In the evolving landscape of biopharmaceutical production, perfusion, and continuous processing technologies are revolutionizing how manufacturers meet the demands for smaller-volume, targeted therapies. These methods enable the production of sensitive proteins that degrade in traditional batch or fed-batch operations, while allowing for rapid adaptation to market changes. By circulating medium through growing cultures, perfusion facilitates the simultaneous removal of waste, supply of nutrients, and harvesting of product—all without interrupting the process. Continuous processing, in turn, streamlines production by eliminating the need to stop between steps, resulting in a seamless flow from start to finish.

Enhance Perfusion Systems and Continuous Processing with CPC Single-Use Aseptic Connectors

CPC’s broad range of aseptic connectors address the safe media transfer needs of faster product changeovers for small-batch production used in perfusion and continuous processes. Engineered for biopharmaceutical manufacturing, our genderless, sterile connectors simplify process integration, maximize flexibility and streamline your supply chain. Innovative connection technology from CPC helps meet the demands for rapid drug development, sterility assurance and improved manufacturing productivity.

Perfusion and Continuous Processing Help Drive Down Operating Costs

Our integrated solutions focus on sterile operations, ensuring media integrity and high yields in upstream bioprocessing. Designed for flexibility in single-use systems, these technologies reduce capital investment, cleaning and validation costs, and equipment footprints. Whether you're scaling up in smaller bioreactors (e.g., 2,000 L versus 20,000 L) or running multi-product campaigns with culture times extending 30-100 days, our products deliver precision, reliability, and sterility assurance.

Biopharma professionals rely on our purpose-built portfolio to streamline fill and finish workflows, from formulation suites to storage/filling suites, including lyophilization, inspection, packaging, and through-the-wall systems in isolators—delivering safe, efficient biologics for human administration. ​