Enhancing Biopharmaceutical Production Through Advanced Mixing: Boosting Performance With EZJetFlo™ Technology

By Paulo Bento and Scott Patterson

Single-use technology in downstream bioprocessing brings immense flexibility, but standard high-shear mixing options often introduce hidden operational bottlenecks. Conventional single-use impellers rely on direct mechanical connection points that generate high friction, accelerating local heat buildup and shedding particulate debris into sensitive drug products. These mechanical forces risk degrading delicate proteins and antibodies during prolonged mixing cycles. Transitioning to levitating, magnetic-drive impeller technology eliminates all physical contact points within the vessel fluid path. This frictionless design eliminates particulate generation, ensures low-shear dynamics, and significantly improves heat dissipation during critical buffer preparation and purification steps. Adopting this approach protects product purity while maintaining high yield integrity across modern manufacturing lines.

Download the full white paper to explore the engineering mechanics behind frictionless single-use mixing and optimize your downstream workflows.