In the future we hope to pass decades of experience in the laser pointer research field. It is gradually deployed in the field of industrial applications, in addition to human health monitoring. Especially with the emergence of some ultra-small MEMS chips, the price is getting lower and lower. In the future, we may monitor human sweat / urine in wearable devices to analyze human health.
In terms of intelligent manufacturing, for example, the emergence of Apple Systems and Foxconn are revolutionary changes for the industry. From the testing and testing of products to the production of mechanical automation, they have achieved rapid development.
First, you need to know what your goals are. If the application is a demonstration, a 10 to 100 MW green laser is sufficient. If it needs to be used for astronomy or outdoor survival, it is recommended to 30-500mw (the maximum astronomy shall not exceed 200MW, otherwise it is easy to cause pilot accidents). If you have to do a laser experiment, you can choose the wattage that best suits you and remember that there is no such thing as a 30000mw green laser pen. 5MW to 50MW medium power green laser pen is enough and is very suitable for star standard. Visible light beams can pass through the earth's atmosphere and reach the target object quickly. You will be able to see the celestial bodies clearly and accurately.
At present, we mainly focus on the following aspects. The first aspect is the application of automated manipulators in some consumer electronic product automation production lines. On the other hand, in the field of optoelectronic display, automated photometric or chromatic test and analysis are performed to detect the effect and consistency of the green laser pointer optoelectronic display; the third aspect is the test problem that is currently difficult to solve by methods such as AOI , We can solve it through new technologies such as confocal spectroscopy. The other is plasma monitoring, etc. In the future, we will all invest a lot.
At present, we are very optimistic about fields with great potential, such as lasers, optoelectronic displays, biomedicine, and Internet of Things terminals. The key planning in the next few years will be in the field of human health monitoring, as well as a new generation of information technology (including artificial intelligence), automated manipulators and other directions, and a very important direction is public safety inspection. At present, our company contributes a lot to public safety inspection, and provides many core components and core systems. Like the current X-ray security inspection machine, the core components we provide have a market share of over 50%.