Success in Perfusion Starts in Process Development
The Smallest, Automated, High-Throughput Bioreactor Yet
The pressure to reduce manufacturing costs is driving the need to improve process efficiency and flexibility, sparking further interest in perfusion technology. As with most processes, success is determined at the process development stage.
The Mobius® Breez Microbioreactor is a 2 mL automated, single-use, perfusion cell culture platform designed to support gentle, adaptable, and reproducible cell culture processes. The system is capable of accelerating a range of applications such as cell line development, media screening and optimization, and early process development.
We invite you to see the Mobius® Breez Microbioreactor in action. Your perfusion journey starts with a Demo!
The 2 mL microbioreactor cassette integrates automated pumps, valves, optical sensors, and a cell retention filter.
Mobius® Breez Microbioreactor
Perfusion is becoming a typical approach to achieving upstream process intensification. The ability to scale down these processes, however, has been limited due to a lack of appropriate technologies. The Mobius® Breez Microbioreactor is designed to meet the needs of full control at a small working volume with high-throughput capabilities. The system is comprised of a single-use, 2 mL microbioreactor consumable, four microbioreactor controllers, utility and communication hardware, and a laptop embedded with control software.
The Mobius® Breez Microbioreactor allows you to increase efficiency and reduce development timelines and costs over traditional technologies that require more material consumption. You can now achieve high cell densities with integrated pH, DO, temperature and cell density control via OD, and predict the performance of traditional stirred tank reactors at a much smaller volume scale, saving you media and associated costs.
The Mobius® Breez Microbioreactor is a 2 mL automated single-use perfusion cell culture platform designed to support gentle, adaptable, and reproducible cell processes. It allows you to increase efficiency and reduce development timelines and costs over traditional technologies.
This document will help you select and manage the spare parts required for your system.
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