Productivity enhancing bioreactor for scalable organoid culture. 

Amsbio announce the RPMotion – a spinning organoid bioreactor that facilitates fast, easy and efficient organoid culture for drug discovery, disease modelling and regenerative medicine.

Until now organoid expansion has been an expensive and time-consuming static process, requiring large amounts of materials, skilled labour and time. Benefiting from a novel bioreactor design – the RPMotion – overcomes current limitations in organoid expansion / differentiation methodologies, helping laboratories improve efficiency and reduce reliance on manual processes.

Design optimised for automated small-scale (5-50ml) expansion and differentiation of organoids – the easy-to-use RPMotion delivers on average 5-fold faster organoid expansion compared to current culture methods. As a result, labs using the RPMotion can expect to reduce cost of organoid culture ingredients by 60%, and labour use by 75%. This unique organoid bioreactor needs minimal attention and can be monitored without even opening the incubator.

The compact RPMotion is controlled through an intuitive external LCD screen, which allows the user to cycle through different programs that fit the needs of their specific organoid type. To further increase productivity – the RPMotion has a multiplex feature allowing it to run 4 tubes in parallel, thereby enabling simultaneous experiments, and up to twenty-eight addition bioreactors can be connected through a simple plug-and-play feature controlled by the one LCD screen.

The RPMotion – a spinning organoid bioreactor 

Not only does the RPMotion improve organoid culture productivity – but this bioreactor is also ideal to aid in the production of a consistent high-quality organoids making it an ideal for GMP aligned workflows.

For further information on the RPMotion spinning organoid bioreactor please visit https://www.amsbio.com/3d-cell-culture-extracellular-matrices/orgonex-rpmotion-organoid-bioreactor/ or contact Amsbio on +31-72-8080244 / +44-1235-828200 / +1-617-945-5033 / [email protected].