Heavy-duty recovery
Designed around demanding, high-volume material streams.

Magnetic separation systems designed to prevent downtime, reduce maintenance costs, and improve system reliability.
Prevent Damage | Reduce Downtime | Protect Product Purity
We help identify and implement the right magnetic separation solution to remove tramp metal, prevent costly damage, and improve system reliability.
Get a System RecommendationRecover ferrous metal from demanding bulk streams.

High metal loading or heavy impacts wearing out your separation equipment?
Dings Deep Draw drums are permanent magnetic separators for heavy ferrous recovery duties, including scrap, slag, wood waste, and recycling. A rotating shell carries captured metal away from the feed stream.
RTS helps review your operating conditions, installation, and separation goals with Dings before recommending a configuration.
Designed around demanding, high-volume material streams.
A replaceable manganese wear cover protects the drum shell.
The internal magnetic assembly can be positioned for different feed locations.
Distribute material across the working width.
The internal field holds ferrous material against the rotating shell.
Metal leaves the magnetic zone into its separate discharge.
Share your feed rate, maximum lump size, ferrous loading, feed arrangement, discharge space, and impact conditions. Include photos or drawings when available.
The magnetic field is permanent. The rotating drum still needs a drive, so include power and drive requirements in the review.
Send the duty information above, the main problem with your current system, and your target result. We will review the equipment, installation constraints, and any testing needed before final selection.
Send the model and serial number, installation photos, and a description of the issue. We can review the next steps for application support, replacement equipment, or parts.
View the manufacturer reference for this product. Final specifications and available options are confirmed with the quotation.