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Abstract Rapidly expanding biopharmaceutical market demands more cost‐effective platforms to produce protein therapeutics. To this end, novel approaches, such as perfusion culture or concentrated fed‐batch, have been explored for higher yields and lower manufacturing costs. Although these new approaches produced promising results, but their wide‐spread use in the industry is still limited. In this study, a dialysis rolled scaffold bioreactor was presented for long‐term production of monoclonal antibodies with reduced media consumption. Media dialysis can selectively remove cellular bio‐wastes without losing cells or produced recombinant proteins. The dialysis process was streamlined to significantly improve its efficiency. Then, extended culture of recombinant CHO cells for 41 days was successfully demonstrated with consistent production rate and minimal media consumption. The unique configuration of the developed bioreactor allows efficient dialysis for media management, as well as rapid media exchange to harvest produced recombinant proteins before they degrade. Taken together, it was envisioned that the developed bioreactor will enable cost‐effective and long‐term large‐scale culture of various cells for biopharmaceutical production. 

Roll-to-roll fabrication setup for self-folding films has been developed to enable high-throughput production of three-dimensional self-folding microstructures, a significant step towards successful commercialization.