Compact, high-performance machine tool filter, rapid return on investment. Environmentally friendly filter system - Promotes waste reduction
The patented, compact Micromag magnetic filter can provide major cost, quality and environmental benefits to precision machining processes such as grinding, honing, lapping, drilling and EDM applications. With a high collection capacity relative to size it offers a fine particle collection performance with a low initial investment. Ideal for a variety of metal cutting fluids, oils, coolants and other CNC fluids, Micromag provides fine particle filtration without stripping away key properties of the fluids.
Micromag offers significant benefits in comparison to traditional filtration benefits such as reduced costs on consumable filters, increased fluid life , improved product quality and significant reductions in filter and fluid disposal. We can also offer a mobile version for using off-line which is easy to move from machine to machine. Available in 3 sizes (Micromag, Micromag, Micromag HP50 and Micromag HP80) to suit different flow rates this high performance coolant filtration or separation system significantly reduces the need for traditiotional bag filters, cartridge filters or paper band filters or other traditional cutting fluid and coolant filters.
Ferrous particle contaminated fluid enters the inlet port where it is dispersed by the unique tapered radial flow channels. Fluid passes down the outside of the centrally mounted rare earth/Neodymium magnetic core which captures fine ferrous particles along its length, resulting in excellent filtration efficiency including the filnest of particles.
The geometry of the magnetic flux circuit means that contamination builds up in a controlled way, ensuring that the filter can never block, irrespective of how much contamination is held. Channels remain open allowing fluid to continue to flow freely.
The filtered fluid flows through the return slots located in the upper section of the magnetic core, down through the centre and clean, polished cutting fluid exits through the outlet port. The unit is cleaned simply and quickly with a purpose made cleaning tool which scrapes away the ferrous particles, A fully contaminated core can be cleaned in a matter of minutes. Only metallic or ferrous particles are removed from the filter and these can be easily disposed. There are no dirty disposable filter media such as cartridges or bag, paper filters to dispose of, clean fully functional fluids return to the machine.
Sub-micron filtration: if the particle is magnetic, even partially, Micromag will capture it. Elimination of abrasives and non-magnetic materials by hetero-coagulation. Visual inspection of the filtered liquid and contaminants collected./p>
Contaminants are collected in a homogeneous material that can be recycled. No dirty cartridge discarded. Liquids stay effective longer, so you change them less often.
Product number | Flow rate l / min | Contamination capacity kg | Max. operating pressure psi / bar | Connection: NPT (in) | Temperature range °C | Weight kgs | Construction | Dimensions mm | ||
---|---|---|---|---|---|---|---|---|---|---|
A | B | C | ||||||||
MM5 | 70 | 0.9 | 12 | 1 | 5 – 50 | 3.15 | Corps et couvercle en aluminium avec tube en inox. | 190 | 105 | 95 |
MM10 | 100 | 2 | 12 | 1 | 5 – 50 | 5.2 | Corps et couvercle en aluminium avec tube en inox. | 315 | 125 | 100 |
MM20 | 150 | 4 | 12 | 1 1/2 | 5 – 50 | 9.7 | Corps et couvercle en aluminium avec tube en inox. | 605 | 135 | 100 |
Maximum Pressure | 12 Bar |
Magnetic Performance | High intensity |
Circuit Design | Open |
Magnetic Material | rare earth neodymium iron boron |
Magnet Grade | N45 – Inspected & confirmed via hystergraph prior to use |
Temperature | 5°– 50°C |