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RFL-A1000D
Raycus
RFL-A1000D
raycus RFL-A1000D 1000W fiber output diode laser
RFL-A1000D
Medium power fiber output semiconductor lasers are mainly used for heat conduction welding of thin metal plates. Application market: heat conduction welding Application industry: construction hardware, hardware tools, daily hardware welding.
Features
Through heat conduction welding, the laser melts the plates along the track that needs to be connected, so that the joints of the two thin plates are melted and joined, and a weld is formed after cooling. Thermal conduction welding is similar to spot welding, but the laser beam moves after the molten pool is formed. Compared with traditional welding, laser heat conduction welding can not only reduce material deformation, but also is a faster welding method. In addition, it can achieve smooth and non-porous welds without any subsequent processing.
Optical properties
Rated output power: (W): 1000 Working mode: continuous/modulation power adjustment range (%): 10-100 Center wavelength: (nm): 915±10 Output power stability: <3% Modulation frequency (Hz) 50- 5k: red light indicating output power: 0.25-1mW
Output characteristics
Output connector: QBH fiber core diameter (μm): 300/400 beam divergence half angle (rad): 0.22 output fiber length (m): 5 (optional)
Electronic control characteristics
Working power supply (VAC): single-phase 220±10%, 50/60Hz alternating current control mode: host computer/AD
Other features
Cooling method: water cooling Appearance size (mm): 440*104*508 (including handle)
Application of RFL-A1000D
Stainless steel welding
raycus RFL-A1000D 1000W fiber output diode laser
RFL-A1000D
Medium power fiber output semiconductor lasers are mainly used for heat conduction welding of thin metal plates. Application market: heat conduction welding Application industry: construction hardware, hardware tools, daily hardware welding.
Features
Through heat conduction welding, the laser melts the plates along the track that needs to be connected, so that the joints of the two thin plates are melted and joined, and a weld is formed after cooling. Thermal conduction welding is similar to spot welding, but the laser beam moves after the molten pool is formed. Compared with traditional welding, laser heat conduction welding can not only reduce material deformation, but also is a faster welding method. In addition, it can achieve smooth and non-porous welds without any subsequent processing.
Optical properties
Rated output power: (W): 1000 Working mode: continuous/modulation power adjustment range (%): 10-100 Center wavelength: (nm): 915±10 Output power stability: <3% Modulation frequency (Hz) 50- 5k: red light indicating output power: 0.25-1mW
Output characteristics
Output connector: QBH fiber core diameter (μm): 300/400 beam divergence half angle (rad): 0.22 output fiber length (m): 5 (optional)
Electronic control characteristics
Working power supply (VAC): single-phase 220±10%, 50/60Hz alternating current control mode: host computer/AD
Other features
Cooling method: water cooling Appearance size (mm): 440*104*508 (including handle)
Application of RFL-A1000D
Stainless steel welding
