Automatic Sweet Potato AI Smart Sorter

A:Our machine uses a deep learning convolutional neural network (CNN). During initial setup or product changeover, the system is trained by analyzing thousands of sweet potato images (including both acceptable and defective products). The AI ​​then builds its own "acceptable" and "unacceptable" criteria based on your preferred features (such as surface integrity, color uniformity, and size).

A:This machine is specifically designed to address the unique challenges encountered in sweet potato processing. It can accurately identify and remove the following defects:

· Mechanical damage: cuts, abrasions, and impact marks.

· Pathological problems: externally visible rot, sour rot, and black rot.

· Physiological problems: growth cracks, rust spots, and deformed products.

· Foreign objects: stones, stems, leaves, and clumps of mud.

A:Weight sorting: Dynamic weighing, error <3 g.

   Camera sorting: Two cameras per channel cover >85% of surface; missed detection negligible.

   Processing capacity: 3–4 t/h per channel, 1–6 channels (3–18 t/h total). Channels and outlets customizable.

A: Yes. Our sorting machines are custom-designed. The machine can be seamlessly integrated upstream (after washing or before peeling) or downstream (final inspection before packaging). We offer custom pipe connections and hopper designs to fit your existing layout.

A:Operation: Brief training enables anyone with basic computer skills to operate. Computer-based control unit supports remote assistance and video guidance.

Maintenance:

Wear parts: Fruit cups can be replaced individually in 2–5 minutes.

Sensors: Periodically check load cells; remove debris with compressed air.

Calibration: Perform monthly or as needed; takes about 2 minutes.

Software: No routine maintenance; remote upgrades available.

Design: Tool-free cleaning of observation window; LED lights rated for 50,000+ hours to minimize downtime.

A:Most customers recover their investment within 6 to 18 months. AI intelligent sorting delivers:

Reduced labor costs: Replaces dozens of manual sorters; one worker can manage 2–3 packing conveyors.

Increased output:Stable, efficient operation unaffected by working hours or fatigue; minimizes idle time and unnecessary movement.

Lower losses, higher yield: Consistent sorting standards eliminate subjective human error and reduce rejection of good products.

Food safety & enhanced image:Automatically removes rotten or moldy sweet potatoes to prevent contamination; modernizes production with AI technology.