03.18.25 -- Why You Should Consider AI-Powered Digital Twins For Smart Manufacturing

Step into the future of facility management with Digital Twin Technology and create a virtual replica of your facility or equipment to enable the highest levels of operational readiness and excellence.

Improve your knowledge and tools necessary to facilitate successful technology transfer and accelerate the translation of your projects from bench to market.

An optimized nest design for pre-fillable cartridges was designed using numerical simulation and data analytics to improve efficiency in pharmaceutical production.

Uncover several important factors needed to effectively support oral solid dosage therapeutic manufacturing and overcome the complexities involved.

Digitalizing control strategies in pharmaceutical manufacturing enhances product quality, compliance, and efficiency to leverage data-driven approaches like QbD and digital CPV for optimized processes.

The focus on spray-drying expertise in pulmonary, nasal powder, and other dry powder inhalation (DPI) technologies is rapidly increasing. Examine why it is vital to choose the right CDMO.

Find out about the FDA regulation 21 CFR Part 11 and the critical role it plays in ensuring pharmaceutical and medical product manufacturers properly manage and track their data.

The pharma industry is identifying ways to make processes more sustainable. Learn how nanoparticle engineering technology can both empower sustainability goals and lead to better patient outcomes.

Watch to gain valuable knowledge on addressing formulation stability, improving product shelf life, and enhancing overall product performance in biopharmaceutical studies.

Discover the Biological Indicator/Bioburden (BI/BB) method for achieving sterilization of products along with the prerequisite studies needed to develop the sterilization process.

Explore the calculation of Overall Equipment Effectiveness (OEE) and the impact of product inspection equipment on OEE in the pharmaceutical industry.

Here, we conduct a comprehensive analysis of diverse PROTAC (Proteolysis Targeting Chimeras) structures to evaluate their calculated physicochemical properties and identify key trends.