AIMIS-FYT investigates a 3D-printing process for space applications. To verify the technology the team has been selected to ESAs FlyYourThesis!2020 programme.
After 11 days and 2 successful launches our campaign has ended. Today it was packing up experiments and analyzing results. The first results were presented in the Post Flight Meeting. RX 27 reached 84.9 km and RX 28 achieved a new record of 95.7 km!
#rexusbexus#science
There she goes, REXUS 27 piercing through the Swedish morning sky. A huge congratulations to @hmmuenchen @REXUSBEXUS team @AimisRexus around our colleague Alexander Titz. The experiment has the purpose to demonstrate In-Space Manufacturing (ISM) technologies in space conditions.
Currently Team AIMIS - the Team we got inspired from for our experiments at FlyYourThesis 2020 has right now its postponed REXUS campaign in Esrange Space Center, Sweden. We wish them all the best for their experiments and a great campaign.
#esaeducation#DLR#REXUSBEXUS
New research: Direct Robotic Extrusion of Photopolymers (DREPP): Influence of microgravity on an in-space manufacturing method https://t.co/5DKIC7k3d6 #space#technology
Water-splitting using electricity would produce less oxygen on the Moon and Mars, compared to Earth, reports a paper published in Nature Communications. The findings may aid our understanding of how future space-faring colonies could use limited resources.
https://t.co/Qi9QwhTycB
Thank you very much @Viscotec for this pleasant interview. This turned into a very nice article about our experiments and experiences from the project. #in_space#manufacturing
vipro-HEAD 5 for 3D printing in zero gravity
Check out this article and interview with the @AimisFyt
team, which used our vipro-HEAD 5 to conduct very successful 3D printing trials in zero gravity with support from @esa!
#ViscoTec#AMISFYT#3Dprinting
https://t.co/DLL1RE5A8I
‼️We are searching for scientists and engineers to form a new multidisciplinary and international team‼️
We want to propose the next development step for our 3d print technlology for an ESA-activity. Timeframe: 6 month, up to 1 Mio. €, boosting development. Lets get in touch!
The research project @AimisFyt explores new approaches for manufacturing directly in space. The aerospace engineering students of the Munich University are developing a 3D printing process and PULS supports the team with the necessary power supplies.
Info: https://t.co/iZZ1sesjQR
Applications are now open for the online @esa-ELGRA Gravity-related Research Summer School 2021. Get an overview of current research under microgravity and hypergravity conditions in both Life and Physical Sciences and the benefits of this research. More:
https://t.co/PMOacmzWL7
Today our project was presented at the ESA workshop on Advanced Manufacturing. Our experiments were successfully demonstrated in microgravity and show that In-Space Manufacturing is possible. We are proud to help shaping the future in spaceflight. #Space
Check out this article by our very own @beth_lomax, describing oxygen production on the #Moon: https://t.co/IZONdWcu8Q
The results from our RELOX experiment will contribute to making it happen! Stay tuned folks, we've got awesome stuff coming 💪💪 @UofGChem@OfficialUoM
L'ESA lance une sélection d'astronautes pour la première fois depuis 11 ans ! Si vous vous sentez l'âme d'un voyageur ou d'une voyageuse des étoiles, stay tuned !
A few days left to submit your proposal for Drop Your Thesis! 2021. Uni teams can run their experiment in microgravity using the @ZARM_de Drop Tower. Deadline is 10 January. More info: https://t.co/ROHtbdd98p What's the campaign like? Check out 2018 ed.: https://t.co/RPH0fDOBws