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Kinect hack turns tourists into 3D souvenirs (video)
As souvenirs go, a miniature replica of yourself -- striking a pose of your choosing on Barcelona's La Rambla street -- is a far sight more original than a bullfights-and-senoritas snow globe. This past January, the hilariously titled BlablabLAB enlisted three Kinects and a RapMan 3.1 to snap passersby and render them into personalized tchotchkes, in a project called Be Your Own Souvenir. Subjects stood atop a small platform, mimicking the human statues on La Rambla, as the Kinects captured their likeness in full 360-degree glory. The resulting images were then processed as a mesh reconstruction, saved as a G-code file, and then fed through a 3D printer -- and voila, out popped the tiny statuettes. If you're a fan of flashy editing and Kinect-based street experiments, check out the video after the break.
MakerBot's Interface Board Kit does PC-less 3D printing, turns your superhero fantasies into reality
If you're like us -- that is to say, wildly popular and devastatingly good looking -- then you're probably wondering why someone hasn't produced an action figure in your likeness yet. Well wonder no longer, for the folks over at MakerBot just announced yet another handy tool to make at home 3D printing even easier. An addition to the aptly titled Thing-O-Matic, the Gen 4 Interface Board Kit v1.1 is billed as a DIY interface that lets you operate your thingy printer without having to attach it to a PC. The kit comes equipped with an SD card slot for easy independent operation, and because the board's fully hackable, you can use it to control your robots or homebrew CNC devices, too. It sports nine programmable buttons and an LCD screen for feedback, and allows you to set and read temperatures, view build progress, or start a new project stored on the SD card. So what are you waiting for? Your self-aggrandizing bobblehead isn't going to make itself.
Watch-controlled robo-tot grasps small objects, the meaning of life (video)
It may seem like there's an abundance of robot news lately, but we're just trying to please our mechanical overlords deliver the latest in gadget and technology news. What we've got here is an Arduino-based robo-gripper that serves only to move around and use its 3D printed claws to grab tiny objects that we'd otherwise be too lazy to pick up ourselves. The robot, infused with a Texas Instruments CC1110 dev kit, is controlled using an accelerometer-based Chronos watch and can move in all directions by simply tilting the timepiece. If you want to take a gander at this little guy in action, check out the video past the break -- it's always warming to see humans having the upper hand against the machine.
Fabricate Yourself Kinect hack turns you into a 3D puzzle piece
We've been whittling our likeness into bars of soap for decades, but lucky for us someone's come up with a far easier way to render our flawless good looks in miniature. Following in a long line of inventive Kinect hacks, the folks at Interactive Fabrication have produced a program called Fabricate Yourself that enlists the machine to capture images of users and convert them into 3D printable files. The hack, which was presented at Tangible, Embedded and Embodied Interaction Conference in January, results in tiny 3D models that resemble Han Solo trapped in carbonite and sport jigsaw edges that can be used to make a grid of small, but accurate renderings. Fabricate Yourself is still in its infancy, and the resulting models are relatively short on detail, but we're no less excited by the possibilities -- just think of all the things we could monogram in the time it takes to produce one soapy statuette. Video after the jump.
Cornell University scientists use 3D printer to engineer human ear made of silicone
Welcome to the future, where scientists can print body parts. No, seriously: researchers at Cornell University have used 3D printing technology to engineer a human ear out of silicone. This should one day soon open the door to the creating functional human body parts using DNA-injected 'ink.' The team at the Computational Synthesis Laboratory, led by Hod Lipson, are now testing the printer as a way to crank out synthetic heart valves. Check out the ear being synthesized in the video after the break.
3D printed concert flute rapidly prototypes sound (video)
The world's first store for 3D printed goods just opened in Brussels, and while we imagine they've already got a fair selection of prototyped merchandise to choose, might we suggest they invest in a few production runs of this fabulous new flute? Amit Zoran of the MIT Media Lab -- yes, the same soul who helped dream up a 3D food printer early this year -- has now printed a fully-functional concert flute with a minimum of human intervention. Directing an Objet Connex500 3D printer (which can handle multiple materials at the same time) to spit out his CAD design, dollop by tiny dollop, in a single 15-hour run, he merely had to wash off support material, add springs, and assemble four printed pieces to finish the instrument up. The proof of the pudding is in the eating, of course, so how does it sound? Find out for yourself in the video below.
.MGX opens world's first store dedicated to 3D printed goods
Is your Matter Compiler broken? Well, step on down to the local .MGX for all your 3D printed needs! Materialise's .MGX brand has just opened its very own flagship store in Brussels, and it professes to be the first physical store solely dedicated to 3D printed wares. It's primarily high design baubles right now, but we're sure it won't be long before we're chucking our old and busted cutlery into the deke bin and churning out new sets with our at-home M.C. we bought at Target. Right, Neal?
