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 by Staff Writers Copenhagen, Denmark (SPX) Apr 01, 2022
ATLANT 3D Nanosystems announces today the collaboration with ESA BIC to further advance the development of ATLANT 3D Nanofabricator 0G systems, the first-ever zero gravity R and D system that allows selective area direct write atomic layer precision. ATLANT 3D will develop a space-certified Nanofabricator 0G with the goal of going to the International Space Station (ISS) in future missions. The machine will have the full capabilities of the Nanofabricator Lite system, allowing further testing and development of on-demand electronic materials and micro and nanodevice prototyping. This will further enable researchers and innovators with rapid materials and device development in Space. This unique technology will be it first of its kind in Space and it all started with NASA purchasing ATLANT 3D's first 0G system, allowing ATLANT 3D to develop unique new technologies for bringing Microreactor Selective Area Direct Atomic Processing (uSADALP) technology into Space. ATLANT 3D is a Danish startup company that is developing a fundamentally different and innovative micro and nanofabrication platform technology. ATLANT 3D is a developer of high-performance technology enables atomical precise advanced manufacturing of the next generation of advanced materials and electronics. ATLANT 3D team is highly dynamic, international, and multidisciplinary, consisting of 15 experienced entrepreneurs, engineers and scientists. ATLANT 3D collaborates with leading European universities, such as SAS, DTU, FAU, TNO, SUPSI and industrial partners such as Merck, ST Microelectronics, Prima Industrie and SEMPA.
DARPA kicks off program to explore space-based manufacturing Washington DC (SPX) Mar 25, 2022 DARPA's Novel Orbital Moon Manufacturing, Materials, and Mass Efficient Design (NOM4D) program is underway with eight industry and university research teams on contract. The selected teams are tasked to provide foundational proofs of concept in materials science, manufacturing, and design technologies to enable production of future space structures on orbit without the volume constraints imposed by launch. The vision is to ferry raw materials from Earth and collect lunar materials for on-orbit manufactu ... read more
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