Introduction
A food manufacturing company specialising in high-quality ingredient processing required a hygienic and accurate raw material handling system for their production line. The process involved manual bag unloading of powdered ingredients and precise feeding into downstream equipment.
To improve operational efficiency, reduce contamination risk, and enhance formulation accuracy, Enge Plas Automation was engaged to supply and integrate a Bag Dump Station together with a Coperion K‑Tron K2‑ML‑D5‑T35 gravimetric loss-in-weight feeder.
Challenges
The existing operation faced several key challenges. Manual bag handling created dust generation and potential contamination risks within the production environment. Inconsistent feeding of powdered ingredients also affected recipe accuracy and product quality.
Additionally, the lack of controlled gravimetric feeding made it difficult to maintain tight formulation tolerances. Material spillage during unloading increased wastage and housekeeping effort, while limited process control reduced traceability.
For a food production environment, hygiene, accuracy, and consistency were critical concerns that required a more controlled system.
Solution
Enge Plas Automation supplied a hygienically designed Bag Dump Station to provide a safe and controlled method for manual ingredient unloading. The system was equipped with dust extraction control to minimise airborne particles and maintain a clean production area. Its food-grade design ensures compliance with hygiene standards while improving operator safety and cleanliness.
For precise ingredient dosing, the Coperion K-Tron K2-ML-D5-T35 gravimetric loss-in-weight feeder was installed downstream of the bag dump station. This high-accuracy feeder continuously measures material weight loss to maintain a stable and consistent feed rate.
The integrated system ensures smooth transfer of powdered ingredients from manual unloading into automated gravimetric feeding, creating a seamless and controlled process flow.
Results
Following implementation, the manufacturer achieved significantly improved feeding accuracy and formulation consistency. The gravimetric control system ensured stable ingredient dosing, reducing variability in final product quality.
Dust generation and material spillage were minimized, improving plant cleanliness and reducing housekeeping effort. The controlled unloading and feeding process enhanced operational safety and hygiene standards.
Overall production efficiency improved through better material flow and reduced manual intervention, while maintaining strict compliance with food industry requirements.
Conclusion
By integrating a hygienic Bag Dump Station with the Coperion K-Tron K2-ML-D5-T35 gravimetric feeder, Enge Plas Automation successfully upgraded the client’s ingredient handling process. The solution enhanced dosing accuracy, improved cleanliness, and strengthened quality control within the food manufacturing environment.
This implementation demonstrates Enge Plas Automation’s capability in delivering reliable material handling and precision feeding solutions tailored for food processing applications.
