Two of the biggest challenges with today’s desktop 3D printers are that they 1) don’t print very large objects and 2) are painfully slow. The Solidator 3D printer aims to change both of those things, in a printer that costs less than $5,000.
Thinking about building a home on Mars, but having trouble finding a contractor? That might no longer be such a problem, thanks to a new technology that one day could make it much faster to build one there than it takes us now on Earth. A professor at the University of Southern California has designed an automated 3D printer that, he says, would make it “possible to build an entire home within a day.” “You press a button and it will be built,” says Behrokh Khoshnevis, who teaches industrial and systems engineering at USC.
The process, called “Contour Crafting,” was conceived as a way to quickly construct emergency housing on this planet out of concrete. But NASA sees other applications for Khoshnevis’ homebuilding innovation — for starters, projects such as an airport on the moon. “Behrokh’s work is one of the most creative and far reaching concepts I’ve seen,” said Jason Derleth, the program manager for NASA Innovative Advanced Concepts, in a news release this past summer. “He really has a chance to change the world by robotically printing buildings here, and he may even change the next human world by doing the same on the moon and Mars.”
The printer will be available to the public in early 2014 for about $1,400. CEL CEO Chris Elsworthy said the machine could someday be used to 3D scan an object or ice a cake.
In 1999, my elementary school got every single kid to love computer class with a single move: It replaced a fleet of Macintosh Classic IIs with iMac G3s. The candy-colored shells, bright graphics and whimsical shape made it feel like you were spending time with some hip, space-age machine. Computing was so in that year.
The G3 bas been discontinued for a decade, but it is still an icon of the optimism of the computing industry in the 1990s. 3D printers are going through a similar phase right now, as machine after machine hits the market. While they haven’t quite hit the ease-of-use of a 1990s era computer, they’re certainly getting there.
Technology for pain-free healing:
“Your threshold for pain is near zero”, said my dentist, as she deftly moved the extremely thin fiber optic laser head away.
“That’s why I chose to fly in here. Gum filet carving doesn’t appeal to me”, I mumbled, my lips feeling leathery from the anesthetic spray.
Researchers at Cornell University have managed to 3D print a loudspeaker, according to the University’s newspaper. Using two customizable 3D printers originally developed at Cornell, a team of graduate mechanical engineering students managed to almost seamlessly print the loudspeaker’s plastic, cond
The Future of Management Wargaming, Now! By Mr. Andres Agostini
This is an excerpt from the conclusion section of, “…The Future of Management Wargaming , Now…!” that discusses some management theories and practices. To read the entire piece, just click the link at the end of article:
In addition to being aware and adaptable and resilient before the driving forces reshaping the current present and the as-of-now future, there are some extra management suggestions that I concurrently practice:
a) “…human knowledge is doubling every ten years [as per the 1998 standards]…”
Continue reading “The Future of Management Wargaming, Now!” »
At the Wearable Futures conference, London designer and researcher Shamees Aden debuted a running shoe concept that will put your worn out kicks to shame. The shoes, which he’s developing with University of Southern Denmark professor Martin Hanczyc, are 3D printed from a synthetic biological material that can repair itself overnight.
The running shoes are the product of Aden’s study of protocells. The basic protocell molecules are not themselves alive, but can be combined to create living organisms. Mixing different protocells creates different properties, and allows them to be programmed to behave differently depending on heat, light, and pressure. The shoes’ unique construction allows them to be 3D printed to the exact size of the user’s foot, so they would fit like a second skin. While running, the shoes would react to pressure and movement, providing extra cushioning when needed.
Continue reading “London designer creates 3D-printed, regenerative running shoes from protocells” »
The science-fiction-like world of 3D printing is starting to get some very real attention from Wall Street. This week Jefferies initiated coverage on the sector with “buy” ratings on three of its five major players – 3D Systems, Stratasys, and ExOne – and “holds” on the other two, Arcam and voxeljet. These companies could revolutionize mass manufacturing, Jefferies says, and could even get competition from a bellwether of the traditional printing industry: Hewlett Packard.
In a comprehensive, 97-page research note, Jefferies analyst Peter Misek writes that while 3D printing has been around since the 1980′s, a confluence of factors ranging from improvements in printer speeds to a greater availability of software that produces the digital designs used to create 3D printouts have brought the sector into the mainstream, and it will only continue its climb in years to come.
“Our base scenario envisions an eventual expansion of consumer 3D printers from its hobbyist base into a prototyping tool for ‘creative consumers’ and for home printing of toys to become mainstream,” Misek writes, defining ‘creative consumers’ as those who might favor the craft site Etsy. He says that 3D printing could eventually take a $12.5 billion chunk out of the $22 billion U.S. toy market for its ability to recreate action figures, building sets, craft supplies and more. While some companies insist this development is around the corner — 3D Systems is trying to get a $500 consumer 3D printer on the market in time for the 2014 holiday season — Misek thinks such products won’t debut until 2015 or 2016 at the earliest.
