Waste is a resource.
Sort for value.
Intelligent plastic recycling through advanced AI optical sorting. Identify, separate and recover suitable plastic materials with precision sorting technology from QUBE Plus.
OPTICAL SORTING
Sorting Makes Value.
Mixed colours can mean missed opportunities.
Plastic recycling involves collection, washing, shredding and sorting. When different colours are mixed in one output stream, the final material may have an inconsistent appearance and fewer suitable applications with colour-specific requirements.
Separate materials. Create better output streams.
Optical sorting identifies target particles and separates them according to the selected sorting requirements. Colour separation can help recyclers produce more uniform-looking flakes for suitable downstream applications.
- Separate target colours from mixed plastic flakes.
- Support more consistent output for buyer requirements.
- Identify selected materials using supported sensing technology.
- Choose sorting configurations based on feedstock and capacity.
From plastic waste to sorted material.
Discover how intelligent optical sorting helps transform prepared plastic waste into separated material streams for suitable recycling applications.
Prepare
Collect, wash and prepare suitable plastic waste for the sorting process.
Inspect
High-resolution imaging and supported sensors identify target material characteristics.
Separate
Precision ejection separates selected particles into different output streams.
Recover
Collect sorted material for further processing and suitable recycling applications.
Intelligence behind every separation.
QUBE Plus combines vision, sensing and sorting technologies to support different plastic recycling applications.
Ultra-HD Vision
High-resolution imaging and AI algorithms support accurate material identification and classification.
AI Deep Learning
Optional deep-learning functionality supports advanced shape and impurity recognition in applicable systems.
Multi-Dimensional Sensing
Integrated sensing supports deeper material analysis for compatible sorting applications.
Precision Ejection
High-frequency ejector technology supports high-speed separation of selected particles.
Flexible Feeding
Adaptive feeding technology is designed to support consistent material flow and sorting efficiency.
Remote Support
Remote monitoring and maintenance support help operators manage equipment operation and reliability.
One recycling industry. Multiple sorting solutions.
Explore the sorting technologies featured in the QUBE Plus catalogue. Each system addresses different material identification and separation needs.
Plastic Colour Sorter
Sorts coloured scrap, packaging and WEEE plastics using CCD imaging, precision ejection, durable LED lighting, up to 12 chutes and optional AI-powered shape recognition.
Polymer Sorter
Uses advanced multidimensional NIR recognition and AI polymer classification for supported polymers, including PET, PP, PE, PVC, PS, ABS, PA, PC, PLA, PMMA and POM.
UV Sorter
Uses multidimensional UV inspection and fluorescence detection for applications including aged PET detection, optical brightening agents and nylon-resin separation.
X-Ray Sorter
Features high-performance X-ray detection, a GOS detector, multidimensional material inspection and AI-assisted classification for supported applications such as flame-retardant plastic separation.
Belt-Type Colour Sorter
Combines belt conveying, high-resolution CCD imaging and high-frequency ejection for suitable granules, irregular particles, UPVC fragments and mixed PVC materials.
Built around the materials you recover.
The catalogue covers these plastic materials and recycling applications across its sorting solutions.
PET Flakes
HDPE
PP
PVC
ABS / PS
Bottle Caps
WEEE Plastics
Plastic Granules
CUBE Series AI-Powered Plastic Sorter
The CUBE Series AI-Powered Optical Sorter is designed for intelligent material sorting in plastic recycling applications, including plastic flakes and PVC flakes. High-resolution industrial CCD imaging captures material images to identify differences in colour, shape, texture, and visible surface defects.
AI-powered deep learning algorithms analyse captured images in real time, while high-speed ejectors separate accepted materials from unwanted or rejected particles. This technology supports optical sorting and material separation in recycling processes.
AI-Powered Image Recognition
Uses high-resolution industrial CCD imaging and AI-based image analysis to identify differences in colour, size, shape, texture, and visible surface defects during sorting.
Plastic and PVC Flake Sorting
Designed for sorting plastic flakes and PVC flakes, supporting relevant plastic recycling and material separation applications.
High-Speed Precision Sorting
Analyses material images in real time and uses high-speed ejectors to separate accepted materials from unwanted or rejected particles.
Sorting Performance
The brochure lists sorting accuracy of ≥99.9% and a rejection ratio of ≥15:1. Actual performance depends on material characteristics, impurity levels, model, and working conditions.
Features and Specifications
Sorting Accuracy
≥99.9% sorting accuracy as listed in the CUBE Series specifications.
Sorting Technology
High-resolution industrial CCD imaging with AI-powered image analysis.
Material Analysis
Analyses colour, size, shape, texture, and visible surface defects in real time.
Rejection System
High-speed ejectors separate accepted material from unwanted or rejected particles.
Sorting Performance
The brochure lists a rejection ratio of ≥15:1 for the CUBE Series.
