They say necessity is the mother of invention, and nowhere was it more necessary than in the case of Kaiba Gionfriddo’s life. The infant was born with a condition called tracheobronchomalacia that results in weakened support for the trachea, and his …
They say necessity is the mother of invention, and nowhere was it more necessary than in the case of Kaiba Gionfriddo's life. The infant was born with a condition called tracheobronchomalacia that results in weakened support for the trachea, and his fate seemed all but decided until researchers at the University of Michigan proffered an unlikely solution: a 3D-printed tracheal splint. The splint was custom-made just for the child and designed to hold the trachea in place as the bronchus builds around it, giving it strength. In two to three years, the trachea will be able to stand on its own, and the polycaprolactone biomaterial used to create the splint will be absorbed into the body. After a successful operation, Kaiba was taken off ventilator support -- and he hasn't needed it since. From 3D-printed skull prosthetics to this recent innovation, it's clear 3D printing has a far more noble future than just making pizza.
Filed under: Science, Alt
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Via: Gizmodo
Source: New England Journal of Medicine
Last week we had lab-grown burgers; this week it’s powdered pizza. NASA’s gotten in on the synthesized food action by awarding a $125,000 grant to Anjan Contractor, head of Systems & Materials Research Corporation, to develop a 3D food printer. T…
Last week we had lab-grown burgers; this week it's powdered pizza. NASA's gotten in on the synthesized food action by awarding a $125,000 grant to Anjan Contractor, head of Systems & Materials Research Corporation, to develop a 3D food printer. The first device Contractor plans to build under the six-month grant is based on RepRap's open-source hardware and will be designed to print a pizza comprised of three layers of nutritional powders mixed with water and oil. As the final frontier gets further and further away, NASA's need for a nutritious, long-lasting food supply suitable for space travel grows. Since the powders used in Contractor's design -- potentially sourced from insects, grass and algae -- have a shelf life of about 30 years, his 3D food printer would be well-suited to the task. If your appetite's survived the idea of snacks made from pulverized insects, you can watch the grant-winning prototype print some synthesized chocolate after the break.
Filed under: Science, Alt
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Via: Business Insider
Got hordes of old photos you don’t know what to do with? Well, if you’ve got access to a 3D printer, what about blessing them with a third dimension? That’s what Instructables stalwart Amanda Ghassaei (of 3D printed records fame) has done using an Ob…
Got hordes of old photos you don't know what to do with? Well, if you've got access to a 3D printer, what about blessing them with a third dimension? That's what Instructables stalwart Amanda Ghassaei (of 3D printed records fame) has done using an Objet Connex500, some algorithmic wizardry and a bit of left-field thinking. The images, rather than full 3D renderings, are still meant to be viewed in 2D, but use different thicknesses of print to create a silhouette effect. Ghassaei converts images to black and white, and assigns different printing densities to each grayscale pixel value. The results are surprisingly intricate, and still manage to impart a sense of texture. Fortunately for those interested in doing their own, this is Instructables, so, all you need to do is follow along at the source.
Filed under: Misc, Alt
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Via: CNET (Crave)
Source: Instructables
Defense Distributed’s plan is to put the power of guns in the hands of every person with access to the internet and a 3D printer. Until now, however, we’d only seen the Liberator pistol built using an expensive industrial-grade printer — despite the…
Defense Distributed's plan is to put the power of guns in the hands of every person with access to the internet and a 3D printer. Until now, however, we'd only seen the Liberator pistol built using an expensive industrial-grade printer -- despite the fact that the blueprints for gun have been downloaded by thousands of people who don't have access to such a high-end machine. One of those folks decided to put the Liberator in the hands of the printing proletariat by making it with a consumer-level Lulzbot A0-101 3D printer, a nail and some common screws.