RepRap prints transistors, but fabs have little to fear
Budding hobbyists almost have it too easy these days, what with all the ready-made components, Mindstorms and Arduino boards, but there's still a couple of folks out there kicking it old-school... and printing transistors at home. Yes, that's a RepRap 3D printer you see there, with a MakerBot Unicorn pen head, depositing tiny dots of silver ink to form intricate rows of tiny electrodes. Sadly, the printer doesn't currently automate the entire process, as you'll also need to separately apply a dielectric material and a host of chemicals to get a working field effect transistor from scratch, but once the basic process is perfected the possibilities, as they say, are endless. Now if you'll excuse us, we've got a hot date with some vacuum tubes. Find the basic formula for DIY transistors at our source link.
Shapeways glass vase: 3D printing at its finest
Who says pottery will never be trumped? As 3D printing becomes an increasingly viable solution to producing -- well, just about anything -- Shapeways has introduced a glass vase that would look just lovely on your mum's kitchen table. Oh, in case you missed the whole "putting two and two together bit," this is a glass vase created with a 3D printer. Traditionally, 3D printers haven't delved into the world of glass, but it's clear from this that it's not only possible, but a great material to use when looking to craft stupendously detailed gear. The colors you see were added after the fact, so in theory, you could get one in any color you so desire. Too bad a price point isn't readily available...
The Urbee Hybrid is the first car to come out of a printer, presumably a big one
3D Printers are getting ever more advanced and, apparently, ever bigger too. Proof to that is the Urbee Hybrid, the result of a partnership between transportation company Kor Ecologic and Stratasys, who we've already seen shamelessly rebranding its 3D printers as HP Designjets. Kor provided the concept and the underpinnings of the thing, a design that amazingly has its roots in the early '90s but has been given a new, teardrop body 100 percent printed by Stratasys. Underneath is a plug-in hybrid powertrain that manages up to 200mpg on the highway and 100mpg around town running on ethanol or plain 'ol gasoline. No, there are no plans for the three-wheelin' Urbee to actually see production, and beneath that luscious shape rolls something that looks rather more like a work in progress, which you can see in an early video below.
Dean Kamen unveils revamped bionic arm and water machine, LED light bulb powered by Cree
Segway inventor Dean Kamen just stole the show at TEDMED 2010, with both a far-reaching lecture on how technology can save the developing world, and a peek at his latest projects. We'll spare you the wave of guilt for now and get right to the cool stuff, like the latest rendition of his Luke prosthetic arm and Slingshot water machine. Dean admitted he's having difficulty finding companies interested in manufacturing the former, but it's looking snazzier than when it last grabbed Stephen Colbert, with components like this shoulder piece printed out of titanium in a custom 3D printer, and it's slated to look like this. The Slingshot's seeing even more action, as Dean and company have pulled it out of the ugly box into these svelte tubes, and finally has a distribution deal (with Coca-Cola, of all companies) to bring the clean-water-from-any-source machines to developing countries in trials early next year. Last but not least, the man's got a product you might be able to afford for your home. In the quest for an item for his FIRST young engineers to sell -- a la Girl Scout cookies -- he tapped LED manufacturer Cree to produce an 450 lumen light bulb that draws just 7 watts and will retail for about $25 door-to-door. In case you're wondering, that's cheaper and more efficient than most any lamp we've seen before. Dean says they've already produced several hundred thousand of the bulbs thanks to a surprise $3 million investment from Google, and plan to have them in the hands of every FIRST kid soon. Keep on fighting the good fight, Dean. %Gallery-106215%
FrisMe: the ludicrously expensive, totally customizable 3D printed Frisbee
We're guessing that the fine folks over at i.materialise are shying away from the trademarked Frisbee term, but there's no question about what this is -- it's a Frisbee, but one that's completely customizable. Better still, it's crafted from a 3D printer. Better still, you can do just about anything with this thing if you've got the disposable income to justify it. A standard FrisMe would be $215, and a customized version with your initials and choice of texture would add a $15 surcharge. Looking for silver, gold or chrome plating, or a custom hand painting? How's about a Scan FrisMe that's designed according to a 3D scan on your own paw? Around $1,300, and that's not including your travel to Leuven, Belgium. Head on past the break to see one in action, and feel free to consider the cost of an actual 3D printer before scoffing too hard at the asking prices.
MakerBot launches Thing-O-Matic 3D printer with greater automation, no 'wires dangling everywhere'
3D fabrication is getting closer and closer to the desktop of the everyman, and MakerBot's latest looks to be one of the most democratizing yet. It's called the Thing-O-Matic, an appropriate name given that it produces things and does so automatically. It's built around version 2.0 of the Automated Build Platform, enabling the endless creation of widget after whatsit, spitting results out the front before moving on to the next with no manual intervention required. The device connects via USB, like any self-respecting printer these days, and can be yours for a mere $1,225.
