Voxa is a scientific instrument company focused on nanoscale measurement and analysis. Our equipment can be found on the International Space Station, in major universities, government laboratories where it is used by scientists, engineers, educators and researchers.

Voxa is preparing Mochii for installation and long-term utilization aboard the International Space Station. The on-vehicle Mochii will provide in-situ engineering analyses and microgravity mission science on orbit.

Contact Voxa. Please check our FAQs for questions about price and basic specifications. Seattle, Washington

Voxa develops, designs, and produces revolutionary high accessibility wireless nano-science instruments and workflows to democratize nano-scale imaging.

Apr 8, 2022 · Voxa. Voxa enables the world's most accessible nano-imaging by building instruments to discover the nano, on Earth and in Space. Seattle, Washington

Voxa Engineers / Applied Physicists develop and build great products, delight our customers, and work effectively with accomplished teammates.

With decades of combined expertise and experience in advanced charged-particle imaging and instrument design, Voxa customizes unique and effective solutions to the toughest imaging and detection problems.

Jun 22, 2019 · Voxa enables the world's most accessible nano-imaging by building instruments to discover the nano, on Earth and in Space. Seattle, Washington Website design by Middlerock Partners

Jan 14, 2022 · The culmination of years of hard work, Voxa’s Mochii completed its first full technical demonstration and captured the first ever SEM images and EDX spectra in space! On January 13, 2022, NASA astronaut Kayla Barron set up the sample on board the International Space Station, and Dr. Kathie Thomas-Ke

Voxa worked with oceanographic paleoclimitologists at the University of Washington to image marine plankton fossils from ice cores collected in the arctic. Some species have significant economic significance as they are neurotoxic to humans if they are consumed in shellfish.