This new version, called the Lulz Liberator, differs from the original in that it's got a rifled barrel and uses metal hardware to hold it together (as opposed to printed plastic pins). Printing it took around two days and used about $25 worth of generic ABS material, and the pistol produced was fired successfully nine times, but its creator claims it could've shot more. It's still a far cry from a Glock or Beretta, of course, as the gun misfired several times, and removing spent shell casings required the use of a hammer. So, it's not quite ready for prime time, but it's one more bit of proof that the age of printed pistols is officially upon us.
[Image Credit: Michael Guslick]
Filed under: Misc, Alt
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Source: Forbes
If you’ve navigated through the endless sea of 3D printers at this weekend’s Maker Faire, you may well have caught a glimpse of the Series 1 Pro, the latest offering from San Francisco-based Type A Machines. The printer, which is still in the “engine…
If you've navigated through the endless sea of 3D printers at this weekend's Maker Faire, you may well have caught a glimpse of the Series 1 Pro, the latest offering from San Francisco-based Type A Machines. The printer, which is still in the "engineering concept" phase, trades its predecessor's wood frame for a more solid aluminum version. The WiFi-compatible device has a build volume of about 18 liters, according to the company, and will be available in the third quarter of this year. That's the printer up top, pictured alongside Mark II, a little robot printed on the original Series One. Down below, you'll find a short press release.
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Nintendo seems to have a knack for repeat performances. Nintendo DS? Quickly supplanted by the DS Lite — and the DSi didn’t last too long either before it was succeeded by the DSi XL. Even the 3DS saw a revision, when it was supersized last summer. …
Nintendo seems to have a knack for repeat performances. Nintendo DS? Quickly supplanted by the DS Lite -- and the DSi didn't last too long either before it was succeeded by the DSi XL. Even the 3DS saw a revision, when it was supersized last summer. These redesigns typically don't change more than the device's size, but when the 3DS XL was announced, some gamers were left wanting. Didn't the original 3DS get an accessory specifically to address the lack of a second analog pad? Why didn't Nintendo take the opportunity to add dual-analog controls? Well, if that happened, Nintendo couldn't release an encore Circle Pad Pro accessory, could it? Let's take a look at the 3DS XL Circle Pad Pro and see what's changed.
Filed under: Peripherals, Nintendo
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Nintendo seems to have a knack for repeat performances. Nintendo DS? Quickly supplanted by the DS Lite — and the DSi didn’t last too long either before it was succeeded by the DSi XL. Even the 3DS saw a revision, when it was supersized last summer. …
Nintendo seems to have a knack for repeat performances. Nintendo DS? Quickly supplanted by the DS Lite -- and the DSi didn't last too long either before it was succeeded by the DSi XL. Even the 3DS saw a revision, when it was supersized last summer. These redesigns typically don't change more than the device's size, but when the 3DS XL was announced, some gamers were left wanting. Didn't the original 3DS get an accessory specifically to address the lack of a second analog pad? Why didn't Nintendo take the opportunity to add dual-analog controls? Well, if that happened, Nintendo couldn't release an encore Circle Pad Pro accessory, could it? Let's take a look at the 3DS XL Circle Pad Pro and see what's changed.
Filed under: Peripherals, Nintendo
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Most approaches to capturing 3D models of real-world objects involve multiple cameras that are rarely cheap, and are sometimes tricky to calibrate. The University of Glasgow has developed a method that ditches those cameras altogether. Its system has…
Most approaches to capturing 3D models of real-world objects involve multiple cameras that are rarely cheap, and are sometimes tricky to calibrate. The University of Glasgow has developed a method that ditches those cameras altogether. Its system has four single-pixel sensors stitching together a 3D image based on the reflected intensity of light patterns cast by a projector. Reducing the pixel count lowers the cost per sensor to just a few dollars, and extends the sensitivity as far as terahertz wavelengths. Real-world products are still a long way off, but the university sees its invention as useful for cancer detection and other noble pursuits. Us? We'd probably just waste it on creating uncanny facsimiles of ourselves.
Filed under: Science, Alt
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Via: New Scientist
Source: University of Glasgow
