Formulation White Papers & Case Studies

1. Optimizing Liquid And Solid Mixing Across Variable Process Volumes 8/20/2026

   Discover how working volume, material type, and solids behavior affect single-use mixing performance, with practical findings on blend times, homogeneity, analytical methods, and agitation rates.

2. Evaluating Mixing Performance Across Liquids, Solids, And Powders 8/20/2026

   Analytical readings may indicate uniformity before mixing appears visually complete. Explore how material behavior, agitation, working volume, and addition methods affect mixing times.

3. Reliable Mixing Across Changing Batch Volumes 8/20/2026

   See how working volume and agitation speed influence mixing, with practical performance data to help teams assess efficiency across a broad range of upstream and downstream operating conditions.

4. Lyophilization Process Development For Antibody Drug Conjugates 8/18/2026

   See how scientific process development and QbD principles improve freeze-drying performance, strengthen product stability, and support biologics scale-up.

5. Evaluating Clone Performance And Cell-Specific Productivity 8/6/2026

   See how continuous process monitoring and automated at-line analytics support confident CHO clone ranking, consistent cultivation, and scale-up by connecting pH, viable cell density, and more.

6. A Comparison To Traditional Clone Screening Platforms 8/6/2026

   See how 46 CHO clones performed across automated, deep-well, and microbioreactor fed-batch cultures, using cell density, viability, and IgG concentration to evaluate clone performance.

7. Automated Fill And Finish For Cell Therapy 7/20/2026

   Automated fill-finish systems protect sensitive cell therapies using low-shear handling to maintain dose uniformity, cell viability, and process consistency across every batch.

8. Control pH Adjustment And Reduce Complexity 7/6/2026

   Learn how automated, banded pH control uses dose-and-wait logic to limit overshoot, account for mixing and buffer effects, and maintain stable setpoints across changing fill volumes.

9. Removing Bacteria In Biopharmaceutical Formulation And Filling Systems 6/22/2026

   A multi-stage filtration approach reduces microbial load, protects critical filters, and helps ensure consistent product quality, process reliability, and patient safety in biopharmaceutical manufacturing.

10. Reducing The Bioburden Load In Drug Formulation And Filling 6/22/2026

    Sterile drug manufacturing requires preventing and removing contamination. Multi-stage filtration cuts microbial load, protects final filters, and supports quality, efficiency, and patient safety.