Container-based transfer is a good option when flexibility, product separation and contamination control are important. It is especially useful for plants with many recipes, sensitive ingredients or product groups that should remain physically separated.

A well-designed transfer concept limits unnecessary contact between products, equipment and routes. Container-based systems can further reduce risk by using dedicated containers for specific product groups and controlled identification such as RFID.

Yes. KSE can adapt transfer concepts to the available space, existing equipment and required process flow. Solutions can be implemented as part of a wider upgrade, or step by step within an existing animal nutrition plant.

Transfer routes can be controlled through PROMAS automation, giving operators insight into routes, equipment status and process progress. This helps manage material flow from intake to final batch, while supporting traceability and production control.

Filling stations create a controlled point where materials or batches are transferred into containers, bins or downstream equipment. They help make internal transfer more structured, especially when materials need to be identified, weighed, dosed or routed to the next process step.

The right choice depends on the material, batch size, contamination risk, available space, automation level and required flexibility. KSE helps compare these options and define a transfer concept that fits the plant layout, production goals and long-term expansion plans.