Model Mass Transfer, Multiphase Fluid Flow & More in Bioreactors
Most biologic processes are developed in lab-scale tabletop bioreactors with small operating volumes. M-Star CFD helps you scale up processes from lab-scale to production-scale build with greater speed and fidelity than ever before.
Try for FreeMixing Bioreactors with Bottom Mounted Impellers
Learn how to use M-Star CFD to predict the single fluid and multi-fluid mixing behavior of bioreactors across a variety of scales, fluid volumes, and impeller speeds.
"A mechanistic approach for predicting mass transfer in bioreactors"
Read how M-Star worked with Bristol-Myers Squibb to develop and validate physics-based models for predicting mass transfer in sparged bioreactors at multiple scales.
"Modeling mass transfer in stirred microbioreactors"
Pfizer works with M-Star to present a mechanistic in-silico approach for predicting mixing and mass transfer in a two-phase stirred tank bioreactor.
Real-time CFD-Based Bioreactor Models with Integrated Process Control
M-Star President John Thomas highlights the transformative role of digital twins in reactor modeling, emphasizing a physics-based modeling approach over traditional methods.
Get Started with M-Star
Contact us to speak to an M-Star expert and get a customized demonstration and free trial.