Clean industrial fluid is a key to quality and productivity. And keeping fluid cleaner over longer service intervals is a key to cost-savings and improved profitability.
That’s why fabricating and metalworking operations use Spinner II fluid-cleaning centrifuges – the world leader in bypass filtration.
A Spinner II centrifuge does what a full-flow filter alone can’t: it cleans fluids down to the sub-micron level and it literally removes contaminants from the fluid stream. In the process, it preserves additive effectiveness and prolongs full-flow filter life. So your machinery and processes run cleaner, longer.
Making Machinery and Processes Run Better.
Spinner II® centrifuges clean metalworking and machining cutting oil, quench oil, press oil, hydraulic oil, waste oil and other industrial fluids.
They are effective with a wide range of machinery and manufacturing processes, including cutting, grinding, honing, stamping, wire drawing, gun drilling, CNC machining, electrical discharge machining, boring, quenching, heat treating and more.
A Spinner II centrifuge is a highly efficient, self-contained, oil-cleaning unit for bypass and off-line filtration. Powered only by engine oil pressure, It operates at speeds in excess of 6,000 rpm, generating a force more than 2,000 times greater than gravity. This force extracts solid contaminants from the fluid stream and deposits them on the inner wall of the cleanable rotor as a dense, solid cake.
The Spinner II 6600HS centrifuge is designed for the toughest oil cleaning applications with high volumes of abrasive contaminants.
A unique sealed-bearing design allows the Model 6600HS to purify oil while protecting critical surfaces in the high-speed centrifuge rotor from interference and wear.
Maintaining your centrifuge is easy and consists of periodically removing the debris captured by the centrifuge.
Service intervals vary by individual operating conditions. But the large debris-holding capacity of Spinner II rotors means they typically remain in service several times longer than ordinary media full-flow filters.