Product Description
The MAX single module continuous laser MFSC-1000C MFSC-1500C MFSC-2000C MFSC-3000C is mainly used for laser welding.Can weld metal plates such as stainless steel, carbon steel, aluminum alloy, etc.According to the power of the laser, materials of different thicknesses can be welded. The higher the laser power, the thicker the welding thickness.Therefore, the laser source plays a central role in the entire fiber laser welding machine.Fiber laser generators require regular maintenance and occasional repairs to ensure optimal performance. Maintenance tasks may include cleaning optical components, replacing laser diodes, or inspecting cooling systems. Repair includes replacing damaged or worn components such as laser heads or power supplies. It is important to follow the manufacturer's maintenance and repair guidelines to ensure the safe and effective operation of the generator.
Medium-power fiber transmission direct diode laser
Fiber output semiconductor laser is a kind of semiconductor laser module. It improves the beam quality of the laser emitted by the pump source through a special optical system. After meeting the requirements, the laser is focused and coupled into the fiber for transmission
The conditions of optical fiber coupling.
Through heat conduction welding, a laser melts and connects the plates along the track, causing the connection points of two thin plates to melt and bond. After cooling, a weld seam is formed. Heat conduction welding is similar to spot welding, but after the molten pool is formed, the laser beam moves.
Compared with traditional welding, laser thermal conduction welding not only reduces material deformation but also is a faster welding method. In addition, it can achieve smooth, hole-free welding without any post-treatment.
Fiber output semiconductor lasers have many incomparable advantages:
(1) High electrical-optical conversion efficiency ;
(2) Long working life ;
(3) Direct electrical modulation is possible;
(4) Easy to integrate, small in size and compact in structure;
(5) This product is two-in-one, which saves costs and is time-saving and highly efficient
Product Parameters
Model |
1500 |
2000 |
3000 |
Output laser power |
1500W |
2000W |
3000W |
Center wavelength |
1080±5nm |
1080±5nm |
1080±5nm |
Modulation frequency |
1-5000HZ |
1-5000HZ |
1-5000HZ |
Output power stability |
±1.5% |
±1.5% |
±1.5% |
Output connector |
QBH |
QBH |
QBH |
BPP |
<1.5 |
<1.5 |
<1.5 |
Output cable length |
10m |
10m |
10m |
Fiber Core Diameter |
20μm |
30μm |
50μm |
Operating Voltage |
220±10%VAC,50/60Hz |
220±10%VAC,50/60Hz |
380±10%VAC,50/60Hz |
Dimension-D*H*L |
410*405*150mm |
Detailed Photos
FAQ
Q: What factors should be considered when choosing a fiber laser generator?
A: When choosing a fiber laser generator, factors such as power output, beam quality, wavelength, pulse duration, and cooling requirements should be considered. You should also consider the specific application of the generator and any necessary safety features.
Q: How to maintain and repair fiber laser generators?
A: Fiber laser generators require regular maintenance and occasional repairs to ensure optimal performance. Maintenance tasks may include cleaning optical components, replacing laser diodes, or inspecting cooling systems. Repair includes replacing damaged or worn components such as laser heads or power supplies. It is important to follow the manufacturer's maintenance and repair guidelines to ensure the safe and effective operation of the generator.
Q: How to ensure the safety of using fiber laser generators?
A: Safety is the top priority when using fiber laser generators. You should wear appropriate protective equipment, such as safety goggles, and follow all safety procedures outlined by the manufacturer. You should also be aware of potential hazards such as electric shock or fire, and take appropriate preventive measures to minimize risks. Finally, you should ensure that the generator is installed and maintained correctly to minimize the risk of accidents or equipment failures.