Product Management
  • All
  • Product Management

Relationship between power, frequency and pulse width of laser welding machine


【Summary Description】 Frequency of laser welding Relationship between power, frequency and pulse width of Yag laser welding machine Single point energy = pulse width * peak power The laser welding machine shall weld two pieces of stainless steel from 2mm to 3mm together, and consult the pulse width, frequency and current parameter settings. It is very rare to weld 2MM and 3MM stainless steel through. The energy is too small. Hello, I don't know how you use this laser. I also use it in our factory now. I still don't understand some places. I wonder if I can ask you if I have done it in a large family of lasers. Why don't you directly find Chutian's after-sales or technology for this problem? They don't care? Fiber marking, parameter setting, laser welding machine, parameter setting! Equipment model: HF- Laser power: Laser wavelength: Beam quality M2:1.0~1.1 Repetition rate: 20- Maximum line speed:/s Engraving range: ≤ * (larger size can be customized) Minimum line width: 0. Minimum character: 0.1mm Power consumption: Cooling method: air cooling Power demand:/ Widely used in: mobile phone manufacturing industry, badge electronics, automotive industry, medical equipment, watches, hardware, jewelry, sanitary ware, etc. What is the relationship between the power of the laser welding machine and the parameters? Laser peak power: the instantaneous power of the laser in the actual light., The laser peak power is equal to the average power divided by the duty cycle. It is generally on the order of several kilowatts. Laser pulse energy: refers to the energy output by a single pulse. It is determined by the energy storage capacitor capacity, voltage and xenon lamp. This is an important indicator. When spot welding, the stability of single point energy has a great influence on the quality of welding. Pulse width: The time of a single pulse. Pulse frequency: the number of laser pulses repeated per second. Examples: Pulse width = 5ms Frequency =/20 = Peak power = 1KW Average power = 1 × 5 ÷ 20 =

Frequency of laser welding
Relationship between power, frequency and pulse width of Yag laser welding machine
Single point energy = pulse width * peak power
The laser welding machine shall weld two pieces of stainless steel from 2mm to 3mm together, and consult the pulse width, frequency and current parameter settings.
It is very rare to weld 2MM and 3MM stainless steel through. The energy is too small. Hello, I don't know how you use this laser. I also use it in our factory now. I still don't understand some places. I wonder if I can ask you if I have done it in a large family of lasers. Why don't you directly find Chutian's after-sales or technology for this problem? They don't care?
Fiber marking, parameter setting, laser welding machine, parameter setting!
Equipment model: HF-
Laser power:
Laser wavelength:
Beam quality M2:1.0~1.1
Repetition rate: 20-
Maximum line speed:/s
Engraving range: ≤ * (larger size can be customized)
Minimum line width: 0.
Minimum character: 0.1mm
Power consumption:
Cooling method: air cooling
Power demand:/
Widely used in: mobile phone manufacturing industry, badge electronics, automotive industry, medical equipment, watches, hardware, jewelry, sanitary ware, etc.
What is the relationship between the power of the laser welding machine and the parameters?
Laser peak power: the instantaneous power of the laser in the actual light., The laser peak power is equal to the average power divided by the duty cycle. It is generally on the order of several kilowatts.
Laser pulse energy: refers to the energy output by a single pulse. It is determined by the energy storage capacitor capacity, voltage and xenon lamp. This is an important indicator. When spot welding, the stability of single point energy has a great influence on the quality of welding.
Pulse width: The time of a single pulse.
Pulse frequency: the number of laser pulses repeated per second.
Examples:
Pulse width = 5ms
Frequency =/20 =
Peak power = 1KW
Average power = 1 × 5 ÷ 20 =