Optical Separator Specifications

Optical separators are advanced sorting systems that detect and separate materials based on color, shape, size, and infrared signatures, achieving high purity and efficiency.Detection and Sorting TechnologyOptical separators use monochrome or color cameras to analyze materials by color intensity, shape, size, and other unique characteristics. Some models, like NIR (Near-Infrared) separators, detect materials based on their infrared spectra, enabling separation of plastics, paper, cardboard, and wood with high precision ( ). Advanced systems can perform in-flight sorting, detecting and separating materials even while moving, which increases sorting speed and purity ( ).Material Handling and EfficiencyMaterial size range: Typically from 5 mm to 50 mm for glass or similar scrap ( ).Separation efficiency: Up to 99.99% depending on material type and contamination level ( ).Air sorting: Many separators use air jets to remove unwanted materials, ensuring clean separation ( ).Multi-fraction sorting: Some systems allow separation into multiple fractions in a single stage, based on color, shape, or transparency ( ).Hardware FeaturesDurable construction: Designed to handle abrasive materials like glass, with quick-release liners and dust/moisture protection for electronics ( ).Control interface: High-definition touch screens (e.g., 17-inch) for easy adjustment of sorting parameters ( ).Customizable settings: Software allows saving separation parameters for different materials and user access levels (worker, engineer, service technician) ( ).ApplicationsOptical separators are used in recycling, waste management, and industrial material processing. They can sort PET, PVC, glass, ceramics, metals, and other materials with high accuracy ( ). NIR-based separators are particularly effective for distinguishing materials with similar visual properties but different chemical compositions ( ).SummaryModern optical separators combine camera-based detection, NIR spectroscopy, and air-jet removal to achieve high-speed, high-purity sorting. Key specifications include material size range (5–50 mm), separation efficiency (up to 99.99%), multi-fraction sorting capability, and customizable software controls. These systems are widely used in recycling, glass processing, and industrial material separation for maximum efficiency and reliability ( ).