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1. The beam quality of nanosecond pulse fiber laser is high. The core diameter of the optical fiber is in the order of several microns, which can greatly improve the beam quality of the laser, thereby meeting the high-quality requirements of industrial processing.
2. Good heat dissipation. The fiber laser is small in size, does not require a huge water cooling system, and only needs air cooling during high-power operation.
3. Small size. Optical fiber has good flexibility, which allows the laser to be designed to be quite small, compact, easy to integrate, and can work in relatively harsh environments such as high shock, strong vibration, high temperature, and large dust.
4. Good spectral characteristics. Different wavelengths of laser output can be achieved by changing gain fibers with different doping and matching fiber components.
Average output power 70W-200W
Pulse width reaches ~ns level, repetition rate up to 4000kHz
Accurate control, small focusing spot, high-precision positioning, easy automation
Lower maintenance costs, lower power requirements - zero consumables, lifetime maintenance-free, photoelectric conversion efficiency up to 25%
Optical fiber output, easy to achieve any angle welding, can realize remote welding, convenient to work with robots, assembly lines and other equipment
Nanosecond punching laser welding machine is mainly for thin-walled materials and precision parts welding, which can realize spot welding, splicing welding, stitch welding, sealing welding, etc. It can be precisely controlled, the focusing spot is small, it can be positioned with high precision, and it is easy to realize automation.
Widely used in mobile communication, electronic originals, new energy, jewelry, hardware products, precision instruments, auto parts, craft gifts and other industries.
Portable nanosecond punch laser welding can be applied to welding of various metals such as titanium, nickel, zinc, copper, aluminum, chromium, niobium, gold, silver and their alloys, as well as alloy materials such as steel and Kovar.
Device model | FL-YFC70W | FL-YFC100W | FL-YFC120W |
Maximum laser output power | 70W | 100W | 120W |
Maximum pulse energy | 1mj | 1.5mj | 1.5mj |
Pulse Width | 2-250ns | 10-350ns | 10-350ns |
Full power frequency range | 70-2000KHz | 67-1500KHz | 80-1500KHz |
Frequency adjustable range | 1-2000KHz | 1-1500KHz | 1-1500KHz |
Center wavelength： | 1064nm | ||
Laser structure: | MOPA Welding Special | ||
Power adjustment range： | 1～100% | ||
Repeatability | 0.003mm | ||
cooling method | air cooling | ||
Output power stability | ≤5%p-p* | ||
electricity demand | 220v/50Hz/20A | ||
External automation interface | Can be customized according to automation requirements | ||
Hot tags: nanosecond laser micro welding, nanosecond fiber laser welding machine, nanosecond laser welding machinary, China, wholesale, buy, suppliers, manufacturers, factory, price, discount, for sale
1. The beam quality of nanosecond pulse fiber laser is high. The core diameter of the optical fiber is in the order of several microns, which can greatly improve the beam quality of the laser, thereby meeting the high-quality requirements of industrial processing.
2. Good heat dissipation. The fiber laser is small in size, does not require a huge water cooling system, and only needs air cooling during high-power operation.
3. Small size. Optical fiber has good flexibility, which allows the laser to be designed to be quite small, compact, easy to integrate, and can work in relatively harsh environments such as high shock, strong vibration, high temperature, and large dust.
4. Good spectral characteristics. Different wavelengths of laser output can be achieved by changing gain fibers with different doping and matching fiber components.
Average output power 70W-200W
Pulse width reaches ~ns level, repetition rate up to 4000kHz
Accurate control, small focusing spot, high-precision positioning, easy automation
Lower maintenance costs, lower power requirements - zero consumables, lifetime maintenance-free, photoelectric conversion efficiency up to 25%
Optical fiber output, easy to achieve any angle welding, can realize remote welding, convenient to work with robots, assembly lines and other equipment
Nanosecond punching laser welding machine is mainly for thin-walled materials and precision parts welding, which can realize spot welding, splicing welding, stitch welding, sealing welding, etc. It can be precisely controlled, the focusing spot is small, it can be positioned with high precision, and it is easy to realize automation.
Widely used in mobile communication, electronic originals, new energy, jewelry, hardware products, precision instruments, auto parts, craft gifts and other industries.
Portable nanosecond punch laser welding can be applied to welding of various metals such as titanium, nickel, zinc, copper, aluminum, chromium, niobium, gold, silver and their alloys, as well as alloy materials such as steel and Kovar.
Device model | FL-YFC70W | FL-YFC100W | FL-YFC120W |
Maximum laser output power | 70W | 100W | 120W |
Maximum pulse energy | 1mj | 1.5mj | 1.5mj |
Pulse Width | 2-250ns | 10-350ns | 10-350ns |
Full power frequency range | 70-2000KHz | 67-1500KHz | 80-1500KHz |
Frequency adjustable range | 1-2000KHz | 1-1500KHz | 1-1500KHz |
Center wavelength： | 1064nm | ||
Laser structure: | MOPA Welding Special | ||
Power adjustment range： | 1～100% | ||
Repeatability | 0.003mm | ||
cooling method | air cooling | ||
Output power stability | ≤5%p-p* | ||
electricity demand | 220v/50Hz/20A | ||
External automation interface | Can be customized according to automation requirements | ||
Hot tags: nanosecond laser micro welding, nanosecond fiber laser welding machine, nanosecond laser welding machinary, China, wholesale, buy, suppliers, manufacturers, factory, price, discount, for sale
