What our experts say

Your first product launch is only the beginning. Algorithms evolve, security threats emerge, and platforms change. Will your medical device architecture keep up or make the next version unnecessarily expensive?

The prototype works. The battery is fresh. The engineer is standing nearby. But what happens when your connected medical device leaves the lab? Discover the hidden engineering risks a successful demonstration can conceal.

Your dashboard cannot fix what your device failed to capture. Reliable remote care starts with the sensing, connectivity, and power decisions that determine which information reaches the care team and how much confidence it deserves.

A smarter algorithm does not automatically make a smarter medical device. What happens between the sensor and the AI can determine whether the whole system delivers. Discover where custom ASICs can make the difference.

How does a promising polymer film formulation become an industrial product? Extrusion is the point where material composition, flow behavior, thermal stability and processing conditions meet and where a material concept starts to prove whether it can be manufactured consistently.

Why are so few plastics truly recyclable? Discover how advanced polymer design is helping make high-performance materials compatible with tomorrow's recycling systems.

Advanced polymer coatings do more than protect surfaces. Discover how they improve durability, performance, and sustainability across industries.

Advanced coatings and polymers are transforming the future of sustainable packaging. Learn why smarter materials are becoming essential to balancing performance and sustainability.

PART 2 OF 2

Making women’s health visible: From continuous data to clinical care. CSEM experts Samantha Paoletti and Alia Lemkaddem explore how wearables, AI and clinical partnerships can turn better women’s health data into better care.