Intermediate Bulk Containers (IBCs)

IBC-based powder handling systems improve flexibility, product quality, containment, and production efficiency compared with fixed installations.

IBC systems decouple each manufacturing step and allow materials to move safely between processes in sealed containers. Unlike fixed mixers, they support faster product changeovers and more efficient use of equipment, which helps increase throughput and overall equipment effectiveness.

They also help maintain blend uniformity from mixing to discharge. Because material stays within the same controlled container throughout the process, there is less product handling, lower risk of variation, and more reliable batch consistency.

Another key benefit is hygiene and containment. Sealed IBC systems help reduce dust exposure, support allergen control, and make it easier to protect product quality in food, pharmaceutical, and chemical manufacturing environments.

IBC-based systems also reduce downtime. Containers can be cleaned offline while production continues, which means manufacturers do not have to stop an entire fixed line between recipes or batches. This creates a more agile operation that can respond faster to changing demand and shorter production runs.

Finally, IBC-based powder handling systems are easier to scale and adapt over time. Their modular design supports future expansion, automation, and process improvement without the disruption and cost typically associated with changing fixed installations.

Matcon IBCs are capable of integration with automated filling, discharge, and packaging systems.

Matcon IBCs are designed to work as part of a wider automated powder handling system, not as stand-alone containers. They can be integrated with upstream filling equipment, controlled discharge stations, material transfer systems, and downstream packaging lines to create a connected process from raw material intake to final pack-off.

A key advantage is that the IBC acts as both the transport and process container. This allows material to move between filling, blending, discharge, and packaging stages without unnecessary intermediate handling. The result is a more efficient process, better batch control, and lower risk of product loss.

Matcon systems also support automation goals through modular design. This makes it easier to connect IBCs with conveyors, forklifts, AGVs, milling equipment, compactors, and in-line process technologies as production needs change or expand.

For manufacturers, this means improved throughput, safer material transfer, and more consistent discharge into downstream equipment.

Matcon IBC systems reduce operator exposure and manual handling by containing powders within sealed, automation-ready process containers.

Matcon IBC systems are designed to keep powder enclosed throughout filling, transfer, blending, storage, and discharge. Because material remains within the same sealed IBC for multiple process steps, operators do not need to repeatedly open equipment, transfer product by hand, or intervene between stages. This helps reduce direct contact with powders and lowers the risk of dust release into the production environment.

The use of contained discharge and controlled material flow also supports safer handling. By delivering powder in a controlled way to downstream equipment, Matcon systems reduce the need for manual emptying, striking, tipping, or other operator-dependent actions that can increase risk and inconsistency.

Automation further reduces operator involvement. Matcon IBC systems can support automated transfer and discharge processes, which helps minimize handling errors, improve repeatability, and reduce health and safety risks in food, pharmaceutical, and chemical manufacturing.

Another important benefit is that IBCs can be cleaned offline. This allows production to continue without stopping the full line for cleaning activities, reducing unnecessary operator intervention while supporting hygienic processing.

In practical terms, Matcon IBC systems help manufacturers improve containment, reduce dust exposure, lower manual handling requirements, and create a safer, more controlled powder handling process.