06.09.26 -- Making Distributed Manufacturing Work Beyond Theory

Learn practical ways to extend HPLC column life through smart sample prep, mobile phase care, protective system components, and routine cleaning to maintain reliable performance.

Watch how innovative connectors streamline workflows, save time, and enhance reliability in critical applications, ultimately supporting improved outcomes in cell and gene therapies.

Discover how high-speed isolator lines enable sterile, scalable manufacturing for complex biologics and injectables with unmatched efficiency and product integrity.

Filter fouling has limited exosome therapeutic scalability—until now. Explore how a breakthrough reagent achieves 50% particle recovery versus 5% traditionally, enabling affordable clinical manufacturing.

Modernize sterile manufacturing with robotic fill-finish systems. Achieve multi-format flexibility and risk reduction to meet the rigorous demands of personalized medicine and small-batch production.

Uncover strategies for scaling MSC manufacturing while mitigating biological and operational risks. See how closed-system platforms and optimized workflows accelerate the path to commercial cell therapy.

Accurate serial dilutions depend on more than calculations. Check out how mixing, tip handling, and workflow consistency influence accuracy, as well as how small adjustments can improve reproducibility.

Investigate how biobased materials in bioprocessing enable measurable carbon emission reductions. Use these practical strategies to meet decarbonization goals and adopt greener, operationally sound practices.

The demand for complex biologics is driving the need for intensified cell culture technologies. Survey how perfusion using ATF has emerged as a leading solution to increase cell density and productivity.