Optical lenses are a branch of artificial intelligence that is rapidly evolving. Simply put, an purchasing laser grade optical prism uses a machine instead of the human eye to make measurements and judgments. The machine vision system converts the ingested object into an image signal through an optical lens product (ie, an image capturing device, divided into CMOS and CCD), and transmits it to a dedicated image processing system to obtain shape information of the object to be captured, according to pixel distribution and Information such as brightness and color is converted into a digitized signal; the image system performs various operations on these signals to extract features of the target, and then controls the action of the device on the basis according to the result of the discrimination.
The application range of the current optical lens is gradually expanding, and slowly infiltrating into our daily life, such as various beauty camera apps in mobile phones, Alipay face recognition identity verification, and accurate grasping of objects by industrial robots, obstacles of logistics robots. Avoid and so on.
The optical lens is highly efficient and highly automated, enabling high resolution accuracy and speed. The sale of custom optical prism assemblies system has no contact with the object to be monitored and is safe and reliable. Suitable for use in some hazardous work environments or where artificial vision is difficult to meet. In addition, optical lens monitoring can greatly improve production efficiency and production automation in high-volume industrial production processes.
Smart factories will be one of the future trends. Optical lens technology based on the characteristics of communication networks and intelligent information organization networks will surely become the core of smart factories. The optical lens can quickly acquire a large amount of information and process it automatically. Therefore, in the automated production process, optical lens systems are commonly used in the field of condition monitoring, finished product inspection and quality control. Being the “eye” of the factory allows the robot to flexibly control the production process, thereby reducing the losses caused by human error. It is cost effective to improve production efficiency and quality.
With the warming of the artificial intelligence industry, the optical lens industry is expected to enter a new stage of development, and the market scale will accelerate.
According to industry estimates, by 2025, global high precision custom optical prism assembly sales will reach an astonishing $19 billion, almost twice the current level. The increase in sales will provide the funds needed for the development of new cutting-edge technologies and existing technologies.
In the context of China's manufacturing transformation and upgrading, it is necessary to invest in a large number of industrial robots and other automation equipment in the future. The International Robot Alliance (IFR) predicts that by 2018, China's industrial robots will account for one-third of the world's new installations. With the support of the policy, China's optical lens component-level market space will exceed 3.5 billion yuan, the system integration market The scale will reach 14 billion yuan.