Medical device manufacturing is a high-stakes game where efficiency meets precision. With tight regulations, complex designs, and a need for speed, how do companies stay ahead without cutting corners?

For metallic alloys in aerospace, machine learning can make the development of additive manufacturing (AM) processes both faster and cheaper. In collaboration with the University of Sheffield Advanced ...

The Role of Innovation in Sustainable Injection Molding Innovation plays a key role in advancing sustainability in injection molding. Emerging technologies and practices are making it easier for ...

Discover how early CMC, process optimization, and formulation strategy drive scalable, commercially viable drugs.

Smart manufacturing is evolving beyond traditional automation toward autonomous "lights-out" factories where digital twins ...

As pharmaceutical manufacturing grows increasingly complex, Merck KGaA wants to ramp up its development capabilities for clinical trial compounds. The German life sciences company got one step closer ...

Widespread in aerospace, laminated fiber-reinforced polymer matrix composites are also increasingly used in other sectors, including the automotive industry. The identification of optimal cutting ...

Sustainability in pharmaceutical manufacturing involves energy-efficient systems, modular designs, and predictive maintenance to enhance efficiency and reduce resource consumption. Continuous Direct ...

As demand for precision medicine accelerates, CAR T and CAR Treg cell therapies are emerging as crucial tools in the fight against cancer and autoimmune diseases. For Thomas Fellner, PhD, head of ...

Production schedule optimization can help boost manufacturing efficiency, cutting costs and minimizing downtime, so it’s not something business owners shouldn’t take seriously. Opinions expressed by ...