Chute models tailored for plastic flakes sorting, featuring dual-sensor fusion and high-performance air ejectors. Based on 2-band SWIR imaging, the system identifies and recovers target polymers by chemical composition. Meanwhile, leveraging high-resolution VIS imaging, it sorts by color variation.

Chute models tailored for plastic flakes sorting, featuring dual-sensor fusion and high-performance air ejectors. Based on 3-band SWIR imaging, the enhanced system can identify and separate more specific polymers such as PETG, PPSU, and TRITAN, compared with 2-band SWIR. Meanwhile, leveraging high-resolution VIS imaging, it sorts by color variation.

Chute models tailored for plastic flakes sorting. Powered by advanced UV imaging and high-performance air ejectors, the system efficiently identifies and rejects aged, yellowed, and OBA-containing flakes, guaranteeing AAA-grade rPET purity.

Chute models tailored for dry glass cullet sorting. Powered by AI-driven high-resolution VIS imaging and high-performance air ejectors, the system efficiently detects and recovers high-value glass fractions by color, shape, brightness, and transparency, while simultaneously removing impurities such as ceramics, metals, and stones, delivering deep-learning-refined sorting precision.

Dual-belt models tailored for dry, damp, and mixed glass cullet sorting, featuring upper-level high-sensitivity sorting and lower-level high-efficiency re-inspection. Powered by AI-driven high-resolution VIS imaging and high-performance air ejectors, the system recovers high-value glass fractions by color, shape, brightness and transparency, while simultaneously removing impurities such as ceramics, metals, and stones, delivering deep-learning-refined sorting precision.

Single-belt models tailored for wood recycling. Powered by dual-sensor fusion and high-performance air ejectors, the system recovers target wood types and removes impurities by leveraging dual-energy X-ray transmission and AI-driven high-resolution VIS imaging, delivering deep-learning-refined sorting precision.