Optical sorting uses, RGB cameras, AI, inductive sensors and NIR to detect and separate materials by colors, shape, conductivity and composition. This makes it highly effective for metals, e-waste, cables and plastics. <P>SOLUTION: An optical fiber is cut into a fiber cable 2a and a messenger 2b by a separator cutter 7, and a polyethylene. Fourth stage Tribo electric separation From the mixture of PVC/PE plastics, previously prepared and purified of various impurities and non-ferrous metals, PVC concentrate is obtained after the first stage of separation and PE concentrate after the second stage. Many recycling hubs now employ modular processing lines where machines pass the baton like relay racers. Cable stripping specialists peel away the jacketing, granulators chew. Regarding the recycling of OFCs, current methods are hampered by their complex composition (they contain optical fibreglass, polyethylene, gels, aramid fibres and, in some cases of the older cables, aluminium or steel). To improve the recycling of OFCs, the EU-funded 'Long fibre recycling' (L-FIRE). Fiber optic cables have become integral components of modern communication systems, widely utilized in telecommunications, broadcast, and internet services due to their ability to transmit data at high speeds over long distances with minimal loss.