1000W Fiber Laser Welder For Industrial Welding
Product features
• The 1000W Fiber Laser welder has a very good laser beam quality.
• The speed is high and 5 times of the traditional welding machine.
• This welder has fine welds, it has large depth.
• The welding head is small and can make the precision higher.
• The seams after welding are firm, smooth and flat.
• A steel handhold can be added on the machine to reach different
areas of the metals to be welded.
Product Parameters
| Laser Power | 1000W |
| Laser Type | Continuous fiber Laser |
| Laser Wavelength | 1064nm |
| Fiber Cable Length | Standard: 10 Meters |
| Working Mode | Continuous / Modulation |
| Welding Speed Range | 0-120mm/s |
| Working Environment Temperature Range | 15℃ - 35℃ |
| Working Environment Humidity Range | ＜70% No Condensation |
| Recommend Welding Thickness | 0.5mm - 3mm |
| Welding Gap Requirement | ≤0.5mm |
| Working Voltage | 110V / 220V |
| Weight (KG) | 230 KG |
| Cooling Method | Water Cooling |
| Laser Type | Continuous fiber Laser |
| Package Size | 80X92X120(cm) |
Application field
Powder metallurgy field
• In the early 1980s, laser welding entered the field of powder
metallurgy material processing with its unique advantages, opening
up new prospects for the application of powder metallurgy
materials, such as the use of brazing methods commonly used in
powder metallurgy material connection to weld diamond. Low
strength, wide heat-affected zone, especially incapable of adapting
to high temperature and high strength requirements, causing the
solder to melt and fall off. Laser welding can improve welding
strength and high temperature resistance.
Electronics industry
• Laser welding has been widely used in the electronics industry,
especially in the microelectronics industry. Due to the small
heating concentration and low thermal stress in the heat-affected
zone of laser welding, it is showing unique advantages in the
packaging of integrated circuit and semiconductor device shells. In
the development of vacuum devices, laser welding has also been
applied, such as molybdenum Focusing electrode and stainless steel
support ring, fast hot cathode filament assembly, etc.
Manufacturing applications
• Tailored laser welding technology has been widely used in foreign
car manufacturing. According to statistics, in 2000, there were
more than 100 laser tailored welding production lines for tailored
blanks worldwide, with an annual output of 70 million tailor-welded
blanks for car components. Increase at a relatively high rate.
Domestically produced imported models Passat, Buick, Audi, etc.
also use some cut blank structures.
China uses CO2 laser welding instead of flash butt welding for the
connection of rolled steel coils in the steel industry. Research on
ultra-thin plate welding, such as foils with a thickness of less
than 100 microns, cannot be welded, but through special output
power waveforms.
Auto industry
• In the late 1980s, kilowatt-level lasers were successfully used
in industrial production. Nowadays, laser welding production lines
have appeared on a large scale in the automobile manufacturing
industry and become one of the outstanding achievements of the
automobile manufacturing industry.
European automobile manufacturers such as Audi, Mercedes-Benz,
Volkswagen and Volvo of Sweden took the lead in adopting laser
welding for roof, body, side frame and other sheet metal welding in
the 1980s. In the 1990s, the American GM, Ford and Chrysler
companies competed. The introduction of laser welding into
automobile manufacturing, despite its late start, has developed
rapidly.
Samples
