Equipment features:

Photovoltaic glass is one of the most important components of solar cell modules and it is a flat glass produced by the rolling method. KEYE TECH has developed a high-precision online inspection system for photovoltaic glass quality inspection. Applied to the inspection of photovoltaic glass products, this system can detect glass defects formed in the production process of original glass, such as open bubbles, closed bubbles, line bubbles, stones, etc., and can also detect glass defects which generated in the deep processing stage, such as scratches, miscellaneous Objects, dirt, etc. The photovoltaic glass online defect inspection system provides functions such as defect classification and statistics, real-time production quality management and process control on the production line, further improving the production process of the production line, and increasing the yield of the production line.

KEYE TECH AI+ deep learning algorithm, powerful industry knowledge base, solve the pain points of defect inspection, strong compatibility;

System advantages:

1 >> High-speed industrial camera + innovative modular design, suitable for various production line width, line speed and resolution requirements, providing a wealth of equipment communication interfaces, seamless docking with field line control and industrial robots and other equipment;

2 >> Multi-field and multi-light source imaging technology can accurately measure the core size and deformation size of defects, with high classification accuracy;

3 >> High-speed embedded real-time image processing and feature extraction technology to ensure a very low rate of missed detection and false detection of the system;

4 >> Artificial intelligence defect recognition technology such as deep learning can match the company's glass industry database in real time;

5 >> Intuitive visualization software to observe the real defect, high-resolution 2D image;

6 >> SQL database system for easy access to production data, real-time query and trace product performance indicators;

7 >> Provide remote software system upgrades and remote maintenance management, laying the foundation for factory intelligent and unmanned management;

8 >> Convenient on-site maintenance, the light source can be moved and pushed as a whole, and there is no need to calibrate again after maintenance;

9 >> Adopt water cooling system to make the equipment run stably at high speed for a long time under constant temperature conditions.