Single Mode 6000W Ytterbium Doped Fiber Laser 1080nm Wavelength
FEATURES
Low cost
Maintenance free operation
Modulation frequency up to 5kHz
High wall-plug efficiency
Excellent power stability
Outstanding reliability
Convenient control interface
APPLICATION
Welding
Surface treatment
Cladding
Libattery manufacture
BWT laser 6000W single mode Yb-doped fiber lasers features high beam quality near diffraction limits for precision materials processing. With two optional modes, continuous mode and pulse mode, HAZ (heat affected zone) can be minimized. The system is designed for outstanding reliability and can be operated in harsh industrial application environment. BWT laser 6000W fiber lasers are suitable for many applications, such as precision machining, 3D printing, metal plates processing, Libattery soldering, etc. Materials can be processed include steels, aluminum based and nickel based alloys, copper, titanium alloy, ceramics and many others.
| Optical specification | ||||
| Output Power | 6000W | |||
| Wavelength | 1080±10nm | |||
| Fiber Core | 50μm/100μm | |||
| Fiber length | 15 m or customized | |||
| Fiber Terminal | QBH | |||
| Aiming beam | Red | |||
| Operation Mode | Continuous or Modulated | |||
| Polarization State | Random | |||
| Output Power Instability(25℃) | ＜3%(2hrs) | |||
| Output Power Tunability | 10%-100% | |||
| Modulation Frequency | 5kHz | |||
| Electrical Characteristics | ||||
| Voltage | 380±20V,AC,PE,50 or 60Hz | |||
| Power Consumption | 18 kW | |||
| Interface | RS232 | |||
| Water Cooling Parameters | ||||
| Minimum Water Cooling Capacity | 12kW | |||
| Temperature Settings | 25℃(Laser Module),30℃(QBH) | |||
| Cooling Tubes Size(Extermal) | φ19 mm | |||
| Cooling Water Flux | >55L/min | |||
| QBH Cooling Water Flux | 1.5~2.0L/min | |||
| Others | ||||
| Weight | <70 kg | |||
| Outline Feature |
420mm* 600mm*900mm |
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Note: The back reflection will affect the performance and life of the direct diode laser. It is necessary to use the output laser when it is 8 ° - 10 ° away from the vertical direction of the surface
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