FASTSORT-BARRIER-FLUO For Barrier Bottles and Fluorescent Aged Bottles Sorting

Standard: Al Sensor   Optional: Hyperspectral Sensor, Fluorescent Sensor, Metal Sensor   • The entire new-generation FASTSORT™ optical sorter series utilizes ultra-HD true-color line scan cameras, significantly outperforming traditional area scan cameras.​​ ​​​​ ​​• Ultra-high-performance independent controller with industrial-grade cooling, adaptable to workshop temperatures up to 60°C.​​   ​​• Corrosion-resistant high-speed ejector valve with 30 billion cycles ultra-long lifespan, ensuring stable ejection every time.​​   ​​• Thousands of front-end scrap recycling customers, the industry's most comprehensive solid waste big database, identification accuracy over 99.6%.​​

Standard: Fluorescent sensor, Barrier Spectral Sensor   Optional: AI  Sensor   · The DataBeyond FASTSORT-BARRIER-FLUO Barrier-Fluorescence 3D Optical Sorter, an industry-first innovation, integrates two proprietary sensors—the BARRIER Sensor and Fluorescent Sensor — to simultaneous identify barrier bottles, fluorescent bottles, weak-fluorescent bottles, aged bottles, and weak-aged bottles after delabeling. With a sorting accuracy exceeding 98% for barrier bottles, it fundamental resolves the challenge of "excessive barrier flakes" in bottle-washing plants.   · The DataBeyond FASTSORT-AI-FLUO AI-Fluorescence 3D Optical Sorter pioneers the industry's first dual-phase integration of AI Sensor and Fluorescence Sensor (FLUO) . This system simultaneously identifies multicolor bottles, oil containers, recycled bottles, aluminum-neck bottles, wide-mouth bottles, label-residual bottles, fluorescent bottles, weak-fluorescent bottles, aged bottles, and weak-aged bottles.

Standard: Hyperspectral Sensor   Optional: AI Sensor   Sorting for large-sized shredded pieces of household mixed plastics that after being shredded or broken by a hammer   • Equipped with hyperspectral sensor, capable of sorting hundreds of plastic flake materials such as PP, PE, PC, PVC, PET, PA, PMMA, ABS, PBT, PPO, PS, PPE, etc.​​   • Equipped with AI sensor, capable of sorting by color and shape of different flakes.​​   • Application Size: 6mm-50mm.​​

Standard: Al Sensor, Hyperspectral Sensor ​​• The entire machine features innovative aerodynamic design, specifically for sorting lightweight materials.​​ ​​• Active airflow synchronized with the high-speed belt ensures uniform, spread-out, and stable material conveyance.​​ ​​• New collection bin optimizes the flight trajectory of lightweight materials, reducing flotation and turbulence.​​ ​​• AI+SPEC dual recognition system achieves precise identification and sorting of material, color, and type.​​ ​​Applicable Size:​​50mm-300mm Conveyor ​​Belt Speed:​​3.5-4.2m/s

Standard: Al Sensor, Hyperspectral Sensor   · Whole clothes material sorting: Sorts whole clothes by component percentage (e.g., garments with ≥90% polyester content, ≥90% cotton content, or garments with specific proportions of nylon, spandex, wool, hemp, etc.).   · Whole clothes textile style Sorting: Sort out the style of complete clothes. For example: Sort out white + round neck + men's + 100% cotton + T-shirts + high-quality clothes.   · Textile material and color sorting of shredded clothes and clothes scraps.   · Impurity removal: Remove sequins, buttons, zippers, cuffs, embroidery, PU coatings, pearls, and other impurities.

Standard: AI Sensor Optional: Hyperspectral Sensor,  Metal Sensor ​​• Sort plastics from mixed household waste: PET, PE, PP, etc.​​ ​​• Films Sorting: PVC film, PP film, LDPE film, etc.​​ ​​• Metals Sorting: Aluminum cans, tin cans, etc.​​ ​​• Glass Sorting: Clear glass, green glass, brown glass, etc.​​ ​​• Paper Sorting: OCC (Old Corrugated Cardboard), book paper, newspaper, etc.

Standard: AI Sensor Optional:  Hyperspectral Sensor, Metal Sensor Remove impurities such as wood, plastic, aerated blocks, films, etc., from construction and demolition waste to improve aggregate purity.​​

Standard: AI Sensor Optional: Hyperspectral Sensor, Metal Sensor​​ · Accurately separate combustible materials such as paper, wood, and plastic from mixed household waste, and remove non combustible materials such as metal, glass, and stones. · 256 sets of hyperspectral sensors accurately identify and eliminate chlorine containing combustibles such as PVC and CPVC, reducing the generation of dioxins.