QCW Fiber Laser
150/1500W-600/6000W
Quasi-Continuous Wave (QCW) Lasers offer significant advantages including high electro-optical conversion efficiency, compact design, maintenance-free operation, and flexible fiber-optic beam delivery, making them ideal light sources for industrial laser cutting, welding and other applications.
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0.01~50msAdjustable Pulse Width
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6000WPeak Power (Max)
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10kHzModulation Frequency
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Product Advantages
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Applications
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Specifications
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Related Products
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Application Solutions
Product Advantages
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Editable Pulse Waveform
Flexible customization of pulse shapes and parameters to precisely match diverse processing requirements
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High Beam Quality
Superior beam characteristics enabling precise focusing and exceptional processing results
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Excellent Power Stability
Minimal output power fluctuation ensures consistent and repeatable processing performance
Applications
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Precision Welding -
Ceramic/Metal Drilling -
Metal Cutting
Specifications
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QCW-150/1500-L-A
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QCW-300/3000-L-A
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QCW-450/4500-L-A
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QCW-600/6000-L-A
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QCW-200/1000-L2-A
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QCW-300/1500-L2-A
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Beam Parameter Product (mmxmrad)
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Average Output Power (W)
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Maximum Power In Continuous Mode (W)
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Peak Power (W)
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Maximum Pulse Energy (J)
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Maximum Modulation Frequency (kHz)
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Pulse Width (ms)
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Cooling Method
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Operating Voltage (V)
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Maximum Power Consumption (kW)
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Central Wavelength (nm)
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Laser Weight (kg)
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Dimensions (L×W×H) (mm)
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QCW-150/1500-L-A
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Beam Parameter Product (mmxmrad)≤0.5 @20μm
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Average Output Power (W)150
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Maximum Power In Continuous Mode (W)250
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Peak Power (W)1500
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Maximum Pulse Energy (J)15
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Maximum Modulation Frequency (kHz)10
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)48 (DC)
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Maximum Power Consumption (kW)1
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Central Wavelength (nm)1080
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Laser Weight (kg)26.5
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Dimensions (L×W×H) (mm)486×483×148
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QCW-300/3000-L-A
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Beam Parameter Product (mmxmrad)≤0.6 @25μm
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Average Output Power (W)300
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Maximum Power In Continuous Mode (W)400
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Peak Power (W)3000
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Maximum Pulse Energy (J)30
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Maximum Modulation Frequency (kHz)10
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)48 (DC)
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Maximum Power Consumption (kW)1.8
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Central Wavelength (nm)1080
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Laser Weight (kg)38
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Dimensions (L×W×H) (mm)561×483×148
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QCW-450/4500-L-A
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Beam Parameter Product (mmxmrad)≤2 @50μm
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Average Output Power (W)450
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Maximum Power In Continuous Mode (W)450
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Peak Power (W)4500
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Maximum Pulse Energy (J)45
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Maximum Modulation Frequency (kHz)10
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)48 (DC)
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Maximum Power Consumption (kW)2.1
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Central Wavelength (nm)1080
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Laser Weight (kg)42
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Dimensions (L×W×H) (mm)561×483×148
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QCW-600/6000-L-A
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Beam Parameter Product (mmxmrad)≤4 @100μm
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Average Output Power (W)600
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Maximum Power In Continuous Mode (W)600
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Peak Power (W)6000
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Maximum Pulse Energy (J)60
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Maximum Modulation Frequency (kHz)5
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)220 (AC)
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Maximum Power Consumption (kW)2.4
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Central Wavelength (nm)1080
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Laser Weight (kg)121
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Dimensions (L×W×H) (mm)603×435×715
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QCW-200/1000-L2-A
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Beam Parameter Product (mmxmrad)≤0.45 @14μm
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Average Output Power (W)100
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Maximum Power In Continuous Mode (W)200
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Peak Power (W)1000
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Maximum Pulse Energy (J)10
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Maximum Modulation Frequency (kHz)10
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)48 (DC)
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Maximum Power Consumption (kW)0.8
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Central Wavelength (nm)1080
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Laser Weight (kg)15
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Dimensions (L×W×H) (mm)257×288×129.5
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QCW-300/1500-L2-A
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Beam Parameter Product (mmxmrad)≤0.5 @20μm
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Average Output Power (W)150
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Maximum Power In Continuous Mode (W)300
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Peak Power (W)1500
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Maximum Pulse Energy (J)15
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Maximum Modulation Frequency (kHz)10
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Pulse Width (ms)0.01~10
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Cooling MethodAir Cooled
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Operating Voltage (V)48 (DC)
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Maximum Power Consumption (kW)1.2
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Central Wavelength (nm)1080
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Laser Weight (kg)17
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Dimensions (L×W×H) (mm)407.5x397.8x154
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Related Products
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QCW Fiber Laser150/1500W-600/6000W
Metal Cutting; Ceramic/Metal Drilling; Precision Welding
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CW Air Cooled 800-2000W800-2000W
Utilizes air-cooling technology for welding and cleaning of metals.
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CW Rack 500-6000W500-6000W
Carbon Steel; Cutting; High-Reflectivity Material Cutting; Lithium Battery Welding
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CW Cabinet 6-20kW6000-20000W
Laser Cladding; Silicon Steel Welding; Carbon Steel Bright Cutting; High-Reflectivity Material Cutting; Thick Stainless Steel Cutting
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Adjustable Output Beam Laser1000/1000-6000/6000W
Copper Welding; Tab Welding; Cover Plate Welding; Tab Lead Welding
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Direct Semiconductor Laser2000-3000W
Laser Die Hardening; Laser Cladding; Laser Heating; Laser Welding
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Thulium-Doped Fiber Laser20-200W
Optical Resin Cutting; ABS Plastic Welding; Plastic Welding; Biomedical Applications
Application Solutions
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Optical ConnectionIn data centers, HPC, and cloud networks, JPT delivers next-gen optical solutions with laser chips, VCSELs, and high-speed coupling. From board interconnects to AI servers, we enable high-bandwidth, low-latency, and reliable networks.
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Laser DrillingJPT's laser drilling technology is an advanced non-contact microfabrication process that uses high-energy laser beams to precisely create micro-holes, through-holes, or custom-shaped holes on or within material surfaces. By leveraging the interaction between the laser and the material—such as melting, vaporization, or photochemical decomposition—this process achieves highly efficient material removal. Offering high precision, high efficiency, and zero mechanical stress, it is suitable for processing metals, ceramics, glass, films, and more, with wide applications in electronics manufacturing, aerospace, medical devices, and new energy industries.
Learn More
