IN Brief:
- Hapman is targeting ingredient handling applications where dosing accuracy, flow reliability, and cleanability are critical.
- The PosiPortion combines flexible-wall hopper design, external paddle agitation, and support for gravimetric or volumetric control.
- Material testing and configuration support are intended to tailor performance for powders, granules, and integrated process lines.
Hapman is highlighting its PosiPortion feeding system for food processing applications that require controlled, repeatable bulk material delivery. The unit is designed to operate in both gravimetric and volumetric modes, giving processors a way to match dosing accuracy to the demands of blending, batching, and recipe control.
The feeder is aimed at products that can be difficult to move consistently, particularly materials prone to bridging, agglomeration, or degradation during handling. A flexible-wall hopper is intended to maintain product flow, while external paddle agitators keep material moving without encouraging segregation or damaging particle structure. That combination is designed to support recipe consistency in applications where uniform dosing is closely tied to finished product quality.
Hapman says the PosiPortion can handle a wide range of ingredients, from fine powders through to larger granules, and can be integrated into wider conveying and process systems. The feeder is mounted in a structural tubing frame, with quick-coupled components that allow faster disassembly and cleaning. That layout is intended to reduce maintenance time and simplify sanitation work between runs or product changes.
The system also forms part of Hapman’s broader application-specific configuration approach. The company offers material testing to identify auger, hopper, and control arrangements suited to the flow behaviour of individual products, which becomes more important where ingredient characteristics vary sharply from one formulation to another. In plants where small variation at the dosing stage can quickly affect yield and consistency downstream, tighter control over how materials enter the line remains a practical advantage.
