Lily
Jason wong
60W QCW Fiber Laser Welding Machine - China Suppliers and Factory for Customized Fiber Core Solutions
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
What are the advantages of the pulse control system?
The pulse control system provides highly accurate control of laser energy, ensuring precise output and consistent performance for demanding applications.
Does this laser system require frequent maintenance?
No, the laser design operates without optical consumables, which significantly reduces maintenance requirements and lowers long-term operational costs.
How energy-efficient is this laser compared to traditional YAG lasers?
This system achieves up to 30% photoelectric conversion efficiency, meaning its power consumption is only about 10% of a YAG laser with the same output power.
Do I need to recalibrate the optical path if the machine is relocated?
No, because the internal optical components are securely connected by welding, the optical path remains stable and does not require recalibration when the device is moved.
Why is this laser ideal for welding applications?
The system features an integrated internal homogenizing device that ensures uniform laser energy distribution, making it highly optimized for consistent and strong welds.
Does the system support custom configurations and data sharing?
Yes, it supports arbitrary waveform settings for customized operations and includes data communication functions for seamless integration into automated production lines.