We are a worldwide leader in fine mesh separation technology, designing and manufacturing vibratory sieves, separators, ultrasonic mesh deblinding systems and liquid filters for use throughout the processing industries.
Our equipment is engineered for a global market and is supplied to over 140 countries. We have companies in the UK, USA, Belgium, India and China, as well as a far reaching network of experienced agents and distributors across the world.
Russell Finex prides itself in offering the widest range of sieving and filtration equipment in the industry, and combined with innovative thinking and engineering expertise, we are able to provide custom built solutions to suit your unique requirements.
We pride ourselves on our dedicated team of knowledgeable sales engineers and customer service staff ready to rise to every challenge.
Brands
Russell Compact Sieve® - This range of vibratory screens removes all oversized contamination and is ideal for high capacity safety screening of powders and liquid slurries.
Finex Separator™ - These vibratory separators are designed for accurate grading, scalping or sizing of wet and dry materials up to five fractions in one operation.
Russell Eco Filter® - Self cleaning industrial filters to remove contamination and oversize materials from your liquid products.
Vibrasonic® Deblinding System - Ultrasonic screens prevent blinding and blocking of mesh when screening difficult powders, allowing you to sieve on finer meshes.
Products, services
Sieves - These screening machinery units are used to ensure the correct product quality of powders or liquids is achieved by removing oversize contamination.
Filters - Self cleaning industrial filters to remove contamination and oversize materials from your liquid products.
Vibratory separator - These vibratory separators are designed for accurate grading, scalping or sizing of wet and dry materials up to five fractions in one operation.
Ultrasonic Deblinding - the Vibrasonic® system has revolutionized the way difficult powders are screened on sieve meshes, allowing accurate separation down to 20µm.