AI-powered high-precision optical sorting delivers industry-leading defect removal and quality grading for dehydrated carrots.

Adopting AI spectral analysis technology, this professional precision optical sorting solution effectively eliminates discolored materials and foreign impurities to upgrade overall product quality standards.

• Innovative double-layer belt sorting system
  • Upper main sorting belt: Efficiently screen out all potential defective products including tentative rejects
  • Lower re-sorting belt: Re-inspect rejected materials from the upper layer to accurately recover qualified products
• Optional dual-layer vibrating feeder enables high-capacity uniform feeding, fully spreading materials and reducing overlapping
• Food-grade stainless steel structure complies with global food safety and hygiene regulations
• Fully enclosed sorting chamber and electrical cabinet with industrial dustproof design, suitable for heavy dust working conditions
• Quick-detachable belt structure for easy daily cleaning and maintenance, meeting strict food safety requirements
• Integrated stable dust removal control system ensures long-term steady operation
• Modular structure with optional belt widths (600/1200mm) to match diverse production capacity demands

• Self-developed AI deep learning algorithm continuously optimizes defect recognition accuracy via massive dehydrated carrot sample training
• High-definition RGB color imaging system captures tiny subtle defects
• High-brightness constant LED lighting ensures clear and stable image capture
• Optional InGaAs-SWIR short-wave infrared camera
• Optional UV fluorescence detection camera

• Color defects: Browning, discoloration, scorch spots, mildew, skin residue, oxidative blackening
• Shape defects: Fragments, agglomerates, irregular shapes, off-spec sizes, over-fine/over-large particles
• Drying defects: Uneven dehydration, sugar crystallization, rehydration dampness, local dry scorch
• Foreign matter contamination: Plastic/rubber scraps, metal impurities, sand and gravel particles
• Biological contamination: Microbial colonies (supported by UV detection module)

• Optimized structural design balances durability, response speed and air consumption efficiency
• Maintains precise rejection and stable performance under high-volume sorting operation
• Greatly reduces false rejection rate and cuts overall operational costs

• User-friendly human-machine interface with multi-language switching function
• One-click parameter switching for dehydrated carrot sorting modes
• Comprehensive remote support system
  • Remote access and real-time operation monitoring
  • Operational performance data dashboard
  • Online professional technical diagnosis
  • Interactive troubleshooting guidance