About FME

The evolution of printed electronics has enabled soft, stretchable sensors using materials like graphene-oxide and silver nanowires, leading to biocompatible, multifunctional wearables such as smart wound dressings.

Research into soft, stretchable electronics uses innovative materials and optimized techniques, ensuring millions of stretch cycles with minimal degradation by understanding component interplay and deposition methods.

This research combines screen printing on deformable substrates with thermal forming for 3D circuits, using conductive adhesives for SMD components, creating hybrid electronics integrated into structural 3D shapes.

Light emission is achieved using layered structures, with AC electroluminescent devices and DC-printed LEDs. Research focuses on material optimization, deposition technologies, and near-infrared emission for healthcare applications like wound healing.