MakerBot's Automated Build Platform enables handsfree, multi-part 3D printing
Currently, 3D printers require users to remove a finished object, clean things up and input more commands before it starts building something from nothing a second time around. At least, the "affordable" ones do. But our pals over at MakerBot Industries have a far better idea, and if we didn't know any better, we'd say this type of problem solving would get the ever-desired thumbs-up from one Anthony Sullivan. Put simply, the Automated Build Platform works with your existing 3D printer, and thanks to its mighty conveyor belt action, it wipes away completed objects, clears the boogers off the nozzle, resets itself and prints again. It's up for order right now for $160, but you should probably check out the (admittedly enticing) video after the break before deciding if it's right for you. Oh, and if you're too lazy to click through, chances are it is.
MakerBot prints another MakerBot, the circle is complete
MakerBot isn't the first self-replicating 3D printer -- that spectacular distinction went to the RepRap Darwin back in 2008 -- but that doesn't make it any less awesome that the $750 machine is now able to produce its own frame. With a month's labor, owner Webca was able to create the entire plastic chassis you see above, using a second MakerBot constructed of the traditional wooden parts. Without knowing how much goop went into the project, it's a touch difficult to say if the method is economical, but there's nothing to keep you from trying the same. Best of all, Webca decided to share his plans with the world -- you'll find instructions for all 150 pieces at the source link, a month off of work in your wildest dreams.
L'Artisan Electronique ushers in the era of the virtual pottery wheel (video)
Want to reenact Ghost but don't care for all the messy bits? Let lasers do the work for you. L'Artisan Electronique uses a laser scanner to detect your hand-sculpting gestures, transfers their gently urging instructions over to a computerized 3D model, and -- should your production exhibit sufficient creativity or je ne sais quoi -- prints it out using a 3D ceramic printer. This is part of a Design by Performance exhibition taking place over in Belgium and is seriously one of the cooler things you're going to come across today -- or any other day, for that matter. See it on video after the break.
Objet 3D printing put to the test in Iron Man 2 (video)
We got a pretty good look at some of the tech of Iron Man 2 recently, and it looks like the flick's gadgety goodness extends behind the camera as well. It appears that all that bad ass armor is actually produced on the fly by the film's production company, Legacy Effects, using an Objet Eden 3D printer. The company describes the process as "print-to-wear" – pieces come out of the printer, get applied with paint, and make their way to the actors. And since the designs begin with an actual scan of the actor's body, they are much more comfortable. Believe us, there is nothing that a director wants to see less than a cranky Robert Downey, Jr. on their set. For more info on how the device is being used throughout the creative process, check out the video after the break.
3D printer creates ice sculptures -- just add water
Paper-mache, candy, and human cells have all been seen flowing through 3D printers for custom fabrication work, but students and faculty at Canada's McGill University have a cheaper prototyping material: plain ol' H2O. They recently modified this Fab@Home Model 1 by replacing the soft goo extruders with a temperature-controlled water delivery system, and set about making decorative ice sculptures and a large beer mug for good measure. While the academic project is officially supposed to explore "economic alternatives to intricate 3D models of architectural objects," we're not sure architects will want much to do with prototypes that drip... but tourism might well get a boost from liquor sold in frosty custom containers. We're thirsty just looking at them.
HP's Designjet 3D series start shipping to wealthy European prototypers
Just three months after HP bought itself into the 3D printer market by making a partnership with established player Stratasys, the company's first Designjet 3D models are now shipping in Europe, set to start churning out bits and bobs soon. HP is offering two models, the plain Designjet 3D and the Designjet Color 3D which, wait for it, prints in color. We don't know what the multi-hue model will set you back, but the base model clocks in at €13,000 -- about $17,500. That's roughly $2,500 more than a low-end, non-HP Stratasys additive fabrication printer will cost you, and we're not sure what else you're getting for that premium beyond the little chrome HP badge stuck on the top. Expensive? Sure, but we remember a time when color laser printers cost more than cars and now look at 'em, selling for less than $200 shipped. Funny how their toner cartridges aren't any cheaper...
Bits from Bytes' new 3D printer extrudes with the best of 'em
We've seen a number of 3D printers lately, and this time we have a budget model for you (that is, if $3,000 is "budget" -- and we suppose it is, compared to the $20,000 and more some of these bad boys can cost). Bits from Bytes has recently announced the BFB 3000, available with up to three print heads, an SD card reader, a printing area of 320mm x 300mm x 200mm, and a max print speed of 15mm3 per second. Available soon for about £2,000. We suppose you'll be ordering a couple, right? Either way, get a closer look in the gallery below. %Gallery-90420% [Thanks, TMoney2007]
