The ENERPAT ES-AIOS-M Series AI Optical Sorter is designed to separate mixed non-ferrous metal scrap in recycling plants. Using high-resolution RGB cameras and AI-based recognition technology, the system identifies differences in material colour, shape and surface characteristics to sort valuable metals such as copper, aluminium and zinc.
By automating material identification and separation, this AI optical sorting machine helps reduce manual sorting requirements, improve metal purity and recover more value from mixed scrap streams.
Key Features:
AI-Based Metal Recognition: Identifies different non-ferrous metal fractions using visual characteristics.
High-Resolution RGB Cameras: Detects differences in colour, shape, size and surface features.
Automatic Air Ejection: Uses high-speed air nozzles to separate identified materials from the product stream.
Improved Sorting Efficiency: Reduces reliance on manual sorting and supports consistent processing.
Flexible Recycling Applications: Suitable for mixed non-ferrous scrap, automotive shredder residue (ASR), appliance recycling and electronic waste recycling.
Available Models:
ES-AIOS-M600: 600 mm belt width, 256 air nozzles.
ES-AIOS-M1200: 1,200 mm belt width, 512 air nozzles.
Technical Specifications:
Air Pressure: 0.6–0.8 MPa
Power: 4.7 / 7.9 kW (M600); 6.5 / 12.5 kW (M1200)
Voltage: 380V / 480V, 50/60Hz
Air Consumption: Less than 3 m³/min (M600); less than 6 m³/min (M1200)
The ENERPAT AI optical sorter can be integrated into existing metal recycling lines as an additional sorting stage, helping recycling facilities improve material separation and the value of recovered non-ferrous metals.
Contact ENERPAT with your material type, required sorting capacity and target metal fractions to discuss a suitable configuration.
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