PHOENIX‑AI Double‑Layer Intelligent Color Sorter 

Accurately capture discolored particles and hidden mildew on dried chili peppers, without missing any subtle defects.

High‑dimensional HDR cameras deliver 2D high‑definition imaging to locate defect coordinates grain‑by‑grain, leaving defective materials nowhere to hide.

Deep‑learning‑powered AI intelligent recognition efficiently distinguishes defective peppers with mildew spots, black cores, blemished skins and other imperfections, enabling streamlined quality control.

The double‑layer screening structure achieves progressive sorting to guarantee higher finished‑product purity and more consistent appearance.

Equipped with a miniaturized machine‑vision system that realizes synchronous image acquisition and processing for remarkable efficiency.

Even during high‑speed material capture, it accurately locks onto every dried chili pepper and finely reproduces surface textures and color differences. It maintains strict and distortion‑free sorting standards even for complex shapes such as curled and wrinkled peppers.

Based on sophisticated optical design and intelligent algorithm models, it performs pixel‑by‑pixel distortion compensation for images to truly restore the geometric contours of dried chili peppers.

It effectively avoids misjudgment risks caused by image deformation, delivering more accurate defect positioning and reliable sorting results.

Bionic human‑like “eye‑brain” collaborative recognition delivers strong anti‑interference performance. It deeply extracts multi‑dimensional features including color, texture and edges of dried chili peppers, and rapidly grades materials via continuous learning and comparison.

Built‑in dedicated NPU AI chip provides abundant computing power for high‑speed production lines with latency‑free inference and stable continuous operation.

Self‑developed detection model library with over 30 built‑in online models, covering various dried chili varieties, different moisture levels and common defects including mildew, worm damage, brown spots and blemished shells.

On‑demand deployment enables flexible adaptation to raw‑material fluctuations for effortless quality management.

Intelligent valve port control with multi‑channel parallel cooperation and microsecond‑level ultra‑fast response to precisely reject non‑conforming products.

Smooth‑operating valve assemblies withstand material surges during high‑output periods and avoid energy waste at low throughput. It maintains high‑efficiency stable performance throughout operation and achieves a true win‑win of production capacity and product quality.