08.28.26 -- A Much-Improved Approach For Understanding And Managing Safety Risks

Medical device manufacturers face growing complexity in 2026, needing stronger partnerships, advanced biomaterials, and resilient supply strategies to meet shifting market demands.

NAMs are transforming toxicology with human-relevant, non-animal approaches. Learn what defines a NAM, how these methods work together, and why adoption is rapidly accelerating.

Strong chromatography requires more than separation. Fine-tuning pH, columns, and system volume prevents poor peak shape, while modeling tools streamline optimization for reproducible results.

Streamline technology transfer by following a structured, multi-step framework. Mitigate operational risks, maintain process validation, and ensure regulatory compliance with confidence.

Drive forward the development and adoption of taste‑masked ASAQ micropellets so children in low‑resource settings can receive life‑saving antimalarial treatment that is effective and easy to take.

Major retailers are mandating x-ray inspection. Uncover why this technology is crucial and its capabilities beyond contamination detection to encompass vital quality and integrity checks.

Excipients are essential to parenteral formulations, which help protect APIs, enhance stability, and ensure safety. See how strategic excipient selection can optimize drug performance.

Integrating regulatory strategy with R&D planning early in drug development helps to minimize formulation risks and align manufacturing with compliance while preventing costly delays.

Gain insight into how solutions driven by artificial intelligence can enhance compliance, optimize workflows, and drive efficiency in biopharma operations.

Facing patent cliffs, pharma companies can leverage spray drying to reformulate complex biologics, enabling non-invasive delivery, boosting patient convenience, and securing new patents.

We discuss the trends in new molecular formats, which is one of the current drivers of renewed interest in fermentation technologies, along with some of their challenges. 

Explore chromatography fundamentals, resin selection strategies, and the regulatory frameworks required to qualify automated systems for compliant, commercial-scale biologics manufacturing.

Stop losing time and capacity to manual paperwork. Delve into how digital workflows eliminate compliance risks and unlock the actionable data needed to optimize life sciences manufacturing.

Immediate, quantifiable verification replaces seven-day incubation periods. Discover how enzyme-based indicators optimize hydrogen peroxide decontamination.

Take a look at how inline checkweighing helps manufacturers scale GLP-1 vial and pen production while maintaining dosing accuracy, maximizing throughput, and supporting regulatory compliance.

Examine a comparative analysis that showcases the superior performance of continuous processing over traditional batch methods, highlighting key improvements in efficiency and environmental impact.

Accurate, readable pharmaceutical labels are crucial. Navigate considerations like printing, application tolerances, and inspection to select the right machinery for your production environment.