A closer look at how robotics is reshaping pharmaceutical manufacturing, from improving quality and compliance to enabling more scalable production, and where the technology is headed next.

Lab workflows are constantly evolving to handle higher throughput demands, increased efficiency, and more complex tasks. For some, that means allowing automation to play a bigger role in the lab.

Billions are being invested in Europe’s life sciences CapEx sector, supporting new biologics plants, sterile fill‑finish facilities, and advanced therapy suites. Engineering roles in pharma and ...

Enhanced AI adoption for predictive drug safety analytics, laboratory process automation, and cost-efficient research pipelines are fueling growth. Expansion in biological datasets, cloud ...

The world’s labs are under pressure to do more tests and process more materials, not just due to COVID but from the growing biotech and drug development sectors — and automation is the sure path ...

When creating a new polyclonal antibody production site, a biotechnology company has a lot of choices. One involves the level of automation and systems integration investment to make. When Genzyme ...

Engineers have created new technology that can move cells without touching them, enabling critical tasks that currently require large pieces of lab equipment to be carried out on a benchtop device.

With artificial intelligence (AI) advancing rapidly, there needs to be more clarity about what generative AI means for process automation. After all, process automation has been around for decades, ...

Processes and process automation take many forms. Here’s how to navigate the growing ecosystem of tools for automating everything from simple repetitive tasks to complex custom workflows. In 2015, ...

Here's what you need to know about robotic process automation, including major software vendors, how it might affect jobs, and how to start using RPA. Image: Olivier Le Moal, Getty Images/iStockphoto ...