Material Handling, Magnetic Separation, and Metal Detection Equipment for the Recycling Industry

Material Handling, Magnetic Separation, and Metal Detection Equipment for the Recycling Industry

Magnetic Separation for Recycling

Magnetic separation utilizes powerful magnets to pull out ferrous metal contaminants from a processing

line, trapping them against the face of the magnet and ensuring they cannot re-enter the material stream. 

The strength of the magnetic field means that continued material flow, no matter how rapid, will not be 

able to dislodge the ferrous material from where it has been initially trapped. 

magnetic separation equipment suitable for gravity free-fall systems, in-line systems, and liquid 

processing systems.

Metal detection for Recycling

Metal detection systems generate an electromagnetic field that material flows through, sensing and 

rejecting any ferrous or non-ferrous metal that is hidden within the material. 

In situations where a magnetic separator may be unable to remove a non-ferrous contaminant, such as 

aluminum, a metal detector is able to sense this metal and remove the contaminated section of material 

from the greater flow of operations. 

metal detection equipment suitable for gravity free-fall, pneumatic, and all conveyor applications, with three 

different packages available for electronics customization.

From feeding material into shredders with magnetic and metal detection separation capabilities, transferring 

that shredded material to a granulator or to a high intensity magnetic separator over a vibratory feed feeding 

an Eddy Current or Drum Separator, we has the complete line.

All of our products are custom designed by our engineers according to the customer’s specifications, allowing 

for them to integrate seamlessly into the existing production environment. Our team of engineers work with 

each customer to deliver a personalized piece of equipment with the physical dimensions to best fit your space 

and flow stream, and with the magnetic components that best suit your separation, detection, and conveying needs.