Category: Application

In the current electronic age, once the development and application of graphene matures to form a laser pointer industrialization, it will undoubtedly completely change the existing electronic device industry. Graphene technology is still in the initial exploration and application stage. While continuously applying graphene technology to the industry, it is continuously upgrading existing graphene technology. In recent…

Now companies in the field of laser radar are working hard to develop new products and new technologies, and strive to make the laser pointer radar develop towards miniaturization and low cost. Among them, a method that has been tried out is solid-state lidar. Compared with CCD, CMOS has the characteristics of simple information reading, fast output…

Lidar can be divided into wire beams from multi-wire laser pointer radars, which are mainly used in the automotive industry. There are 16-wire, 32-wire and 64-wire laser radars. If divided systematically, there are mainly direct detection lidar and coherent detection lidar. In fact, what we have mentioned so far, including lidar used in autonomous driving, robotics, and…

Excessive cost of laser radar will cause the technology in the industry to drive vehicles and conduct road tests. Various vehicle-mounted radars, laser pointer radars, and sensors provide support for various driving functions of vehicles and play a very important role. However, due to its high price, many car companies are temporarily unable to deploy the device…

In Europe, major car companies have contributed to the growth of the laser pointer radar market. Car companies such as Audi, BMW, and Mercedes-Benz are working to integrate lidar into automotive ADAS systems. The above-mentioned major car companies have cooperated with large local or international companies in order to gain a dominant position in the market. Geographical…

Compared with other light sources, fiber laser pointer have many advantages when used as sensing light sources. First of all, fiber lasers have excellent performance such as high utilization rate, tunable, good stability, compact size, light weight, convenient maintenance and good beam quality. Secondly, the fiber laser can be well coupled with the fiber, and is fully…

Today, laser pointers for clinical use are mostly argon ion laser pointer, carbon dioxide lasers, and YAG lasers, but usually their beam quality is not high, they have very large volumes, require huge water-cooled systems, and they are very difficult to place and maintain. It is exactly what fiber lasers can add. Since water molecules have…

As fiber lasers have gradually grown to their present size, their advantages are self-evident. When first introduced, one of the main selling points of the product was the low operating costs achieved compared to CO2 lasers. The operation cost of the fiber laser pointer is only a small part of the CO2 laser, and it is also…

The CO2 laser has reached the well-known upper limit. Since the breakthrough of fiber laser technology, high-power fiber laser cutting machines have quickly found their place in the manufacturing industry through continuous development and evolution. For more than 30 years, the power and performance of carbon dioxide (CO2) lasers seem to have reached a limit….

The special properties of glass make glass processing face greater challenges. What breakthroughs will the application of ultrafast lasers bring? Glass is a transparent solid-like material with unique properties not found in other materials: The laser pointer has excellent optical properties, can reflect, bend, transmit and absorb light, and has a higher transparency in the entire visible…