AI Color Sorter
State-of-the-art color sorting technology utilizing CCD cameras for precise identification and separation of rice and grains. Ensures premium quality output with minimal product loss and maximum efficiency.
Technical Characteristics:
According to the needs of customers for multiple materials, preset multiple color selection modes. AI intelligent sorting, intelligent simulation, and one-key operation.
Size algorithm, length algorithm and other shape selection functions. It has obvious recognition effect for abnormal impurities, and truly achieves synchronous color selection and shape selection.
Using high-quality solenoid valve, the frequency can reach 1200-1500Hz, while ensuring the output, the output ratio is smaller. Japan cooperated in the development of depassing technology which has lower power consumption and longer life.
The newly optimized operation interface is simple and easy to learn. The system automatically detects when it is turned on. Equipped with a panoramic intelligent analysis system. One-key intelligence can realize all data settings for good materials and bad materials. Comes with wifi remote connection, remote operation is more free.
Adopting the design of feeding protection and soft landing buffer, according to the different needs of domestic and foreign customers, the discharge hopper has two options: "large hopper" and each group of independent "small hopper". The large hopper can be easily installed and the small hopper can be installed according to customers' needs. The color selection requirements are higher.
The international cutting-edge industry professional full-color high-speed line scan imaging CCD sensor, and the color sorting special lens tailored by the top international supplier can accurately identify the subtle bacteria of 0.03mm2, and meet the high-end color sorting requirements of heterogeneous and heterogeneous simultaneous sorting and handling.
Intelligent LED light source is steplessly adjusted, which can match the various brightness requirements of different materials. It is designed with cold light source system to have a longer life, high luminous efficiency and strong stability. It can be equipped with RGB variable color background lights for better selection.
Using the latest one-button capture system, real-time collection and processing of material pictures, with the latest multiple intelligent and complex algorithm, provides a more flexible sorting combination scheme for various impurities, with higher color accuracy, and bringing out more low.
Structural Schematic Diagram: