Raycus Fiber Laser Cutting Source Rfl-C6000s 6600W, Single Mode, Welding&Cutting

• After-sales Service: Warranty
• Warranty: 23 Months
• Application: Home Appliance, Aerospace Industry, Automotive Industry, Advertising Industry
• Cooling System: Water Cooling
• Technical Class: Continuous Wave Laser
• Applicable Material: Metal
• Model NO.: RFL-C6000S
• Structure Type: Gantry Type
• Laser Classification: Semiconductor Laser
• Laser Technology: Laser Fusion Cutting
• Machinery Test Report: Provided
• Marketing Type: Ordinary Product
• Laser Type: Fiber Laser
• Control System: Wooden Case
• Transport Package: Container Transport
• Specification: 360kg
• Trademark: tangcheng
• Origin: China
• HS Code: 2200
• Production Capacity: 100 Sets Pet Month

Product Description

Product Description

     Fiber lasers have higher photoelectric conversion efficiency, lower power consumption, and higher beam quality compared to traditional lasers. Fiber laser has a compact structure and can be used at any time. Due to its flexible laser output mode, it can be easily integrated with system equipment.

Product technical parameters

optical characteristics
Output fiber core diameter:	50-75 μ M
Beam quality BPP:	2.7-3.1mm × Mrad
Output fiber optic cable length:	20m
output characteristic
Rated output power:	6000W power
Adjustment range:	10~100%
Center wavelength:	1075~1085nm
Long term power instability:	± 1.5%
Red light power:	0.5~1mW
Electrical control characteristics
Working voltage (VAC)	three-phase 50/60Hz, 380 ± 15%
Control mode	AD/RS-232/Ethernet
Other features
Overall dimensions (W × D × H) :	455×802×168mm
Overall weight:	70kg
Working environment temperature:	10~40 ºC
Working environment humidity:	30-90%
Storage temperature:	-10~60%

Product features

Excellent beam quality
high reliability
High power stability
Continuous adjustable power and fast switching response
Slow rise and slow fall, waveform editing
Maintenance free operation
High electro-optical conversion efficiency


Product application

Industrial cutting and welding
3D printing
Laser research