About Us
Voltera makes prototyping tools
for electronics development.
Learn how we got here, why we do what we do, and why innovators choose us.
Our why
We catalyze innovation by removing barriers to entry — technological, educational, geographical, financial, and more. Our products and services help our customers solve meaningful problems and unlock their potential.
OUR HISTORY
Expanding what engineers can prototype since 2013
Founded in 2013 by Jesus Zozaya, Katarina Ilić, James Pickard, and Alroy Almeida, Voltera began as an idea — an easy-to-use PCB printer that fits on your desktop. By 2015, that idea came to life with the release of V-One, a PCB printer that can drill, print conductive traces, dispense solder paste, and reflow using a heated bed.
Next came NOVA in 2022. It's a materials dispensing platform for printing flexible hybrid electronics. It can dispense screen printable material on flexible, stretchable, conformable, and biocompatible substrates.
OUR PRODUCTS
Designed to help iterate and build electronics in-house
V-One
V-One is a PCB printer that unlocks desktop rapid prototyping of traditional electronics. It drills through holes for vias, prints conductive traces, dispenses solder paste, and reflows on the heated bed.
V-One was born out of a vision to bring the revolutionary speed and customization of 3D printing to electronics prototyping, filling a void in rapid electronics development. It enables users to overcome traditional barriers by providing the tools to innovate and iterate right at their desktops.
V-One is a PCB printer that unlocks desktop rapid prototyping of traditional electronics. It drills through holes for vias, prints conductive traces, dispenses solder paste, and reflows on the heated bed.
V-One was born out of a vision to bring the revolutionary speed and customization of 3D printing to electronics prototyping, filling a void in rapid electronics development. It enables users to overcome traditional barriers by providing the tools to innovate and iterate right at their desktops.
NOVA
NOVA is a materials dispensing system for printing novel electronics. Print on flexible, stretchable, conformable, and biocompatible materials, or on rigid substrates like FR1, FR4, silicon wafers, and more.
NOVA emerged as a solution for researchers and innovators who were “hacking” existing tools for advanced material experiments. It was designed to meet the unique demands of material research, providing precise dispensing capabilities to work on a diverse array of substrates.
NOVA is a materials dispensing system for printing novel electronics. Print on flexible, stretchable, conformable, and biocompatible materials, or on rigid substrates like FR1, FR4, silicon wafers, and more.
NOVA emerged as a solution for researchers and innovators who were “hacking” existing tools for advanced material experiments. It was designed to meet the unique demands of material research, providing precise dispensing capabilities to work on a diverse array of substrates.
V-One
V-One is a PCB printer that unlocks desktop rapid prototyping of traditional electronics. It drills through holes for vias, prints conductive traces, dispenses solder paste, and reflows on the heated bed.
V-One was born out of a vision to bring the revolutionary speed and customization of 3D printing to electronics prototyping, filling a void in rapid electronics development. It enables users to overcome traditional barriers by providing the tools to innovate and iterate right at their desktops.
V-One is a PCB printer that unlocks desktop rapid prototyping of traditional electronics. It drills through holes for vias, prints conductive traces, dispenses solder paste, and reflows on the heated bed.
V-One was born out of a vision to bring the revolutionary speed and customization of 3D printing to electronics prototyping, filling a void in rapid electronics development. It enables users to overcome traditional barriers by providing the tools to innovate and iterate right at their desktops.
NOVA
NOVA is a materials dispensing system for printing novel electronics. Print on flexible, stretchable, conformable, and biocompatible materials, or on rigid substrates like FR1, FR4, silicon wafers, and more.
NOVA emerged as a solution for researchers and innovators who were “hacking” existing tools for advanced material experiments. It was designed to meet the unique demands of material research, providing precise dispensing capabilities to work on a diverse array of substrates.
NOVA is a materials dispensing system for printing novel electronics. Print on flexible, stretchable, conformable, and biocompatible materials, or on rigid substrates like FR1, FR4, silicon wafers, and more.
NOVA emerged as a solution for researchers and innovators who were “hacking” existing tools for advanced material experiments. It was designed to meet the unique demands of material research, providing precise dispensing capabilities to work on a diverse array of substrates.
AWARDS
Awards and honors from leaders in design, engineering, and technology
AWARDS
Awards and honors from leaders in design, engineering, and technology
AWARDS
Awards and honors from leaders in design, engineering, and technology
MILESTONES
How we got here
MILESTONES
How we got here
ACHIEVEMENTS
From Canadian roots to global adoption
100%
Canadian
All of our products are designed, assembled, and shipped from our headquarters in Waterloo, Canada.
92
Countries
Our products, including our machines, services, and materials, have been sold all over the world.
300+
Research papers
Our products have been referenced in many journals and publications.
OUR IMPACT
Where our technology is making a difference today
With thousands of customers across the world, and hundreds of mentions in published research, we are well on our way to achieving our mission of catalyzing innovation by removing barriers to entry in the electronics industry.
ADDITIONAL RESOURCES
Learn more about Voltera
ADDITIONAL RESOURCES
Learn more about Voltera