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In-mold electronics (IME) processes involve printing conductive inks on moldable plastic films, which are then formed into a desired 3D shape. A Voltera test engineering intern used NOVA and IME manufacturing processes to create an induction mug heater.

Voltera’s NOVA Smart Probe made the cover of OPE Journal! We were featured in the magazine following an interview by OPE Journal editor, Martin Hirschmann, at TechBlick this year.

We say NOVA can print anything on everything, and we stand by that slogan! To get into the holiday spirit, we put NOVA to the test by using this high-tech additive electronics printer to deposit frosting onto a gingerbread cookie.

There are many variables that determine materials compatibility, especially if you’re printing onto soft, stretchable, or flexible substrates. To make informed decisions, you need to understand the factors that influence materials compatibility.

Jesús Zozaya, former CTO, steps in as CEO as Voltera continues to grow.

In additive electronics, surface energy can make or break your results. Here’s a breakdown of what surface energy is, and why it should matter to you.

Stretchable conductive ink gives you the ability to create a strain gauge on almost any stretchable material. With advancements in Flexible Hybrid Electronics and wearable tech, industries across the board are on the threshold of major change.

The definition of viscosity, as well as a breakdown of how it applies in the world of printed electronics and additive manufacturing.

So you’ve got your PCB design done and ready to go, but you need to start testing it.

Field emission has a long history; it has been studied by researchers since the 1880’s. Propelling many breakthroughs in our fundamental understanding...