Bulk material feeding system targets precision food processing applications

PosiPortion feeding system from Hapman supports recipe integrity by preventing segregation and material degradation.
Dec. 26, 2025
2 min read
Courtesy of Hapman
Hapman feeder

Hapman’s PosiPortion feeding system is designed to deliver accurate and reliable feeding performance in bulk solids food processing applications.

The PosiPortion system supports both gravimetric and volumetric feeding, providing precise material control for manufacturers that require consistent dosing and repeatable results. According to Hapman, the system is engineered to improve throughput and maintain product quality by delivering controlled, accurate material flow across a wide range of food ingredients.

The feeder is designed to address common challenges associated with bulk materials prone to bridging, segregation, degradation, and agglomeration. A flexible wall hopper promotes consistent material flow, reducing the risk of interruptions that can impact production schedules. External paddle agitators help maintain material integrity by preventing separation and breakdown, supporting recipe consistency and product quality.

Built on a structural tubing frame, the PosiPortion feeder offers stability and straightforward integration into larger processing systems. Quick-coupled components allow operators to disassemble and clean the unit efficiently, helping reduce maintenance time and downtime in sanitation-focused environments.

The system can handle materials ranging from fine powders to larger granules while maintaining high feeding accuracy. Hapman also offers material testing services to help customers identify the optimal feeder configuration for their specific applications, supporting reliable and consistent performance.

According to Hapman, the PosiPortion feeding system is designed to help food manufacturers improve process control, reduce operational disruptions, and maintain strict quality standards in bulk material handling operations.

This piece was created with the help of generative AI tools and edited by our content team for clarity and accuracy.