Dual-belt models designed with high hygiene standards for nuts and dried fruit sorting, featuring secondary re-inspection to minimize false rejections and maximize yield. Powered by AI-driven VIS imaging and high-performance air ejectors, the system efficiently identifies and rejects discolorations, surface blemishes, and foreign material, delivering deep-learning–refined sorting precision.

Tailored chute models for premium nuts sorting, featuring deep integration of 2-band SWIR imaging and high-resolution VIS imaging. SWIR identifies visually indistinguishable shells and foreign material, while VIS detects discolorations and surface blemishes simultaneously. Equipped with high-performance air ejectors, the system achieves high-precision rejection.

Single-belt models designed with high hygiene standards for premium nuts sorting, featuring deep integration of 2-band SWIR imaging and AI-driven high-resolution VIS imaging. SWIR identifies visually indistinguishable shells and foreign material, while VIS detects discolorations and surface blemishes simultaneously, delivering deep-learning–refined sorting precision. Equipped with high-performance air ejectors, the system achieves high-precision rejection.

Tailored dual-belt models for cashew kernel sorting. Powered by AI-driven 4-view cross high-resolution VIS imaging and high-performance air ejectors, the system efficiently identifies and rejects defective kernels and undersized kernels, delivering deep-learning–refined sorting precision. The upper belt captures obvious defects, while the lower belt further processes half kernels and small kernels.

Tailored multi-array roller models for cashew kernel grading. Powered by AI-driven 360° high-resolution VIS imaging and high-performance air ejectors, the system completes multi-dimensional, high-precision grading of cashew kernels in a single pass according to international trade standards, delivering deep-learning–refined sorting precision.

Tailored single-belt models for freshly harvested coffee cherry sorting. Powered by high-resolution VIS imaging and high-performance air ejectors, the system efficiently identifies and rejects visible defects, including underripe, overripe, and moldy cherries, as well as foreign material.