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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.
Nanosecond laser welding machine Nanosecond welding adopts the latest welding process concept, adopts scanning welding method, can distribute laser energy arbitrarily, and has the characteristics of independently adjustable pulse width and frequency. After melting the material, a specific molten pool is formed to achieve welding. The purpose is to have a super high cost performance. Especially suitable for the welding of dissimilar non-ferrous metal sheets; widely used for welding of dissimilar non-ferrous metal sheets。
The principle of laser pulse scanning welding is applied.
The laser energy is evenly distributed according to the specified trajectory, which avoids the defect of Gaussian distribution of long-pulse energy, and is not easy to break down during thin-film welding.
The solder joint is composed of multiple high-peak nanosecond pulses, which improves the absorption rate on the surface of non-ferrous metals, so it can stably weld non-ferrous metals such as copper and aluminum.
Widely used in welding such as copper-aluminum, uranium-magnesium, stainless steel-aluminum, nickel-aluminum, aluminum-aluminum, nickel-copper, copper-uranium, etc. The material thickness can be welded from 0.03~0.2mm, mobile communication, electronic Original parts, glasses and clocks, jewelry, hardware products, precision instruments, auto parts, battery tab welding, mobile phone motor welding, antenna shrapnel welding, camera welding, etc.
Model | FL-N70W/FL-N100W | Welding depth | 0.15-3mm |
Laser mode | Fiber nanosecond laser | Workbench load | 50KG |
Laser wavelength | 1064nm | Aiming and positioning method | Red light indication |
Maximum laser output power | 70W | Power adjustment range | 1~100% |
Energy fluctuation | <±5% | Frequency adjustable range | 1-2000KHz |
Power Demand | 220v/50Hz/20A | Control System | Fly laser |
Humid air | 75℃ | Cooling method | Air cooling |
Shielding gas | none |
Hot tags: nanosecond laser pulse welding machine 100w, nanosecond laser precision welding machine, nanosecond pulsed wave laser micro-welding, nanosecond pulsed fiber laser welder machine 100w, 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.
Nanosecond laser welding machine Nanosecond welding adopts the latest welding process concept, adopts scanning welding method, can distribute laser energy arbitrarily, and has the characteristics of independently adjustable pulse width and frequency. After melting the material, a specific molten pool is formed to achieve welding. The purpose is to have a super high cost performance. Especially suitable for the welding of dissimilar non-ferrous metal sheets; widely used for welding of dissimilar non-ferrous metal sheets。
The principle of laser pulse scanning welding is applied.
The laser energy is evenly distributed according to the specified trajectory, which avoids the defect of Gaussian distribution of long-pulse energy, and is not easy to break down during thin-film welding.
The solder joint is composed of multiple high-peak nanosecond pulses, which improves the absorption rate on the surface of non-ferrous metals, so it can stably weld non-ferrous metals such as copper and aluminum.
Widely used in welding such as copper-aluminum, uranium-magnesium, stainless steel-aluminum, nickel-aluminum, aluminum-aluminum, nickel-copper, copper-uranium, etc. The material thickness can be welded from 0.03~0.2mm, mobile communication, electronic Original parts, glasses and clocks, jewelry, hardware products, precision instruments, auto parts, battery tab welding, mobile phone motor welding, antenna shrapnel welding, camera welding, etc.
Model | FL-N70W/FL-N100W | Welding depth | 0.15-3mm |
Laser mode | Fiber nanosecond laser | Workbench load | 50KG |
Laser wavelength | 1064nm | Aiming and positioning method | Red light indication |
Maximum laser output power | 70W | Power adjustment range | 1~100% |
Energy fluctuation | <±5% | Frequency adjustable range | 1-2000KHz |
Power Demand | 220v/50Hz/20A | Control System | Fly laser |
Humid air | 75℃ | Cooling method | Air cooling |
Shielding gas | none |
Hot tags: nanosecond laser pulse welding machine 100w, nanosecond laser precision welding machine, nanosecond pulsed wave laser micro-welding, nanosecond pulsed fiber laser welder machine 100w, China, wholesale, buy, suppliers, manufacturers, factory, price, discount, for sale