Additive methods are preferred over processes that need hard tooling due to ramp-up speed
and soft tooling. Increasing demand for the miniaturization of electronics has accelerated the …

Additive print methods for fabricating electronics eliminate the need for plating baths. Earlier
inks used volatile solvents to achieve conductive traces. This work studies the realization of …

The present generation of additively printed electronics inks used to realize conductive
circuits are composed of nano-particles in volatile solvents such as isopropyl alcohol …

Water-based inks have been developed to achieve conductive circuits using additive
processes, due to the increasing importance of environmental, social, and geographic …

Printed electronics has found new applications in wearable electronics owing to the
opportunities for integration, and the ability of sustaining folding, flexing and twisting …