It’s a 405nm blue-violet laser system. The laser power can be adjusted through the rotary button on the power supply. Its working voltage is 90~240V. This semiconductor laser is near TEM00 mode. The laser beam quality is very good and the stability is high. It is a commonly used laser light source in scientific research. Let’s ...
This is 532nm 5W fiber coupled laser. It is a customized laser. Customized features is this laser system will output a low-power guide red laser before high-power green laser output. Add a modulation signal DC 0-5V, anlog modulation can adjust the 532nm laser’s output power. This test, we add 3.7V and we can get near ...
It’s a 808nm 10W high power infrared fiber coupled laser. This 808nm laser system includes a laser head, a power supply, a fiber, a collimator. There are CW, TTL, Analog 3 working mode can be choosen. And the focal length of collimator is adjustable. Let’s check it now.
It’s a 1064nm infrared dpss laser source, and the laser power is 8000mW. Let’s check it now.
In 2019, the materials processing sector has a significant market share, and this trend is expected to continue over the forecast period. Factors such as the processing and manufacturing of small electronic components will play an important role in the field of materials processing to maintain their market position. However, macroeconomic factors such as limited ...
The reason why laser processing technology is particularly suitable for automated processing is mainly determined by its own characteristics. The main features of laser processing technology include: the controllable optimization of time; the spatial controllability of lasers, such as the ability to rotate the laser beam, the direction of the beam, and the ability to ...
After decades of development, laser technology has long moved from the laboratory to people’s daily lives. Whether it is clothing, food, housing, or industrial processing, and then to medical cosmetology, laser light is everywhere, affecting all aspects of people’s lives. From the development status of a country’s laser industry, the overall industrial manufacturing level can ...
High-power lasers usually generate large amounts of heat, which can easily damage the laser tube for a long time. It is not recommended to use high-power lasers for a long time. Figure 1. Withou the seat sink, can not work continuously for a long time Sometimes, the user needs to make the high-power laser work ...
An efficient laser-diode(LD) pumped Nd:YAG extracavity frequency conversion all-solid-state. quasi-continuous- wave(QCW) ultraviolet laser at 266nm was reported. The laser adopted LBO and BBO as the second and fourth harmonic generation crystals, and was pumped by three LD co nfig urations (high polarization LD, low polarization LD and low polarization LD with a Brew ster plate)in ...
Abstract: In recent years, the application of high-power semiconductor lasers has been expanding, and they are more and more widely used in industry and medical treatment. The thermal characteristics of lasers seriously restrict their reliability and service life. In order to improve the reliability and prolong the service life of the device,high power semiconductor laser bars with ...
