Lab4Life Webinar Series – Webinar #6

Scaling a lyophilization process from laboratory development to commercial manufacturing is one of the most challenging transitions in pharmaceutical development. Differences in equipment design, environmental conditions, heat transfer behavior, freezing dynamics, and mass-flow limitations can significantly affect product quality and cycle performance.

As highlighted in recent published  industry guidelines and case studies, seemingly minor changes-such as higher or more variable supercooling often observed or expected under GMP manufacturing conditions, variations in condenser and pressure-control capability, or differences in shelf and vial heat-transfer coefficients-can lead to slower drying, changes in cake resistance, incomplete primary drying, collapse risk, or even vial breakage during freezing.

This webinar provides a practical, experience-based roadmap for navigating these risks. Participants will learn how to identify scale-dependent failure modes, assess equipment capability limits, and apply best-practice tools to support robust transfer.
Published and anonymized industry case studies – including challenges with supercooling, condenser and pressure-control limitations, and edge-vial effects-will illustrate why “as is” scale-up often fails and how structured scientific approaches can reduce the risk of costly setbacks.

Attendees will leave with a clear, actionable framework for designing scalable cycles, mitigating transfer risks, and supporting consistent product quality at commercial scale.