QCW Fiber Laser
Everfoton's QCW Fiber Laser features multiple control modes, enabling flexible switching between Cw/QCW modes and customer-defined pulse waveform output. Laser output energy is stable, making it suitable for applications requiring long pulse widths and high pulse energy. lt canbe a perfect substitute for traditional YAG lasers, offering simpler mainte-nance. lt is widely used in precision welding/cutting.
  • Internal control waveform editing

  • Multiple protection against high reflection

  • Uniform spot and smaller thermal deformation

  • Low noise, maintenance-free operation

  • Integrated remote monitoring

  • 027-65271788

  • sales@everfoton.com

Applications
  • Substitute of YAG Laser
  • 3C Spot Welding
  • Seam Welding
Specifications
Model FFRQ-50/500-P FFRQ-75/750-P
Optical Characteristics
Operating Mode CW/QCW
Maximum Continuous Power(W) 80 120
Maximum Average Power(W) 50 75
Maximum Peak Power(W) 500 750
Maximum Pulse Energy(J) 5 7.5
Pulse Width(%) 0.05 ~ 50
Power Range (%) 10 ~ 100

Beam Quality BPP (mm × mrad)

< 5
Output Power Instability at 25°℃(%) < 1.5 (2 Hours)
Central Wavelength (nm) 1080 ± 5
Spectrum Width FWHM (nm)) < 4
Modulation Frequency (kHz) 5
Red Laser Power (μW) > 200
Output Cable Parameters
Output Mode QBH
Cable Length(m) 5
Output Fiber Core Diameter(μm) 100
Minimum Bending Radius of Cable (mm) 200
Electrical Characteristics
Operating Voltage (VAC) 45 ~ 55 DC
Rated Power Consumption (kW) 1.2 3
Control Mode RS232 / AD / Ethernet
Other Parameters
Operating Temperature (℃) 10 ~ 40
Relative Humidity (%) 10 ~ 80
Waveform Editing(Group) 8
Cooling Method Air Cooled
Storage Temperature (℃) -10 ~ 60
Dimensions (W*D*H)(mm) 325 x 348 x 133
Weight (kg) 10
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Hotline:
+86-27-65271788