Category:
Recycling Systems
Machine type:
Turbo Mill
Turbo Mill: TM Series
SWEED Turbo Mill: Streamlined Copper Wire Separation Innovation
SWEED’s Turbo Mill is a screenless processor that effectively and efficiently processes #2 copper wire and other fine wire, making it easier to separate.
Traditional fine wire tends to trap plastic, making separation challenging, but the Turbo Mill eliminates this issue. The Turbo Mill’s innovative approach to liberating copper from plastic is a game-changer. Through a dynamic process of tumbling and pulverization, it rapidly removes insulation, creating small copper pellets that flow freely, ensuring effortless separation from plastic. This process significantly increases copper recovery, provides a purer end product, and allows for more throughput.
SWEED’s Turbo Mill is a compact yet impactful addition for any company handling #2 wire. Its cutting-edge technology and user-friendly design make it a must-have for companies looking to optimize copper recovery, increase purity, and boost their bottom line.
Ease of use is a hallmark of SWEED’s machines, and the Turbo Mill is no exception. Available in power options ranging from 40 to 150hp, it seamlessly integrates into existing systems.
Category:
Recycling Systems
Machine type:
Turbo Mill
Construction Features
SWEED’s turbo mill boasts a robust design and seamless integration capabilities, optimizing wire and cable separation with its innovative technology. It efficiently processes fine copper wire, enhancing material recovery and reducing system maintenance, all within a durable construction.
Size ranges from 40 – 150 HP
Seamlessly integrates into existing systems
Liberates wire from plastic
Minimal maintenance required
Aids in recovering more copper from fine hairs
Increases throughput
Made and supported in the USA
Turbo Mill Demonstration
The turbo mill is a stationary piece of equipment that can be incorporated into any new or existing system. It effectively increases throughput on low-grade wire and allows a wider range of materials to be effectively processed.
