NSIN - National Security Innovation Network’s Post

🌟🛰️ NASA is gearing up to launch a metal 3D printer into space! This mission will not only explore the potential of metal 3D printing in microgravity but also delve into semiconductor manufacturing and thermal protection systems for reentry into Earth's atmosphere. The Cygnus cargo spacecraft, courtesy of Northrop Grumman, is all set to take off on a SpaceX Falcon 9 rocket from Cape Canaveral Space Force Station in Florida, with liftoff expected by late January. “This investigation provides us with an initial understanding of how such a printer behaves in space,” said Rob Postema, Project Engineer for the International Space Station Facility and Technology at European Space Agency - ESA . This mission represents a giant leap in our understanding of how 3D printing technologies can be applied in space exploration and potentially revolutionise the way we manufacture and repair equipment beyond our planet. NASA - National Aeronautics and Space Administration #3dprinting #additivemanufacturing #aerospace #metal3dprinting #microgravity #semiconductor

#3DBenchy in Space: NASA Tests Volumetric Process in Weightless Environment: A report describes a NASA experiment to 3D print in space using a volumetric process. The post #3DBenchy in Space: NASA Tests Volumetric Process in Weightless Environment appeared on Fabbaloo. #3DPrinting #AdditiveManufacturing

A new opportunity of Additive Manufacturing for defying zero gravity in the space.

An incredible achievement for #metal3dprinting in Space from a collaboration between AddUp, Airbus Defence and Space, European Space Agency - ESA: The first metal DED printer built to operate in space is being delivered on the latest NG-20 mission by NASA - National Aeronautics and Space Administration - Northrop Grumman to the International Space Station National Laboratory 👏👏👏 Check out the article at the link below to see what the printer and parts look like

🌌 News from Houston! 🌌 After 378 days in a groundbreaking 3D-printed Mars-like habitat, NASA’s CHAPEA crew has emerged with vital insights for future Mars missions! 🚀 The team faced isolation, limited resources, and delayed communication to prepare humanity for life on the Red Planet. 🏠 Mars Dune Alpha, their incredible 3D-printed home, was designed to simulate Martian living. Using additive construction technology, this habitat is a cost-effective solution for space exploration, reducing the need to send building materials to space over multiple flights. It featured private quarters, medical and workstations, food-growing stations, and shared living spaces, all designed for optimal well-being and efficiency. ✨ As the highest-fidelity simulated habitat ever constructed, Mars Dune Alpha demonstrates the essential role of 3D printing in humanity’s toolkit for future Moon and Mars missions. This innovative approach is crucial for creating sustainable living environments beyond Earth. 👩🚀 Huge congrats to CHAPEA Crew 1 for their pioneering journey, bringing us one giant leap closer to Mars! #NASA #3dprinted #SpaceExploration #MarsMission #3DPrinting #Innovation #CHAPEA

Establishments like NASA are harnessing the power of additive manufacturing to revolutionize aerospace. From 3D-printing rocket parts to developing components for spacecraft, this technology is paving the way for faster, more efficient innovation in space exploration. The future of aerospace is being built, layer by layer. Read more at https://buff.ly/3NvRQ0q #SynergyAM #SynergyAdditiveManufacturing #LaserHeatTreating #LaserHeatTreatment #HeatTreating #HeatTreatment #AutoDies #DieManufacturing #AutoManufacturing #AutomotiveManufacturing #LaserCladding #Repair #ManufacturingRepair #OEM #OEMPartner #Remanufacturing #AutoIndustry #AutomotiveIndustry #ManufacturingNews

In the lead-up to Additive Manufacturing Advantage Aerospace, Space & Defense, you can read insights from guest speaker Paul Gradl, a principal engineer in NASA‘s component technology development group. In this interview, he discusses the role of #3DPrinting in the development and production of space rockets. #AMAdvantage #FIA2024 #PAS2025 #AMAA

🚀🌕 We're over the moon with excitement about the first successful commercial moon landing, Odysseus! This groundbreaking achievement marks a new chapter in space exploration and highlights the endless possibilities that lie beyond our Earth. At ZwickRoell, our passion for innovation drives us to explore the unknown, much like the mission of Odysseus. The unique challenges of lunar exploration, especially dealing with the pervasive and abrasive moon dust, underscore the importance of advanced testing solutions. Dive into our fascinating case study on moon dust, in partnership with Lithoz, to see how we're tackling these extraterrestrial challenges head-on: https://lnkd.in/eU2CZs2k Our commitment to supporting the aerospace sector has never been stronger. As humanity reaches further into the cosmos, the need for materials and components to undergo rigorous testing becomes critical. Discover how our aerospace testing capabilities are contributing to the success of missions like Odysseus and beyond: https://lnkd.in/eyESmUhP Join us in pushing the boundaries of space exploration. Together, we can tackle the challenges of tomorrow and ensure the success of future missions to the moon, Mars, and beyond. 🌌🛰️ #SpaceExploration #AerospaceTesting #MoonLanding #Odysseus #ZwickRoell

[GalaxySpaceNewsGH: Astronauts 3D Print 1st Metal Part While On ISS] ESA scientists have successfully demonstrated 3D printing of a metal part in space for the first time. 3D printing in space poses challenges, as many methods rely on gravity to position materials during the printing process. This is because when creating metal structures, molten metal is often used as part of the filament, or printable medium. In space, its behavior can be unpredictable, which can result in poor-quality objects, as the filament might shift or be placed incorrectly due to the lack of gravitational forces. https://lnkd.in/e7KYwAgE #galaxyaerosgh #space #spaceexploration #SpaceNews

3-D Printing the Future of Humans in Space 🚀 Humanity's journey beyond Earth's gravity, or "1-G," into Low Earth Orbit (LEO) presents both a monumental challenge and an opportunity for innovation. The concept of In-Situ Resource Utilization (ISRU) emerges as a solution, aiming to utilize off-world resources to sustain human activities in space, thereby reducing the reliance on Earth for supplies and materials. This approach, highlighted by experiments like extracting oxygen from Mars' atmosphere for rocket fuel, paves the way for more sustainable and cost-effective space exploration. Moreover, 3-D printing technology is revolutionizing how we think about space travel, enabling the creation of spacecraft components, tools, and habitats directly in space. This advancement offers a path to overcoming the logistical and cost hurdles of space exploration, marking a new era of building and living off-world with significantly reduced launch costs. Read the full report below and follow us for more space tech updates. Contact us: info@intro-act.com 617-454-1088 www.intro-act.com #SpaceTech #3DPrintingInSpace #AerospaceInnovation #SpaceExploration #AdditiveManufacturing #InSituResourceUtilization #SpaceHabitat #SpaceEconomy #NewSpace #SpaceStartups #MarsMigration #LunarExploration #AstroManufacturing #SpaceInnovation #RocketScience