Our revolutionary tools are built to enhance the whole value chain of advanced micro- and nano-device manufacturing. Our A-HUB solutions enable rapid prototyping, pilots and feasibility studies.
Our technology is built for advanced applications enabling previously impossible functionality and speed at a fraction of the cost. Its reach across multiple application domains plays a pivotal role in propelling industries toward cutting-edge technological achievements.
We are building the future atomically precise advanced manufacturing technology & infrastructurefor micro and nanoelectronics, optics & photonics on Earth and Beyond.
ATLANT 3D, a leading innovator in atomic scale advanced manufacturing, proudly announces its membership in the UN Global Compact. This pivotal move underscores ATLANT 3D’s dedication to sustainable development, ethical business practices, and a commitment to the United Nations principles for a responsible future.
ATLANT 3D, a leading innovator in atomic scale advanced manufacturing, proudly announces its membership in the UN Global Compact. This pivotal move underscores ATLANT 3D’s dedication to sustainable development, ethical business practices, and a commitment to the United Nations principles for a responsible future.
ATLANT 3D, a pioneering deep-tech company building the worlds most innovative atomic-scale advanced manufacturing platform, has joined forces with Thales Alenia Space, a prominent player in the aerospace sector, and funded by European Space Agency (ESA) to develop advanced packaging technologies aimed at addressing critical issues in space economy, including climate change, security, and telecommunications.
ATLANT 3D secures NASA as customer and launches first-ever zero-gravity advanced solution for direct writing of thin-film materials for in-space and in-lab prototyping and manufacturing.
ATLANT3D announces today the collaboration with ESA BIC to further advance the development of ATLANT 3D Nanofabricator™ 0G systems, the first-ever zero gravity R&D system that allows selective area direct-write atomic layer precision.