In cell and gene therapy manufacturing, a contamination event during fill-finish doesn’t just cost product; it can cost months of patient wait time. The fluid path that carried the material there is rarely where post-mortems start,
but it’s where it should. Fluid management has long been treated as an operational support function, necessary but not strategic. That framing is changing, and for good reason.
This shift to a strategic role is advantageous in the context f aggressive investment in advanced biologics, increasing regulatory scrutiny and a growing emphasis on speed-to-market without compromising control or quality. In this environment, integrated fluid management systems, whether standard, configurable or engineered-to-order, play a pivotal role, helping manufacturers bridge from development and commercialisation
while enabling more robust, flexible operations.
The Evolving Demands of Bioprocessing Operations
From monoclonal antibodies (mAbs) and antibody-drug conjugates (ADCs) to cell and gene therapies, each therapeutic modality introduces unique processing requirements. Biologics can have varying sensitivity to shear forces, temperature fluctuations and material interactions, which place new demands on fluid handling systems. At the same time, manufacturers need to scale processes more quickly and efficiently.
The traditional bioproduction model, where fluid management approaches are adapted or re-engineered at each
stage of scale-up, is no longer practical or sustainable in such a highly competitive environment. Instead, there is a growing need for systems that speed transition from development to GMP manufacturing, maintaining process integrity at every step and meeting the specific needs of different molecules and workflows.
Integrated fluid management systems are designed to address these challenges by bringing together peristaltic
pumps, single-use assemblies, systems, connectors and control elements into cohesive platforms. The result is not only greater operational efficiency and scalability but also improved process understanding and control.
