PHOENIX‑AI Intelligent Color Sorter For Frozen Materials

Developed by Anhui Ruize, this intelligent color sorter is tailor‑made for frozen materials. It deeply integrates image acquisition, image processing, intelligent annotation, AI algorithm models and software scheduling to realize fully‑automatic intelligent color sorting throughout the whole process. Featuring exclusive waterproof and low‑temperature adaptive design, the machine runs stably even in harsh production environments with heavy water mist and low temperatures. It stands up to tough working conditions and delivers solid support for frozen‑food processing lines.

Equipped with a miniature machine‑vision system integrating high‑fidelity image acquisition and real‑time processing.Under high‑speed imaging mode, it accurately tracks every single piece of material and captures subtle feature details, meeting the most stringent color‑sorting standards.

Optimized by both precision optical design and advanced algorithm models, it performs pixel‑by‑pixel distortion correction to restore the true geometric shape and surface texture of materials. This technology delivers high‑fidelity data for subsequent identification, ensuring reliable and accurate judgements.

Simulating the human “eye‑brain” collaborative recognition logic, it features strong anti‑interference capability to extract multi‑dimensional material features precisely. Through continuous comparative learning, it rapidly classifies materials and grades quality. Built‑in dedicated AI NPU chip provides powerful computing capacity for high‑speed production lines, enabling real‑time and efficient mass‑data processing and model inference.

Self‑developed detection model library with over 30 mature color‑sorting models available for flexible online calling and switching. Operators can quickly adjust parameters for different materials to achieve “one dedicated solution for one material”, greatly expanding the application scope of the color sorter.

Intelligently controlled multi‑channel parallel valves with microsecond‑level response for highly‑sensitive and precise defect rejection. Flexible valve opening‑closing dynamically adapts to line speed variations. It maintains high throughput and stable efficiency amid large output fluctuations, fully satisfying large‑scale production requirements.