Made In Space to Showcase Space Manufacturing at White House Maker Faire
The White House Maker Faire will feature a Made In Space demonstration of their space manufacturing hardware. Made In Space, in coordination with NASA and ASME, is also announcing the Future Engineers challenge, a program asking students to design items for space.
Mountain View, CA (PRWEB) June 18, 2014
As a part of the White House’s Day of Making initiative, Made In Space, Inc. will be showcasing their ‘made for space’ 3D printer at the White House Maker Faire, demonstrating that making is not limited to this earth.
The White House Maker Faire will bring Makers of all stripes together to celebrate the tradition of building better solutions. Made In Space was selected to demonstrate their additive manufacturing, commonly known as 3D printing, hardware that has been customized for use on the International Space Station (ISS). The Made In Space printer will be traveling to the ISS this summer to become the first manufacturing device used off-Earth.
"It is a great privilege and honor to be able to showcase our Space Manufacturing System at the White House. It is important to Made In Space to enable and be apart of the Maker Community by continuing to develop applications for space and on Earth through our culture of rapid iteration and learn-by-doing philosophy," said Michael Snyder, Director of R&D for Made In Space.
During the White House Maker Faire, Made In Space will demonstrate the 3D printer, explaining how astronauts will be able to use the technology to create parts and tools on-demand. The company will bring examples of 3D printed items that will be useful onboard ISS, and discuss how Makers on Earth will soon be able to essentially email their hardware to space.
Made In Space’s goal is of enabling humanity’s future in space will start with a technological demonstration onboard the ISS intended to showcase the viability of manufacturing on-site, on-demand away from Earth. Developed in partnership with NASA’s Marshall Space Flight Center (MSFC), the Made In Space hardware will print a series of test parts and tools, including the first item ever manufactured off-planet. This “First Print” will be revealed later this year.
A second printer, the Additive Manufacturing Facility (AMF), is being developed by Made In Space for permanent installation on the ISS. The AMF will be an invaluable tool to astronauts but will also be available to people on Earth. Researchers, artists, engineers, makers and even young students will have the capability to 3D print their materials in space.
"Our first 3D printer will be capable of building an estimated 30% of the parts that NASA has already needed to repair on the ISS. Astronauts will use it to build everything from new tools and hardware to emergency fixes that previously cost millions of dollars to build on the ground and launch to space," said Jason Dunn, CTO for Made In Space. "Perhaps even more exciting though is the fact that anyone on Earth will have access to this new space manufacturing capability. Today we are working with researchers, companies, students, and individuals to build their hardware in space with our printer. Imagine having your experiment installed and operated on the space station without ever needing to launch a single item. Or even having your very own satellite launched into space without ever touching the hardware. This isn't science fiction, this is actually happening, and you can be a part of it."
Interested parties can visit http://www.madeinspace.us to inquire about 3D printing off-Earth.
To celebrate this day highlighting the Maker Community, and this year, which sees the launch of the ‘In Space Manufacturing’ revolution, Made In Space is also pleased to announce the beginning of the Future Engineers program. Future Engineers is a NASA and the American Society of Mechanical Engineers (ASME) Foundation led K-12 program that will challenge young designers to create 3D models for space. Starting this summer/fall, Future Engineers will develop a series of 3D design challenges and curriculum that will challenge students to solve real-world space exploration challenges. For the first challenge, the winning student’s design will be 3D printed using the Made In Space printer on the International Space Station, making it one of the first parts in history to be manufactured in space. More information can be found at FutureEngineers.org.
“Made In Space is primarily composed of Makers ourselves. We are a group who loves to test our boundaries by continually looking to build new solutions for the challenges we face in exploring the universe,” said Snyder. “In a very short time, Makers from around the world can join us in building in a brand new, untouched environment – Space!”
For more information on the White House Maker Faire, the National Day of Making, and to watch live, please visit http://www.WhiteHouse.gov/MakerFaire.
About Made In Space
Founded in 2010 with the goal of enabling in-space manufacturing, Made In Space is radically impacting how we will perform space missions in the future. Made In Space’s team members and advisors include successful entrepreneurs (Aaron Kemmer, Jason Dunn, Mike Chen, Jason Lam, Alison Lewis), experienced space experts (three-time astronaut Dan Barry and Mission Lead Mike Snyder) and key 3D printing experts (Scott Summit, Gonzalo Martinez). Made In Space has partnered with top 3D printing companies to leverage this technology for use in space. The company’s Unique Innovation Lab has done over 20,000+ hours of testing of various 3D printing technologies, off-the-shelf and custom-built printers, and dozens of printer components.
For more information about Made In Space, visit: http://www.madeinspace.us
Follow on Twitter @_MadeInSpace
White House Maker Faire Twitter: #NationOfMakers
Images: There are images, the Made In Space logo, and a link to NASA provided b-roll footage available to you. The image references with caption descriptions are below.
[MIS_MissionPatch.jpg] The 3D Printing in Zero-G Experiment mission patch symbolizes the partnership between Made In Space and NASA in bringing Additive Manufacturing to space.
[MIS_Printer_black.jpg] The Made In Space 3D printer will be the first manufacturing device ever used off Earth. It will be installed in the International Space Station to print a series of test items in 2014.
[MIS_Printer_lab.jpg] The Made In Space 3D printer will be the first manufacturing device ever used off Earth. It will be installed in the International Space Station to print a series of test items in 2014.
[MIS_PrintExample.jpg] The Made In Space 3D printer will use thermoplastics to create parts and tools as a test demonstration.
[NASA b-roll footage – listed as “3D printing”] http://www.nasa.gov/content/marshall-space-flight-center-b-roll-video-download/#.U5iVhpSwJfH
For the original version on PRWeb visit: http://www.prweb.com/releases/2014/06/prweb11953964.htm