High Performance Magnetic Filters Capable of maintaining machine tool
coolants to 20 micron nominal clarity, without the need for consumable media!

What sets us apart is our raised pole drum construction and the logic employed to index the drum, automatically on demand. Compared to smooth cylindrical drums that rotate
continuously, our raised pole design provides 40% more magnetic surface area per linear foot. And because the drum is not rotated continuously, the captured contaminants being discharged are drier which reduces coolant loss. Our automatic indexing control logic will only rotate the drum when the fluidic probe generates a signal, as the captured contaminants continue to build up in the intense magnetic field. The purpose behind this circuitry is to maintain the optimum porosity of the filter matrix, dictated by the application, flow-rate and the sizing selection. Ultimately the concept results in the most-reliable, ultra-efficient filtration and removal of magnetic and non-magnetic contaminants, from metal-working coolants. Continually rotating magnetic separators remove a much lower percentage of fines by volume, and allow non-magnetic particles to pass as well.

With this technology, these units can achieve 20 micron nominal coolant clarity and removal of over 99% of all grinding fines over twenty micron.

Start saving money now by reducing or eliminating disposable media costs in your ferrous grinding or machining applications. Call one of our application engineers today to find out how we can start saving you money now!

Specifications
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