HD Series Intelligent Optical Sorter Powered By AI-driven RGB Optical Sorting System, It Accurately Identifies Visible Defects.

Powered by AI-driven RGB optical sorting system, it accurately identifies visible defects. The self-developed deep learning algorithm enables continuous iterative optimization with new samples, so its defect recognition capability evolves alongside production data for smarter performance over time.

Focused on visible defect sorting, it delivers consistent and reliable primary sorting quality at a reasonable cost, maximizing return on investment.

• Upper main sorting belt: Efficiently removes all potential defects. Minor false rejection is acceptable to ensure zero missed defective products.
• Lower re-sorting belt: Re-inspects rejected materials and recycles qualified products precisely, greatly reducing loss of good materials.

Spreads materials evenly and minimizes overlapping, improving sorting accuracy and operational stability.

Complies with global food safety and hygiene standards, featuring robust construction and long service life.

Adopts industrial dustproof design for stable operation even in harsh working conditions.

Facilitates easy maintenance and thorough cleaning to meet stringent hygiene requirements.

Ensures reliable long-term operation and maintains optimal sorting performance consistently.

Available in two belt widths: 600mm and 1200mm, catering to diverse production capacities and enabling flexible expansion.

• Self-developed deep learning algorithm supports online learning with new samples to continuously optimize recognition models.
• High-resolution RGB color cameras capture subtle defect details clearly.
• High-brightness LED lighting system guarantees consistent and stable imaging.

This economical integrated solution conducts multi-dimensional inspection to detect common defects of nuts and dried fruits:

• Color defects: Dark spots, oxidation, abnormal discoloration
• Shape defects: Broken pieces, shrivelled produce, malformation, size deviation
• Processing defects: Residual shells, leftover pits, surface attachments
• Biological contamination: Wormholes, visible mildew, rotten areas
• Foreign matter contamination: Insects, stems & leaves, stones, glass fragments

Optimized nozzle design strikes an ideal balance between durability, response speed and air consumption.

It maintains precise ejection under high-output conditions with outstanding stability, lowering false rejection rate, reducing raw material waste and cutting overall operating costs.

Features an intuitive graphical interface with multi-language support.

Product parameters can be recalled with one click for rapid product changeover.

• Remote access and real-time monitoring
• Performance data dashboard
• Online expert diagnosis
• Interactive troubleshooting guidance