The Russell Compact Sieve® quickly removes contamination from powders and liquid slurries. It is extremely quiet and doesn’t need any tools to disassemble. All the contact parts are easy to clean so change overs are quick and improve your productivity.
Using only half the space of a traditional vibratory sieve, the Russell Compact Sieve® is ideal for fitting into existing production lines.
Used in a range of applications, including sieving pharmaceutical powders, various food powders and powder paint, these industrial screeners come in different sizes and options to match your sieving requirements. Compared to a standard vibratory sieve of the same diameter, the Russell Compact Sieve® achieves much higher capacities.
Eliminates oversized contamination from your products
Our screeners achieve a higher capacity than standard vibrating screens
The enclosed design contains materials and low noise gives a comfortable environment
A tool-free, quick-release mechanism allows easy disassembly and cleaning
This vibratory screener removes all oversize contamination. Perfect for many applications, including pharmaceutical, food and paint powders, these industrial screeners have an array of options to meet your specific needs.
The Russell Compact Sieve® has a simple but innovative design:
“We required a sieving system that would enable us to check-screen the milk powder to meet the standard set not only by Nestlé but also by Chile and the countries the milk powder is being exported to. With the industry moving towards 2mm screening, it was important to choose a sieve that would meet this criteria without slowing down the production process.”
Jaime Sanchez • Nestlè Chile
Screening flour with a vibratory screening machine to remove contamination and improve product quality.
Read morePowder metallurgy screening technology removes oversize contamination from titanium powder achieving consistent particle size.
Read moreIndustrial sieve for coffee granules guarantees the quality of final granules by removing oversize contamination.
Read moreVibratory sieves are widely used in the processing industries as an efficient way of protecting ingredients and end-products from contamination and lumps. Industrial vibratory screeners are generally made of a single deck containing a mesh which is used for screening out oversize, agglomerates and foreign bodies from liquids and powder. The motor attached to the screen uses an out of balance force to create vibration, which sends the materials through the mesh.
While the word sieves and screens can be used interchangeably, sieves and strainers are not the same thing. Generally sieves can be used to screen powders and liquids, while the term strainer (also referred to as filtration) is more commonly used when referring to screening liquids or slurries.
The difference between circular and linear vibratory sieves are the way in which the machines are shaped and the motion they use to move materials through the mesh. In linear machines, the back and forth motion allows for powders to move linearly during the sieving process and are not typically used for liquid applications. Round vibrating screeners use a circular vibratory motion and are suited to both liquid and powder applications. While both linear and circular sieves use vibration to process materials, circular screening machines tend to be smaller in size and more hygienic in design, making them easier to fit into processing lines, improving process efficiencies, allow more sanitary screening and reducing labor costs.
Implementing Russell Finex's vibratory sieves can significantly enhance quality control in various manufacturing processes. These vibratory sieves are designed to quickly remove contamination from powders and liquid slurries, thus improving the quality of the product. They are also capable of eliminating oversize particles, which can further ensure the consistency and purity of the final product. For instance, the Russell AMPro Sieve Station is a fully automated powder recovery solution designed to guarantee the quality and purity of virgin and reclaimed powders.
The design of Russell Finex's vibratory sieves incorporates several innovative features that ensure consistent and precise screening results. For example, they use high-quality mesh for improved screening performance. Additionally, these sieves rely on vibration to screen and separate powders and liquids, which helps in removing contamination and improving the quality of the product.