Engineers at Princeton University have developed a new way to manufacture electronic devices made of plastic that is translucent, malleable and able to conduct electricity.

Printed polymer electronics and conductive nano inks will allow cost-effective production of highly integrated, complex molded electronic components.

A new technology allows manufacturers to apply conductive metal circuits to plastic substrates using a cost-effective and sustainable process.

Traditionally, one of the only drawbacks of plastic has been its lack of electrical conductivity. But, that’s starting to change with hybrid materials that can be processed with traditional production methods.

Resistance welding is a proven technology that engineers have relied on for decades to join hard, ferrous materials.

As with any promising new technology, there are all sorts of predictions and projections floating around out there relating to the future of electric vehicles.

Electric vehicles promise to transform the automotive landscape. But, don’t expect to see too many differences in assembly plants as automakers start ramping up production.

Some automakers have decided to design, develop and produce electric vehicle components in-house, rather than purchase subassemblies from suppliers.

Automakers and suppliers are scrambling to produce key electromechanical components, such as axles, controllers, steering sytems and climate-control systems.