
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.
Product Name :
AI Optical Sorter for Construction and Demolition WasteModel :
146BWorking Width :
1400mmSorting Accuracy :
≥95%| Name | AI Optical Sorter for Construction and Demolition Waste |
| Type | FASTSORT-CDW-AI |
| Model | 146B |
| Working Width | 1400mm |
| Power | 7kW |
| Weight | 3100kg |
| Sorting Accuracy | ≥95% |
| Working Voltage | Three-phase AC380V/50Hz |
*The above data is for reference only, please refer to the actual equipment; Sorting accuracy may vary due to differences in incoming material; Configurable to meet varying electrical requirements in different countries

Remove impurities such as wood, plastic, aerated blocks, films, etc., from construction and demolition waste to improve aggregate purity.
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%.
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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.
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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.
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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
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Standard: Al Sensor, Hyperspectral Sensor · 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. The FASTSORT TEXTILE series is a high-performance intelligent optical sorting system dedicated to the textile recycling industry. By integrating AI Vision Recognition with SPEC Hyperspectral Sensing technology, it delivers efficient processing of shredded garments, apparel offcuts, and leather scraps. By precisely identifying material color, composition, and geometric features, the system automates impurity removal and cotton purification, significantly enhancing the purity and market value of recycled fibers.
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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.
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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.
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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.
Read More
IPv6 network supported
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