The mission is to integrate new and current types of laser pointer across industries and global areas, such as artificial intelligence, robotics, the Internet of Things, edge computing, advanced sensors, industrial virtual reality, industrial blockchain, and next-generation communications. Technology is injected into intelligent manufacturing plants and core equipment to create an industrial 4.0 industrial layout.
For manufacturing enterprises, the most fundamental thing is to pay attention to the proportion of self-developed products. “Take an example of a robot we are going to market as an example. This robot broke through the previous technical restrictions and became the first robot without a reducer in the world. This not only shakes off its monopoly on reducer technology, but also makes such robots. It takes up less space and the cost will be reduced by nearly 40%. “Chen Ze told reporters.
After the “Made in China 2025” goal is completed, China will transform from a global manufacturing powerhouse into a global smart manufacturing powerhouse, from basic industries, core equipment, key processes and materials, to integrated cyber-physical systems, the entire industrial chain layout, and high-end talent systems. , China’s innovative R & D will be a global leader.
Varying optical coatings are extremely important for laser pointer radar. According to reports, as self-driving cars move from the lab phase to the road phase, the “spring” of lidar is coming. However, LiDAR actually involves a wide range of applications and optical designs, each requiring a unique optical coating.
Technology attracted public attention for the first time, going back to the 1971 “Apollo 15” moon landing program. Since then, LiDAR has been used in a variety of applications today: from airborne surface measurement to the environment, industry, and security, from urban planning to ground mapping for buildings, accident scenes, and others that require detailed and automated Drawing environment. However, in recent years, LiDAR has made great strides in advancing the development of autonomous driving, visualization, and gaming, as well as the need for unmanned reconnaissance in unmanned areas. All of these applications require a pair of automatic “eyes”. Not only can they capture images, laser pointers can also provide accurate 3D views, often in real time.