FiberMax™ Optical Sorting Machine
FiberMax™ enhances fiber product quality and reduces manual sorting on the fiber QC line. FiberMax™
Fiber Optic Cable Shredded Material Color Sorter
Optical color sorters use advanced sensors and AI to separate shredded fiber optic cables by color, improving purity and recycling efficiency.
How Optical Sorting Works
Optical sorting systems detect and separate materials based on color, shape, conductivity, and composition using a combination of RGB cameras, Near-Infrared (NIR) sensors, and AI algorithms. For shredded fiber optic cables, these systems can distinguish between different colored coatings and separate them efficiently, reducing contamination and enhancing material recovery rates . The process typically involves conveyor-fed shredded material, sensor detection, and air-jet ejection of unwanted or targeted fractions.
Key Features for Fiber Cable Sorting
- High-resolution sensors: Detect subtle color differences in shredded cable insulation .
- AI and machine learning: Continuously improve sorting accuracy by learning new material patterns .
- Sorting speed: Modern systems like MSS FiberMax™ can process up to 1,000 feet per minute (5 m/sec), suitable for industrial-scale operations .
- Single or dual-eject configurations: Allow flexible separation of multiple material types simultaneously .
- Remote operation and touchscreen interfaces: Facilitate easy monitoring and control of sorting lines .
Commercial Solutions
Several companies provide optical sorting equipment suitable for shredded fiber optic cables:
- MSS FiberMax™: Designed for fiber and mixed materials, offering precise color and contaminant separation with high throughput .
- EIR Colour Sorters (JMC Recycling): Capable of sorting metals, plastics, and shredded cables by color and size, producing high-quality end products .
- Eldan Recycling Optical Sorters: Use AI, RGB, and NIR sensors for complex waste streams, including cables, plastics, and e-waste .
Benefits
- Higher purity of recovered materials: Reduces contamination in recycled fiber and metals.
- Improved operational efficiency: Automation reduces manual sorting labor.
- Sustainability: Enhances recycling rates and lowers landfill waste.
- Profitability: Optimized material recovery increases revenue from recycled products . Optical color sorters are therefore a critical technology for recycling shredded fiber optic cables, enabling precise separation, higher-quality output, and more sustainable operations.
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