Most medical devices
don't fail because of a bad idea.
don't fail because of a bad idea.
They fail because system-level problems like signal variability, integration breakdowns, or manufacturing drift are already present before teams realize it. These often don’t show up in early testing. They surface later, when designs are harder to change, timelines are tighter, and validation is already underway. By that point, teams aren’t choosing the best path forward; they’re managing tradeoffs they didn’t plan for.
A working prototype is not the same as a system that holds up across real users, environments, regulatory expectations, and production constraints. The risk is assuming those gaps will resolve as the design matures.
We focus on finding those gaps early, while there’s still time to address them cleanly.
Andrews Cooper has been doing this work for 25 years, helping MedTech teams move from promising concepts to systems that perform reliably in validation, production, and real-world use.
A working prototype is not the same as a system that holds up across real users, environments, regulatory expectations, and production constraints. The risk is assuming those gaps will resolve as the design matures.
We focus on finding those gaps early, while there’s still time to address them cleanly.
Andrews Cooper has been doing this work for 25 years, helping MedTech teams move from promising concepts to systems that perform reliably in validation, production, and real-world use.
