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Gravity filtration system Micro Master
for coolantfor machine toolshigh-efficiency

Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency - image - 2
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency - image - 3
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency - image - 4
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency - image - 5
Gravity filtration system - Micro Master - LOSMA - for coolant / for machine tools / high-efficiency - image - 6
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Characteristics

Technology
gravity
Designed for
for coolant
Applications
for machine tools
Other characteristics
high-efficiency
Flow

Max.: 300 l/min
(79.252 us gal/min)

Min.: 60 l/min
(15.85 us gal/min)

Description

Micro Master is a series of high-efficiency, gravity-operated, high flow coolant lubricant purifiers using non-woven fabric as the filter medium. Micro Master is reliable and guarantees stable, consistent operation over time. This type of filter is particularly suitable for heavy-duty machining, machining with light alloys (aluminium, brass, etc.), applications with neat oils and 24- hour machining. All Master series models are equipped with a corrugated metal chain which, thanks to the side sealing discs, guarantees a perfect seal of the dirty liquid in the filter section. The filters in this series use a disposable filter medium, which allows the degree of filtration to be varied by changing only the type of filter, always achieving excellent results. Compared to flatbed filters with the same flow rate, the Master range has a considerably smaller footprint and achieves a better degrees of filtration. Operation In the initial phase the fabric, stretched inside the filter, is completely clean. The dirty liquid entering must pass through it into the lower tank, where it deposits the pollutants on its surface. The clean liquid then passes into the lower part where it finds the drain opening and falls into the collection tank. During this phase, the system is stationary and the belt does not advance. The pollutant material that settles there forms the actual filter layer, which in many applications can be up to 10 mm thick. In the intermediate phase, the filter fabric becomes dirty and its permeability is reduced because the dirty liquid continues to deposit pollutants on its surface. And so the liquid level starts to rise.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.