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RFL-A100D
Raycus
RFL-A100D
raycus RFL-A100D 100W fiber output semiconductor laser
RFL-A100D
The main application areas of a hundred-watt fiber output semiconductor laser include laser soldering and laser transmission welding plastics. Application market: laser soldering, laser transmission welding plastics. Application industry: 3C electronics/optical communication/microelectronics and connectors/camera modules, etc. Home appliances/automotive/lighting/medical/packaging, etc.
Features:
Laser soldering provides a highly flexible solution for the introduction of lead-free soldering technology in the ever-developing modern electronics manufacturing industry through precise laser positioning and accurate temperature control. With non-contact welding, fast heating speed, small heat-affected zone, it is more suitable for lead-free processing. In the application of laser transmission welding plastics, one of the materials needs to be able to transmit laser light, while the other material needs to absorb the laser light or the surface coating of the material absorbs the laser light. The parts where the two materials need to be connected are moved with the laser beam under pressure to form a connection band between the materials.
Optical properties
Continuous output power: (W ): 100 Center wavelength: (nm ): 915 ± 10 Output power stability: ± 1% Indicating laser parameters: 650 ± 10nm, 0.25-1mW
Output characteristics
Output connector: SMA905/D80 fiber core diameter (μm): 200 fiber NA: 0.22
Electronic control characteristics
Working power supply (VDC): 24 Control mode: external RS232, external AD, touch screen control
Other features
Cooling method: air-cooled working temperature (℃): 0-40
Application of RFL-A100D
Laser soldering and laser transmission welding plastics
raycus RFL-A100D 100W fiber output semiconductor laser
RFL-A100D
The main application areas of a hundred-watt fiber output semiconductor laser include laser soldering and laser transmission welding plastics. Application market: laser soldering, laser transmission welding plastics. Application industry: 3C electronics/optical communication/microelectronics and connectors/camera modules, etc. Home appliances/automotive/lighting/medical/packaging, etc.
Features:
Laser soldering provides a highly flexible solution for the introduction of lead-free soldering technology in the ever-developing modern electronics manufacturing industry through precise laser positioning and accurate temperature control. With non-contact welding, fast heating speed, small heat-affected zone, it is more suitable for lead-free processing. In the application of laser transmission welding plastics, one of the materials needs to be able to transmit laser light, while the other material needs to absorb the laser light or the surface coating of the material absorbs the laser light. The parts where the two materials need to be connected are moved with the laser beam under pressure to form a connection band between the materials.
Optical properties
Continuous output power: (W ): 100 Center wavelength: (nm ): 915 ± 10 Output power stability: ± 1% Indicating laser parameters: 650 ± 10nm, 0.25-1mW
Output characteristics
Output connector: SMA905/D80 fiber core diameter (μm): 200 fiber NA: 0.22
Electronic control characteristics
Working power supply (VDC): 24 Control mode: external RS232, external AD, touch screen control
Other features
Cooling method: air-cooled working temperature (℃): 0-40
Application of RFL-A100D
Laser soldering and laser transmission welding plastics
