Powered by an AI-driven RGB/MSI flexible camera combination and proprietary deep learning algorithms, this sorter continuously optimizes defect recognition capabilities with new samples, achieving industry-leading defect removal and quality grading in the dehydrated carrot sector.

Leveraging AI spectral analysis technology, this equipment delivers a precise optical sorting solution for dehydrated carrots, efficiently eliminating discolored materials and foreign impurities to significantly enhance finished product quality.

• Compact single-layer belt sorting system for quick installation
• Optional innovative dual-layer vibrating feeder: enables uniform material distribution for high throughput, ensuring full spread of dehydrated carrots and effectively reducing overlap
• Food-grade stainless steel reinforced body: complies with global food safety and hygiene standards
• Sealed sorting chamber and electrical cabinet: industrial-grade dustproof design, suitable for high-dust environments
• Quick-release belt design: facilitates daily cleaning and maintenance to meet higher food safety requirements
• Mature and reliable integrated dust removal control system: ensures continuous and stable operation
• Modular design: belt widths of 300 / 600 / 1200 mm available to adapt to different production capacity requirements

• Proprietary AI deep learning algorithm: continuously optimizes defect recognition capabilities based on new samples
• High-resolution RGB color imaging system: accurately captures subtle defects
• High-brightness LED lighting system: ensures clear and stable imaging
• Optional InGaAs-SWIR short-wave infrared camera
• Optional UV fluorescence detection camera
• Industry-leading precision detection capabilities
  • Color defects: browning, discoloration, scorch spots, mildew, residual skin
  • Shape defects: fragments, agglomerates, deformities, size non-conformities
  • Drying defects: uneven dehydration, sugar crystallization, rehydration and moisture regain
  • Foreign contamination: plastic/rubber fragments
  • Biological contamination: microbial colonies (requires UV module support)

• Optimized design balancing durability, high-speed response and low air consumption
• Maintains precise ejection and stable performance even under high-throughput sorting conditions
• Significantly reduces false rejection rates and lowers overall operating costs

• Intuitive human-machine interface: supports multi-language switching
• One-click switching of product sorting parameters
• Comprehensive remote support system
  • Remote access and real-time monitoring
  • Performance data dashboard
  • Online expert diagnosis
  • Interactive troubleshooting