Lily
Jason wong
150W QCW Fiber Laser Welding Machine - China Suppliers and Factory for Customizable Fiber Core Selection
Product Features
Pulse control system, accurate control of energy;
Laser without optical consumables, less maintenance;
Up to 30% photoelectric conversion efficiency, power consumption is only 10% of the same power YAG laser;
The optical components inside the laser are all connected by welding, and the optical path does not need to be recalibrated when the device is moved;
Laser internal integrated homogenizing device, laser energy distribution is uniform, more suitable for welding field;
With arbitrary waveform setting function and data communication function.
Frequently Asked Questions
How does the pulse control system improve welding quality?
The pulse control system delivers high-precision energy regulation, ensuring precise heat input control to prevent material distortion and achieve consistent, high-grade weld results.
What are the maintenance requirements for this laser source?
Because the laser contains no consumable optical parts, maintenance requirements are minimal, significantly reducing long-term operating costs and operational downtime.
How does its energy consumption compare to traditional YAG lasers?
It features up to 30% photoelectric conversion efficiency, consuming only about 10% of the electrical power required by a conventional YAG laser of equivalent output.
Is optical recalibration necessary after moving or relocating the equipment?
No. All internal optical components are securely joined by welding, ensuring alignment stability and eliminating the need for optical recalibration after transport or relocation.
Why is the integrated homogenizing device beneficial for welding?
The built-in homogenizer creates an exceptionally uniform laser energy distribution across the spot area, providing stable penetration and smooth seams tailored specifically for welding operations.
Can the laser adapt to different materials and automated systems?
Yes, it features arbitrary waveform setting capabilities to tailor energy profiles for diverse alloys, alongside standard data communication interfaces for seamless automation integration.