Printed glucose biosensor patches close in on a sub-$3 disposable cost floor
Screen-printed enzymatic electrodes are pushing continuous glucose monitoring toward a per-patch cost that no longer requires an insurance code to justify.
Section
Wearables
Skin-worn electronics, stretchable circuits, medical patches and e-textiles — the body as the most demanding substrate electronics has ever printed on.
Stretchable circuits move from lab demos to skin-worn products
Stretchable interconnects and island-bridge architectures are quietly appearing in shipping skin-worn devices — the bridge between printed electronics and medical-grade wearables.
E-textiles forecasts can't agree if the market is $29 billion — or $3 billion. We checked the sums
Six analyst houses, a ten-fold spread, and a lesson in how to read any electronics forecast. We compare the numbers and find the definitional fault lines.
The printed battery finally ships — in the one place thinness beats everything
Skin patches made printed batteries a commercial reality. Inside the ~28% CAGR flexible-battery market and the disposable medical devices pulling it forward.
More from this section soon
Follow the RSS feed or the Monday newsletter for wearable coverage as it lands — patch electronics, e-textile interconnects, washability engineering and the medical-to-consumer cost curve.