Features of raytools fiber laser cutting head
● Optimized optical configuration and smooth and efficient airflow design significantly improve cutting quality and efficiency.
● Auto focus, reducing manual intervention, adjustment accuracy 0.05mm.
● Collimation with extra protection lens to effectively protect the collimation lens.
The drawer-type lens holder makes protecting the lens quicker and easier.
● A wide range of fiber interfaces, including QBH and QCS, are available to accommodate a wide range of mainstream lasers.
Advantages of raytools fiber laser cutting head
1. Efficient cooling
Both the collimating mirror and the focusing mirror group have a cooling structure, and at the same time, the nozzle cooling airflow is increased to effectively protect the nozzle and ceramic body, and delay the continuous working time.
2. Auto focus
Automatic focusing, reducing human intervention, focusing speed 10m/min, repeatability 50um.
3. Portable and efficient
Weighing only 5.6kg, compact structure, reducing the mechanical requirements of the machine tool.
4. Large aperture
Clear aperture 35mm, effectively reducing stray light interference, ensuring cutting quality and service life.
5. High withstand power
With D37 optical lens group, the power can withstand up to 6KW, and the cutting of thick plates is more handy.
6. Fast perforation, high-speed cutting
The cutting speed is fast, the effect is good, and the work efficiency is greatly improved.
Parameters of raytools fiber laser cutting head
Laser head |
Rated power | Up to 4KW |
Focal length | 100mm、125mm、150mm、200mm |
Clear aperture | 25mm |
Nozzle diameter | 0.5-3mm |
Nozzle Specifications | Single layer, composite, porous, shower type, customized |
Cutting pressure | ≤20Bar |
Focus range | -5mm-+8mm |
Weight | 1.5KG |
Collimator |
Collimation focal length | 60mm、75mm、100mm |
Clear aperture | 25mm |
Fiber optic interface | QBH、QD、LLK-B、PIPA-Q |
Height sensor |
Sensing distance range (recommended 1mm) | 0.2mm-8mm |
Calibration | Automatic calibration |
Reaction time | <1ms |
Temperature stability | 0°~45°，±5° |
Power requirements | 24V |
Output (linear curve or optimized curve) | 0~10V analog |
