the rare earth materials in the optical components are maintenance-free, further reducing the use cost and maintenance requirements, allowing users to focus on production without worrying about equipment maintenance issues.
4.Constant beam energy across the entire power range: QCW pulse fiber lasers provide constant beam energy across the entire power range, allowing them to maintain efficient performance in different application scenarios.
5.Photoelectric conversion efficiency of up to 30%, economical and environmentally friendly: The photoelectric conversion efficiency of QCW pulse fiber laser is as high as 30%, which not only improves energy utilization, but also gives it obvious advantages in economy and environmental protection, in line with modern industry's requirements for energy saving. requirements for sustainable development.
Content:
application:
Automobile manufacturing: used for welding body structures and battery modules, providing high strength and good welding quality.
Aerospace: used in the welding of lightweight materials to ensure the reliability and strength of the structure.
Electronics industry: Achieve precise welding and reduce thermal effects in small components and high-density assembly.
Medical devices: Used to manufacture high-precision medical devices such as sensors and implants to ensure their functionality and safety.
Metal processing: Suitable for welding metal parts of different materials and thicknesses to improve production efficiency.
The advantage of QCW pulsed fiber laser is its high energy density and controllability, which makes it adaptable to diverse welding needs.