6000W Combined Beam Fiber Laser System Ytterbium Doped 1080nm
Main features:
Simple control interface
Maximum modulation frequency up to 5kHz
Excellent system stability
BWT's 6000W combined beam ytterbium-doped fiber laser has excellent beam quality and can realize precision processing; it has two working modes: continuous and modulated pulse, which greatly reduces the processing heat-affected zone; it has reliable performance and modular all-optical fiber Designed, all optoelectronic devices are encapsulated in a rugged chassis, which can withstand harsh industrial application conditions.
It can be used in precision machining, drilling, sheet metal processing, lithium-ion battery processing, and can process various steels, aluminum-based, and nickel-based alloys, titanium alloys, alumina ceramics, etc. BWT has engineers proficient in laser applications and systems, who can provide you with professional application solutions.
Application:
| Optical specification | ||||
| Output Power | 6000W | |||
| Wavelength | 1080±10nm | |||
| Fiber Core | 50μm/100μm | |||
| Fiber length | 20m 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 | three phase 380±20V,AC,PE,50 or 60Hz | |||
| Power Consumption | 18kW | |||
| Interface | RS232 | |||
| Water Cooling Parameters | ||||
| Minimum Water Cooling Capacity | 12kw | |||
| Temperature Settings | 25℃(Laser Module),30℃(QBH) | |||
| Cooling Tubes Size(Extermal) | φ25mm | |||
| Cooling Water Flux | >55L/min | |||
| QBH Cooling Water Flux | 1.5-2.0L/min | |||
| Others | ||||
| Weight | <150 kg | |||
| Outline Feature |
600mm* 800mm*600mm |
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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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