{"id":84968,"date":"2017-11-08T21:30:48","date_gmt":"2017-11-09T02:30:48","guid":{"rendered":"http:\/\/rbach.net\/blog\/index.php\/"},"modified":"2024-01-27T12:13:53","modified_gmt":"2024-01-27T17:13:53","slug":"a-printer-for-rocket-scientists","status":"publish","type":"post","link":"https:\/\/rbach.net\/index.php\/a-printer-for-rocket-scientists\/","title":{"rendered":"A Printer for Rocket Scientists"},"content":{"rendered":"

\"A<\/a>We all dream about the elusive paperless office<\/a>. Seems even rocket scientists can’t figure it out. Mashable<\/a><\/em> is reporting<\/a> that the rocket scientists aboard the International Space Station<\/a><\/strong> (ISS) research laboratory which orbits 254 miles above Earth and travels at more than 17,500 miles per hour print a lot. The astronauts print roughly 1,000 pages a month on two printers<\/strong>; one is installed on the U.S. side of the ISS<\/a>, the other in the Russian segment. They print critical mission information, emergency evacuation procedures, and sometimes, photos from home on a 20-year-old printer.<\/p>\n

\"The<\/a>NASA<\/a>\u00a0IT techs just ordered new printers for the\u00a0International Space Station<\/a> (ISS) to replace the Epson 800 Inkjet<\/strong> printers which have been on-board the ISS since the people moved in, in November of 2000<\/strong>.\u00a0ISS told the author, “When the printer was new, it was like 2000-era tech and we had 2000-era laptop computers. Everything worked pretty good … the printer\u2019s been problematic for the last five or six years.”<\/em><\/p>\n

Stephen Hunter<\/a>, Manager of ISS Computer Resources, called the Epson 800 Inkjet printer,\u00a0\u201ca museum piece<\/em>.\u201d\u00a0 NASA had dozens of this printer and, as one failed, they\u2019d send up another one.<\/p>\n

\"Epson<\/a>But now it’s time for something new<\/strong>. In 2018, NASA will\u00a0send two brand new, specialized printers up to the station.\u00a0Mr. Hunter, who has been updating the ISS\u2019s office technology<\/strong> for the last two years, told Mashable<\/em> that the ISS printers have needed to be replaced for a long time. However, he can\u2019t drive over to Best Buy, buy a new printer, and launch it into space.<\/p>\n

He started working with HP<\/a><\/strong> (HPQ<\/a>) on an ISS IT overhaul, replacing over 100 existing ISS workstations<\/a> with HP Gen 2 Z-Book<\/a> laptops for the crew, so it was only natural they would turn to HP again for the printer project.\u00a0Enrique Lores<\/a>, President of HP’s Imaging, Printing, and Solutions business welcomed the opportunity, “We couldn\u2019t pass up the opportunity to do this\u00a0<\/em>… It was an incredible technical challenge.”<\/em><\/p>\n

\"By<\/a>HP couldn’t just suggest that NASA launch any ordinary laser printer<\/strong> into space. Its friable toner dust and significant power consumption<\/strong> would make it a poor fit<\/strong> for life in micro-gravity.\u00a0Ronald Stephens<\/a> Research and Development Manager for HP\u2019s Specialty Printing Systems Division explained,\u00a0\u201cNASA had a very unique set of requirements that we had to meet.\u201d<\/em><\/p>\n

NASA wanted a printer that could:<\/p>\n

\u2022 Print and handle paper management in zero gravity – On Earth printers rely on gravity for paper management. Whatever HP provided would have to hold the paper, so it didn\u2019t jam in the printer or float away when the printer\u2019s done with it according to Mashable.<\/em><\/p>\n

\"NASA\"<\/a>\u2022 Handle ink waste<\/strong> during printing –\u00a0NASA’s Hunter explained that typical inkjet printers do deposit some extra ink during the printing process. With gravity in place, the ink typically stays in the printer or even on the printed sheet. In zero gravity, it floats out<\/strong>. The NASA IT expert said astronauts could ingest the ink<\/strong> or it could contaminate the crew\u2019s numerous onboard experiments.<\/p>\n

\u2022 Be flame retardant – HP replaced the printer’s shell with fire-retardant plastic.<\/p>\n

\u2022 Be power-efficient – The ISS generates all its own electricity through solar panels. That means they must tightly manage power consumption. The article says any new device they bring on board must be power efficient. One bit of good news: HP doesn\u2019t have to change the power configuration on the printer. The ISS can supply a standard 110 AV outlet.<\/p>\n

<\/p>\n

Instead of building a specialized printer from scratch. HP recommended the HP Envy 5600<\/a>. It\u2019s a standard, all-in-one device you can buy at retail for $129.99. But the printers heading up to the ISS underwent significant modification.<\/p>\n

\u201cWe removed the capability to do scanning, fax, and copy out of it to reduce weight and remove glass portions,<\/em>\u201d said NASA\u2019s Hunter.<\/p>\n

Removing what could weigh the printer down or break and become a space disaster was only the start.\u00a0The most challenging part was related to zero gravity.\u00a0Ultimately, HP went through every printer system and component to analyze how it would be affected by zero gravity<\/strong>.<\/p>\n

HP turned to 3D printing<\/strong> and developed, experimental 3D material \u2014 nylon filled with glass beads. Its unique properties allowed HP to swap out the multiple parts that make up the printer output tray and turn it into one that\u2019s both lighter, flexible, and more reliable.<\/p>\n

\"HP<\/a>After all the modifications, the HP space printer still looks like a printer. It\u2019s 20 inches wide, 16 inches deep, and five inches high. There\u2019s no lid or glass, but, aside from the 3D printed materials, the ISS\u2019s next printer looks pretty unremarkable. The HP ENVY Zero-Gravity Printer<\/a> still uses standard inkjet ink<\/strong>.<\/p>\n

To work out the kinks of the new ISS printer, HP worked with a small team from NASA that included Pettit and three other astronauts. Astronauts’ concerns about printing in space are much the same as they are on the ground. “You want it to be uneventful… you want to hit print and have a hard copy,<\/em>” said Pettit.<\/p>\n

\"The<\/a>Up to this point, all of NASA and HP’s work was theoretical. They did all they could to make the space printer space-ready. However, the only way to know if this printer is suitable for use on the space station before actually sending it to space is by testing it in zero gravity<\/strong> and the only way to do that is on NASA’s Vomit Comet<\/a><\/strong>.<\/p>\n

The Vomit Comet is a plane that flies a parabolic flight.\u00a0As it loops up and down, passengers achieve, at the peak of the curve, about 20 seconds of near-weightlessness<\/strong>. During those times, the team tested printing<\/strong> and that the paper flowed through the printer and ejected in the right way. NASA’s Hunter said,\u00a0\u201cIt went flawlessly. Everything works to our expectation<\/em>.\u201d<\/p>\n

\"By<\/a>NASA plans to send the first two printers up to the station on Elon Musk’s<\/a> Space-X<\/a><\/strong> Dragon C16 rocket<\/a> as part of Space X mission CRS-14<\/a> scheduled for launch in February 2018.<\/p>\n

NASA and HP have retrofitted roughly 50 HP Envy printers and expect each one to last roughly two years. \u201cWe want to use this through the remainder of the ISS program. Officially through 2024, with plans through 2028<\/em>,\u201d said NASA’s Hunter.<\/p>\n

\u201cThis will be the last printer they get in the space station<\/em>,\u201d predicated HP’s Stephens.<\/p>\n

Related article<\/strong><\/p>\n