It thoroughly transcends the limitations of traditional sorters that rely solely on color differences, enabling multi-dimensional, stereoscopic intelligent recognition and judgment of material color, shape, size, texture, and even material differences, much like the human eye and brain.** This series (including AI Chute Type and AI Belt Type) utilizes a highly efficient image acquisition system and powerful AI computing to rapidly remove tiny impurities from agricultural products (such as moldy grains, insect-damaged items, discolored particles, stones, and glass) and foreign objects/defective items from industrial materials. It is committed to providing customers with ultra-high sorting accuracy and stability of up to 99.9%, establishing itself as an intelligent expert for quality upgrading, cost reduction, and efficiency improvement in global agricultural processing, food safety, and industrial recycling sectors.
- AI Deep Learning Core Technology By incorporating advanced deep learning algorithms, the machine gains autonomous learning and continuous optimization capabilities, enabling precise recognition of "non-color differences" (e.g., shape and texture defects) to handle complex and varying material sorting requirements. 2. Ultra-High Precision and Product Purity Leveraging the synergy between high-definition CCD/CMOS sensors and AI algorithms, it achieves a rejection accuracy of up to 99.9% for various tiny and hidden impurities, significantly enhancing the purity and commercial value of the final product.
- Multi-Dimensional and Comprehensive Detection Beyond visible light sorting, it integrates X-ray intelligent sorting technology (in select models) to perform simultaneous detection based on multiple dimensions such as color, shape, and density, effectively removing high-density foreign objects like metal and glass to ensure product safety. 4. Extensive Material Adaptability The solutions cover dozens of industries, including grains (rice, beans, coffee beans), nuts, tea, minerals, and recycled plastics. A single machine can achieve efficient switching and sorting for a wide variety of materials. 5. Significant Cost Reduction and Efficiency The high-speed and stable sorting capability greatly improves production efficiency and throughput. Furthermore, the highly pure rejection and high-precision reverse sorting features effectively minimize the carryover ratio of good materials, saving labor costs and raw material consumption.
