Multi-Modal Detection Platform
AISORT Multi-Sensor Fusion Sorter
Integrated detection platform combining RGB, NIR, 3D and optional auxiliary sensing for difficult mixed waste and complex packaging recovery tasks.
Overview
The AISORT Multi-Sensor Fusion Sorter is engineered for mixed waste streams that require more than one sensing method. By combining color vision, near-infrared identification, depth information and optional auxiliary signals, it improves recovery quality in applications where single-sensor systems reach their limits.
Key Advantages
Multi-Modal Recognition
Combines multiple data sources to classify difficult materials and heterogeneous packaging.
Complex Stream Performance
Better suited to mixed municipal, commercial and industrial feedstock with unstable composition.
Reduced False Classification
Cross-checking across sensors improves confidence and lowers contamination carry-over.
Advanced Upgrade Path
Ideal for facilities moving beyond basic optical sorting into higher-value recovery targets.
Flexible Configuration
Sensor combinations can be tailored to feedstock type, purity target and plant economics.
Industrial Data Visibility
Multiple data layers improve process diagnostics and performance optimization.
Applications
- Mixed municipal solid waste with unstable composition.
- Complex packaging recovery with overlapping material characteristics.
- WEEE pre-processing and difficult industrial scrap fractions.
- High-value recovery tasks requiring more than a single optical signal.
How It Works
1
Feed Conditioning
Material is stabilized for simultaneous multi-sensor inspection.
2
Parallel Sensing
RGB, NIR, depth and auxiliary sensors inspect the same target from complementary viewpoints.
3
Fusion Engine
A rules and AI decision layer combines the sensor outputs into one sorting judgment.
4
Controlled Discharge
Targets are separated using configured discharge logic matched to the line architecture.
Specifications
| Sensor Stack | RGB, NIR, 3D and optional auxiliary sensing |
|---|---|
| Throughput | 2-10 tons/hour |
| Typical Use | Mixed municipal waste, complex packaging, difficult industrial streams |
| Detection Logic | Sensor fusion with AI-assisted decision model |
| Integration | New line deployment or advanced retrofit module |
| Power Supply | 380V / 50Hz / 3-phase |
Suitable materials and output targets
Best suited to difficult mixed streams where no single sensor can classify all targets with enough confidence.
Mixed municipal waste
Useful where feedstock varies widely and object recognition must combine multiple signals.
Complex packaging fractions
Improves separation where overlapping visual and compositional traits challenge single-mode sorting.
Industrial scrap blends
Suitable for heterogeneous lines that need stronger classification certainty before separation.
Upgrade-intensive facilities
Strong fit where plants are moving beyond basic optical sorting toward more difficult recovery targets.
Recommended solution paths
The fusion platform performs best in difficult recovery scenarios where feedstock instability or contamination complexity is structurally high.
Existing Plant Modernization
A practical fit for old lines that need stronger classification without full replacement.
View solutionChemical Recycling Feed Preparation
Useful where complex material identification helps stabilize advanced recycling feedstock.
View solutionTechnical Information
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