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Nanosecond welding uses the latest welding process concepts and is completely different from the long pulse welding mechanism. The nanosecond laser adopts the scanning welding method, which can distribute the laser energy arbitrarily. It has the characteristics of independent adjustable pulse width and frequency. It can still maintain a high and stable peak power output under the condition of changing the pulse width and frequency. After forming a specific molten pool to achieve the purpose of welding, it has a high cost performance. It is especially suitable for welding between thin sheets of dissimilar non-ferrous metals;
1. The laser pulse width is adjustable, and the scanning welding method is adopted, which has good repeatability, large penetration, small thermal effect, and small spots, which can realize spot welding of any shape. 2. For the welding of dissimilar metal sheets, spot welding and stitch welding can be achieved, and the tensile force and yield are better than long-pulse welding.
3. The self-developed coaxial vision positioning system integrates large format and high precision, especially suitable for high-speed and high-precision welding processing.
4. The electro-optical conversion rate is as high as 30%, and the power consumption of the whole machine is equivalent to 1/10 of the YAG welding machine. Long-term use saves a lot of processing costs
5. 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 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 motor welding, craft gifts and other industries.
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 welding machine 100w, nano-second laser welding aluminium, welding with ns pulsed fiber lasers, nanosecond fiber laser precision welder, China, wholesale, buy, suppliers, manufacturers, factory, price, discount, for sale
Nanosecond welding uses the latest welding process concepts and is completely different from the long pulse welding mechanism. The nanosecond laser adopts the scanning welding method, which can distribute the laser energy arbitrarily. It has the characteristics of independent adjustable pulse width and frequency. It can still maintain a high and stable peak power output under the condition of changing the pulse width and frequency. After forming a specific molten pool to achieve the purpose of welding, it has a high cost performance. It is especially suitable for welding between thin sheets of dissimilar non-ferrous metals;
1. The laser pulse width is adjustable, and the scanning welding method is adopted, which has good repeatability, large penetration, small thermal effect, and small spots, which can realize spot welding of any shape. 2. For the welding of dissimilar metal sheets, spot welding and stitch welding can be achieved, and the tensile force and yield are better than long-pulse welding.
3. The self-developed coaxial vision positioning system integrates large format and high precision, especially suitable for high-speed and high-precision welding processing.
4. The electro-optical conversion rate is as high as 30%, and the power consumption of the whole machine is equivalent to 1/10 of the YAG welding machine. Long-term use saves a lot of processing costs
5. 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 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 motor welding, craft gifts and other industries.
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 welding machine 100w, nano-second laser welding aluminium, welding with ns pulsed fiber lasers, nanosecond fiber laser precision welder, China, wholesale, buy, suppliers, manufacturers, factory, price, discount, for sale
