M&M Milling provides industrial screening services that help manufacturers achieve more consistent particle size distributions, remove oversized material, and prepare products for additional processing or packaging. Screening can be performed as a standalone service or integrated into a larger toll processing project.
Industrial screening separates particles according to size using screens with specific mesh openings. As material moves across the screen surface, particles are sorted into different size fractions.
Screening may be performed before milling, after milling, before packaging, or at multiple points throughout production. The objective is to produce a more consistent material that meets particle size requirements and performs as intended in its final application.
No two materials behave exactly the same during screening. Particle size, density, shape, moisture content, and flow characteristics all influence screening performance.
M&M Milling evaluates each project individually to determine the most effective screening process. Our screening capabilities support both small and large production runs across a variety of industries and material types.
At M&M Milling, vibratory screening uses controlled vibration to separate particles according to size. This method is commonly used for powders and granular materials that require efficient processing and high throughput. Vibratory screening can remove oversized particles, classify material into specific size fractions, and support quality control requirements.
M&M Milling also offers gyratory screening for applications that require a gentler approach to particle separation. Using a controlled circular motion, this method allows material to spend more time on the screening surface and can improve sizing accuracy for certain products. Our team often recommends gyratory screening when tighter particle size control is required or when working with materials that may be be damaged by more aggressive screening methods.
In many operations, industrial screening serves as a final quality control step before material is packaged and shipped. In others, it creates a more uniform feedstock before additional processing takes place.
Industrial screening can perform several functions depending on the material and desired outcome.
Scalping removes oversized particles, debris, or contaminants before further processing. This can help protect downstream equipment and improve product consistency.
Classification separates material into defined particle size fractions. This process is often used when products must meet specific particle size distribution requirements.
Sifting removes agglomerates, oversized particles, or unwanted material before packaging or shipment.
Grading separates materials into multiple particle size ranges for use in different products or applications.
Dedusting removes excessive fines from a material stream. This can improve handling characteristics and reduce dust generation during storage, transport, and packaging.
M&M Milling provides industrial screening services for many dry bulk materials and powders used across industrial and agricultural markets. Common materials include minerals, industrial materials, agricultural products, feed ingredients, specialty powders, recycled materials, construction materials, and performance additives.
Yes. Some materials are screened before milling to remove contaminants or create a more uniform feedstock. Others are screened after milling to separate particles by size and verify the final product meets specification.
M&M Milling supports customers in industries including industrial manufacturing, animal feed, battery materials, minerals, chemicals, and soil remediation. Screening can be used as a standalone service or combined with milling, blending, packaging, and other custom powder processing services to help materials meet particle size and quality requirements.
Providing details such as material type, current particle size, target particle size range, production volume, and specification requirements helps our team evaluate the project and recommend the most appropriate screening solution.