In recent times, wearable electronics, real-time sensing devices and point-of-care device
applications have seen a surge in demand. This demand inherently calls for a more …

With the arrival of the internet of things and the rise of wearable computing, electronics are
playing an increasingly important role in our everyday lives. Until recently, however, the rigid …

Wire harnesses contribute a significant portion of the weight on the automotive platform. In-
mold electronics provide weight reduction pathways by integrating the conductive traces into …

The utilization of additive in-mold technologies within the automotive industry necessitates
the availability of extended reliability data in challenging environments and the presence of …

Flexible printed electronics (PE) has attracted strong interest during the last two decades
and is one of the successful trends in material science, representing the future of PEs. This …

In-mold electronics (IME) combines printed electronics with film insert molding in order to
fabricate plastic-integrated electronic assemblies. This study investigates the effect of …

As additive in-mold technologies gain traction in the automotive sector, there is a growing
need for long-term reliability data under harsh conditions and acceleration factors to predict …

The use of in-mold electronics architectures opens new possibilities in the integration of wire
harnesses and human-machine interfaces into body wall plastic for the automotive platform …

Additively printed thermoformable circuitry for In-Mold Electronics (IME) is getting
tremendous research focus because of its numerous advantages: design flexibility, cost …