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150W QCW Fiber Laser Welding Machine - China Suppliers & Factory Options for Optimal Fiber Core Selection
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150W QCW Fiber Laser Welding Machine - China Suppliers & Factory Options for Optimal Fiber Core Selection

QCW fiber laser core selection offers a versatile range from 14μm to 200μm, providing various fiber core options to meet different material requirements. Choosing the most suitable fiber is crucial for optimal performance. The diameter of the optical fiber core directly influences the diameter of the laser spot. With the same output energy, a larger spot size leads to a greater molten pool. Conversely, a smaller spot size enhances the puncture force, allowing for deeper melting depths. Different fiber cores can be strategically selected based on specific welding needs, ensuring compatibility with the appropriate laser. As a leading China supplier and factory, we are dedicated to delivering high-quality fiber lasers tailored to meet diverse applications
  • Model IMG-FW150
  • Laser wavelength 1080nm±5nm
  • Output power 150W
  • Max pulse energy 15J
  • Max peak power 1500W
  • Pulse width 0.2-50ms
  • Operating mode QCW&PWM
  • Energy fluctuation <1.5%
  • Optical fiber core 20um/30um/50um/100um/150um/200um&DOE
  • Number of outputs 1,RQB
  • Optical fiber armor length 1.5m & 6m
  • Cooling mod Air cooling
  • Power consumption 600W
  • Power requirements AC220V±10%,50/60Hz
  • Layer switching time >0.5ms
  • Layer 16
  • Laser operating temperature 10℃-45℃

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 accurate control of energy, ensuring consistent and precise performance during operation.

Does this laser system require high maintenance?

No. Since the laser is designed without optical consumables, it requires significantly less maintenance compared to traditional systems.

How energy-efficient is this laser compared to YAG lasers?

The system features up to 30% photoelectric conversion efficiency, and its power consumption is only 10% of a YAG laser with the same power rating.

Do I need to recalibrate the optical path after moving the device?

No, the optical path does not need recalibration when moved because all internal optical components are securely connected by welding.

Why is this laser suitable for welding applications?

It features an internally integrated homogenizing device that ensures uniform laser energy distribution, making it highly optimized for the welding field.

Does the system support custom waveform settings and data output?

Yes, the device is equipped with an arbitrary waveform setting function and supports data communication functions.

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