Particle Separation
Trotter Equipment provides application-driven expertise in particle separation technologies, helping customers improve product uniformity and process efficiency. Effective separation is essential for controlling particle size distribution, removing unwanted material, and meeting quality targets across a wide range of industrial processes. With an understanding of how material behavior, separation criteria, and throughput requirements affect performance, Trotter helps customers identify solutions tailored to their specific applications.
Rather than treating particle separation as a standalone step, Trotter considers how separation equipment fits into the overall process flow. By evaluating factors such as feed characteristics, desired cut points, and integration with upstream and downstream operations, Trotter connects customers with separation solutions designed for consistent, dependable results. This consultative approach helps support reliable operation, improved process control, and long-term system performance.
View Our Particle Separation Principals
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Prater Industries
Since 1925 Prater has remained committed to providing innovative, tailored material size reduction, separation, and process solutions to a diverse set of customers and industries. A value-facing company, Prater prides itself on collaborating with our customers to create optimal business outcomes.
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Rotex
Committed to innovation with their patented gyratory reciprocating motion and automatic screen tensioning, Rotex has been recognized as a leader in industrial separations, sifting, and grain cleaning since 1844. Through their gyratory motion and exclusive drive units, Rotex screeners achieve the optimal G-Loads – making them a top choice within the industry.
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Vibra Screw
State of the art feeders designed to handle bulk solids as if they are liquids. Since 1955 Vibra Screw has remained committed to innovative solutions to improve material flow through applied vibration. Their patented technology is designed to overcome flow resistance by imparting motion to the material through a controlled vibration.