Copper cable recycling plant | MULTIFLEX
Copper cable recycling plant, shredding and recycling copper, aluminum cables and radiators wires
The Multi-Flex Turbo Zig-Zag series copper cable recycling plants consist of three main units: the grinding mill, the refining turbine, and the densimetric table. Separating the mill significantly enhances the performance and flexibility of the granulator, reduces vibration by improving heat dissipation during grinding, and simplifies routine maintenance.
These Zig-Zag Multi-Flex Turbo cable shredding systems use a TURBO cell refiner and are available in four models, with capacities starting at 882 lbs/h. The TURBO cell refiner enables processing of small-diameter cables—including telephone, data, and capillary cables—without the need to change the processing screen or perform costly material separation tasks.
Cable recycling plant, shredder Multi-flex Turbo granulators are equipped with a zig-zag system for separating the rigid cable. Particularly robust and reliable, they allow the treatment of copper, aluminum and copper-aluminum radiators thanks to the robust grinding mills. The generously sized engines allow to overcome unexpected loads, guaranteeing uniform operations and low energy consumption. Multi-flex Turbo Zig-Zag cable granulators do not require forced cooling systems thanks to the generous sizing of all process components, transport pipes and material dosing cyclones. Cable Granulators Multi-flex Turbo Zig-Zag can be connected to the pre-grinders of the PS or CSR series through an NST series conveyor in order to create a complete recycling plant.
Multi-flex Turbo Zig-Zag series features:
- possibility of treating small diameter cables without the need for expensive sorting operations of the material to be treated (extremely thin cables, standard and large diameter cables can be treated together)
- easy to use
- reliability and robustness
- silent performance thanks to the Silent Technology system
- reduced maintenance times
- low operating costs
- do not require forced cooling


























