DataBeyond Launches FLAKESORT-AI-SPEC: The World’s First Integrated Material-Color AI Hyperspectral Flake Sorter

At CHINAPLAS 2026, DataBeyond officially unveiled the FLAKESORT-AI-SPEC. By integrating 256-band hyperspectral technology with AI deep learning algorithms, this breakthrough equipment resolves the long-standing technical bottleneck of simultaneous material and color sorting. The system enables multi-stage process integration within a single unit, significantly reducing OPEX (Operating Excellence) and CAPEX (Capital Expenditure) for plastic recycling enterprises.

Industry Challenges: The "Material vs. Color" Trade-off

In high-end plastic recycling (such as Bottle-to-Bottle or Engineering Plastic recovery), sorting purity dictates the premium value of the recycled resin. The industry has been hindered by two primary pain points:

●Redundant Processing Stages: Conventional Near-Infrared (NIR) sensors only identify material types. To sort by color, operators must daisy-chain independent color sorters, leading to massive footprints, high energy consumption, and complex maintenance.

●Identification Blind Spots: Traditional 3-band NIR technology struggles with aged flakes and "same-color, different-material" mixtures (e.g., PC/PS/ABS). This results in lower purity levels that fail to meet Virgin-grade replacement standards.

FLAKESORT-AI-SPEC: Four Core Technologies Defining Next-Gen Sorting

1. 256-Band Hyperspectral + AI: Unified Material & Color Detection

The FLAKESORT-AI-SPEC features a self-developed, high-speed 256-band hyperspectral line-scan sensor. Unlike traditional sensors with limited sampling points, this technology captures molecular-level spectral signatures. Powered by AI deep learning, the system executes three tasks in a single pass:

●Multi-Material Identification: Supports 100+ polymers including PP, PE, PET, ABS, PS, PC, PA, and PMMA.

●Ultra-Fine Color Sorting: Distinguishes between transparent, light blue, white, and various variegated colors.

●Contaminant Removal: Optional fluorescence and metal sensors identify and eject aged flakes and metallic particles.

2. Flexible Sorting: Non-Physical Partitioned Full-Plate Channel Design

Traditional sorters use fixed physical channels that complicate product changeovers. DataBeyond utilizes a Flexible Integrated Full-Plate Design. Users can redefine channel functions via software presets without hardware adjustments, allowing for "zero-downtime" switching between small-batch engineering plastics and large-scale PET purification.

3. Full-Spectrum Coverage: From Post-Consumer to Engineering Plastics

Equipped with a comprehensive material database, the unit supports:

●Positive Sorting: Extracting high-purity target materials (e.g., high-purity ABS from WEEE/E-waste).

●Negative Purification: Eliminating all non-PET impurities in PET flake washing lines to achieve food-grade quality.

4. Industrial-Scale Throughput: Maximizing ROI

Available in models ranging from 3 tons/hour to 9 tons/hour, the FLAKESORT-AI-SPEC integrates multiple processes into one machine. This allows clients to reduce facility footprint by 30% and energy consumption by 20%, significantly accelerating the Return on Investment (ROI) cycle.

Strategic Value: Accelerating the Global Circular Economy

The launch of the FLAKESORT-AI-SPEC provides plastic recyclers with a more competitive commercial roadmap:

●Increased Product Premium: Achieving virgin-like purity supports high-end replacement, helping brands meet their recycled content commitments.

●Lowered Market Entry Barriers: The compact, integrated design allows small and medium-sized recycling facilities to access high-end sorting capabilities.

●Reduced Environmental Footprint: Higher sorting efficiency leads to less landfill waste, contributing directly to global carbon reduction targets.

As a global leader in intelligent sorting, DataBeyond has thousands of AI-driven units operating worldwide. We are committed to using AI technology to restore the maximum value of every kilogram of waste.