Technical characteristics: The series of fiber laser products independently developed by our company have the advantages of high reliability, high stability, maintenance-free and long life. They have characteristics of compact size, small dimension and light weight, bringing users portable-type operation experience and great convenience. The adjustable power range of this series of products is 10% ~ 100%, with the electro-optical conversion efficiency higher than 30%. The modulation mode working frequency is 0~20 kHz. The output port can be customized, which can meet the needs of most applications. Characteristic phrase: single mode (M2≯1.2), highly reliable, compact and extremely stable power The company realizes high-reliability 1.5 kW fiber laser single-mode output through self-developed components. In addition, the unique structural design makes the whole thinner and more compact to the height of the standard 3 U chassis, bringing users a portable operation experience and convenience. Features: 1. High beam quality, high reliability, maintenance-free and long life 2. Compact size, presenting obvious advantage when compared with the same-power products 3. Extremely stable power ≤ 0.5% 4. Customized QCS output, optional spot diameter of light output 5. Customized spectral wavelength Applications: industrial field 3D Printing | Additive Manufacturing | Precision Machining | Scientific Research, etc. Parameters:
Model | FL-CW-200W-SM |
power (w) | 200 |
power range (%) | 10-100 |
power stability (%) | ≤0.5 |
center wavelength (nm) | 1064(customizable) |
polarization | Random |
optical output port | QBH or QCS output |
control port | RS232/AD mode |
power supply | 220V AC |
time of turn-on | ≤ 10 μs |
time of turn-off | ≤ 5 μs |
running mode | continuity/ modulation (modulation frequency 0~20kHz) |
power consumption (kW) | ≤ 0.6 |
beam quality M2 | ≤1.2 |
overall dimension (L * W * H,mm) | 440 x 485 x 135 |
overall weight (kg) | 20 |
working temperature (℃) | 10-40 |
relative humidity of working environment | ≤ 85% |