NakuLaser Blog

It's a 450nm high power laser system, the max output power is 50000mW . Heat sink can be added to laser head. And the output power can be adjusted by adjusting the current. This laser has three working mode: CW/TTL/Analog modulation. Let's check it now.

1 Introduction As a light source  of fiber laser sensor, narrow linewidth fiber laser has the characteristics of interference to electromagnetic field, safety, small size and remote control. Currently, there are three schemes for obtaining single longitudinal mode narrow linewidth fiber lasers. 1) Non-coherent technology that eliminates spatial hole burning caused by standing wave effect by controlling the polarization state of the encountering light waves in the cavity; 2) adding unpumped doped fiber in the laser cavity to select the frequency and suppressing the saturated absorption of the mode-hopping Body; 3) short cavity fiber laser, including DFB fiber laser and short cavity DBR fiber laser. Comparing the three schemes, it is found that schemes 1 and 2 require the use of multiple polarization controllers, and most of them have annular cavity structures, which are difficult to control, low conversion efficiency, and extremely low output power; while scheme 3 has a simple structur

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 supply of rare earth elements, the existence of alternatives, and slowing economic growth may hinder the growth of the fiber laser industry over the forecast period. Increased demand for fiber lasers in additive manufacturing Fiber lasers are an important part of the additive manufacturing process. This process greatly reduces material waste, reduces the number of production steps, reduces the number of stocks and the different parts required for assembly. In addition, metal-based 3D printing processes, such as laser material deposition and selective laser melting, use fiber lasers to weld metal powders to produce high