Products

Our direct ink writing (DIW) products accelerate the R&D of your printed electronics, helping you scale seamlessly into mass production.

V-One

V-One is a desktop PCB printer that unlocks rapid prototyping of traditional electronics. It drills through holes, prints conductive traces, dispenses solder paste, and reflows on the heated bed.

Ideal for:

PCB development and iteration
Precise solder paste dispensing
In-house electronics R&D
Hands-on engineering education

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V-One

V-One is a desktop PCB printer that unlocks rapid prototyping of traditional electronics. It drills through holes, prints conductive traces, dispenses solder paste, and reflows on the heated bed.

Ideal for:

PCB development and iteration
Precise solder paste dispensing
In-house electronics R&D
Hands-on engineering education

Explore V-One Buy Now

NOVA

NOVA is a materials dispensing system for printing novel electronics. It prints on flexible, stretchable, conformable, and biocompatible materials, as well as rigid substrates like FR1, FR4, silicon wafers, and more.

Ideal for:

Flexible hybrid electronics R&D
Novel materials research
Precise material dispensing
Seamless transition to mass production

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NOVA

Ideal for:

Flexible hybrid electronics R&D
Novel materials research
Precise material dispensing
Seamless transition to mass production

Explore NOVA Book a Demo

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Electronics printing and materials solutions

Printing Service

We offer a printing service for novel electronics prototyping and materials testing. Tell us about your project and we will print it for you. We work with most screen-printable inks on flexible, stretchable, conformable, biocompatible, or even custom materials — no minimum order quantities required.

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Materials

We sell conductive, dielectric, stretchable, and insulating inks, as well as solder pastes, solder wire, dispensing tips/nozzles, PET sheets, TPU sheets, polyimide sheets, FR1 boards, FR4 boards, and template boards — all compatible with our machines.

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What We've Printed

BATTERY INKS ON PET

Battery inks on PET

CARBON INK ON PET

Carbon ink on PET

COPPER INK ON PAPER

Copper ink on paper

Battery inks on PET

Product testimonials

Polytechnique Montréal
It goes without saying that it’s much easier to print our designs with NOVA, and the results are also precise. We can print everything with NOVA in one day, as opposed to making stencils one-by-one with screen printing.
Fabio Cicoira, Professor of Chemical Engineering at Polytechnique Montréal
MIT
Working with NOVA has been fascinating, we've been able to construct devices that we would not be able to do conventionally without expending enormous time and resources. It's a remarkable improvement in our work, both in terms of surface mapping and optical alignment. And it's enabled us to construct new devices so much quicker than before in order to reach the iteration cycles we need.
Alex Kashkin, Graduate Researcher, Velásquez Group at MIT
Dyson
As an engineer, I know the frustrations of waiting for circuit boards, and the Voltera V-One elegantly solves this problem.
Sir James Dyson, Inventor and Founder at Dyson
York University
We've worked with some similar machines, but none does the job as well as NOVA. I would say that there’s other machines that do different things. Some that are good at inkjet printing, 3D printing, some machines can do some of these things, but NOVA has features targeted at printing electronics very well, so really there's nothing that does exactly this kind of job.
Gerd Grau, Director of the Electronics Additive Manufacturing Lab at York University
Stanford University
Previously we have used a screen-printing mask, but the feedback is very slow. With the V-One we can print improvements very quickly.
Dr. Naoji Matsuhisa, Postdoctoral Researcher, Bao Research Group at Stanford University
Polytechnique Montréal
It goes without saying that it’s much easier to print our designs with NOVA, and the results are also precise. We can print everything with NOVA in one day, as opposed to making stencils one-by-one with screen printing.
Fabio Cicoira, Professor of Chemical Engineering at Polytechnique Montréal
MIT
Working with NOVA has been fascinating, we've been able to construct devices that we would not be able to do conventionally without expending enormous time and resources. It's a remarkable improvement in our work, both in terms of surface mapping and optical alignment. And it's enabled us to construct new devices so much quicker than before in order to reach the iteration cycles we need.
Alex Kashkin, Graduate Researcher, Velásquez Group at MIT

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