1000W GW Fiber Laser Source
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- Compact Design: Single-module design, very slim (9-inch 5U rack size).
- Maximum Modulation Frequency: 100 kHz, Minimum Pulse Width: 100 nanoseconds.
- Maximum Peak Power: 1500 watts, Maximum Pulse Energy: 15 joules.
- High Electrical and Optical Conversion Efficiency: (WPE > 42%).
- Fully Sealed Structure: Provides protection against dust and water ingress, with an IP65 protection rating.
- Quality Diode Pumps: Features a long lifespan.
- Customizable Settings: Frequency, peak value, duty cycle, and more.
- Built-in Remote Monitoring: Active prevention of integrated errors.
Applications of 1000W Fiber Laser Source GW:
- Laser Drilling
- Robotic Arms
- Laser Engraving
- Cutting and Welding of Thick Metal Parts in the Automotive Industry
- Cutting and Engraving Printed Circuit Boards in the Electronics Industry
- Cutting Soft and Hard Tissues in the Medical Engineering Industry
- Cutting and Welding Alloy Parts in the Aerospace Industry
- Manufacturing Complex Molds with High Precision
- Metal 3D Printing Machines
- Laser Welding Machines
- Laser Cleaning Machines
- Laser Cladding Machines
- Precision Laser Cutting Machines
Technical specifications of fiber laser source (1000W GW(BLADE 5C-010HC)
| 1000W | Output Power |
| 1070±10nm | Output Wavelength |
| M 2<1.3, fiber core 20um | Beam Quality |
| <2% | Power Stability |
| 650nm | Indicator Wavelength |
| QBH/QD | Output Fiber Connection Type |
| 1.5KW | Minimum Cooling Capacity |
| 15L/min | Minimum Required Water Flow |
| 25±1ºC | Cooling Temperature Range |
| 5-6bar | Cooling Hydraulic Pressure |
| 220VAC/50Hz/60Hz | Input Voltage |
| 24VDC | Digital Signal |
| TTL/RS232/Ethernet/Databus | Control Port |
| ≤2.5KW | Power Consumption |
| 5-45ºC |
The GW fiber laser source is available in various power levels, allowing you to choose based on your needs. The 3-kilowatt fiber laser from this company has one of the highest optical-to-electrical conversion efficiencies in the world, reaching 42%.
This laser uses 976 nm diode pumping technology and offers good output beam quality (M² of up to 1.3). Thanks to its compact and integrated design in optics and electronics, the laser from this company has become one of the smallest kilowatt series laser sources in the world, leading in energy-to-weight ratio (0.1 kW/kg). You can easily use this laser in laser cutting and welding machines, and due to its high quality, it can also be utilized in innovative technologies such as 3D printers and laser robotic equipment.
