3D-printing
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Formlabs FORM 1 high-resolution 3D printer spotted in the wild, we go eyes on (video)
Last time we checked in with the 3D printing upstarts over at Formlabs, their Kickstarter was doing splendidly, having over doubled its initial funding target. Well, less than a month later, and with the money still rolling in, the current total stands (at time of writing) at a somewhat impressive $2,182,031 -- over 20 times its initial goal. When we heard that the team behind it, along with some all important working printers, rolled into town, how could we resist taking the opportunity to catch up? The venue? London's 3D print show. Where, amongst all the printed bracelets and figurines, the FORM 1 stood out like a sore thumb. A wonderfully orange, and geometrically formed one at that. We elbowed our way through the permanent four-deep crowd at their booth to take a closer look, and as the show is running for another two days, you can too if you're in town. Or you could just click past the break for more.
The future of higher education: reshaping universities through 3D printing
Featuring four towering limestone columns and classic Flemish-bond brickwork, the century-old Mackay School of Mines Building at the University of Nevada, Reno, has long served as a bastion of Silver State history. Named after Irish immigrant and "Comstock Lode King" John Mackay, notable touches such as a cast bronze statue designed by Mount Rushmore sculptor Gutzon Borglum just outside the building helped it earn a spot in the National Register of Historic Places. Within its oak doors, however, are the makings of an intriguing experiment that's decidedly more new school. Like a mini museum, a collection of 3D-printed models are displayed within the building's sunlit, three-story atrium -- attracting a mix of students and teachers. Even more popular than the displays of plastic gears and molecule models, however, are the two 3D printers that made them: a professional-grade Stratasys uPrint SE Plus and a hobbyist 3DTouch machine by 3D Systems Corporation.
Ask Engadget: best online 3D printer?
We know you've got questions, and if you're brave enough to ask the world for answers, then here's the outlet to do so. This week's Ask Engadget inquiry is from Paul, who wants to experiment with additive manufacturing that's beyond the capacity of his Makerbot. If you're looking to ask one of your own, drop us a line at ask [at] engadget [dawt] com. "Hi! I'd like to prototype some seriously complex jewelry and my Makerbot isn't up to the task. Can someone suggest a good online 3D printing service that also offers international shipping? Thanks!" 3D printing is so new that no service has made a name for itself above all others, so let's throw it open to the world's finest minds, our trusty readers. Hold your breath, count to ten, feel the Earth move... and then share your experiences in the comments below.
Seeing is believing, Disney crafts 3D printed optics (video)
A group of engineers from Disney Research have crafted a new method to create interactive objects using 3D printers. Referred to as "printed optics," the lure of this technology is the ability to transform inert 3D models into interactive subjects by embedding 3D printed light piping into an object with minimal electronic components. Illuminated by LEDs and mobile projectors, this new breakthrough in optics has the potential to replace LCD and LED screens to display information on smaller interactive devices. If you find yourself scratching your head trying to visualize such a mojo in action, then check out the video after the break. It will enlighten you.
Print your own headphones on a MakerBot Replicator and beat Dre at his own game
As 3D printers become more and more accessible to a consumer audience, one question lingers above the rest: why? Granted, they're incredibly cool, but what, if any, are the practical implication of such a technology? For the most part, the great ambassadors of 3D printing have largely been printable toys -- cool, but not particularly useful. The question, as posed by John Mabry reads as follows, What if printed prototypes could become actual products? Meaning, once off the print bed an object could be assembled without any tools and be made functional by readily attainable components. An attempt at the answer comes in the form of the 13:30 printable headphones, which can by created on a MakerBot Replicator and coupled with some off-the-shelf components, making for a pair of slick-looking, functional headphones that, at the very least, will help you stand out from the rest of the Beats By Dre enthusiasts on a crowded subway train.
Cubify lets you skin, 3D print your own personal Android
Sick of letting everyone else skin your Android for you? 3D printing service Cubify is helping you fight back with Bugdroids, a customizable version of Google's lovable green mascot. You can change its colors, add accessories like hats, horns glasses, mustaches and bling (that's "bling," not Bing, mind), and then the service will 3D print one out and ship it to you -- well, after you drop an admittedly pricey $30 to $40, figurine size depending.
FORM 1 delivers high-end 3D printing for an affordable price, meets Kickstarter goal in 1 day
A $2,300 3D printer isn't really anything special anymore. We've seen them as cheap as $350 in fact. But all those affordable units are of the extrusion variety -- meaning they lay out molten plastic in layers. The FORM 1 opts for a method called stereolithography that blasts liquid plastic with a laser, causing the resin to cure. This is one of the most accurate methods of additive manufacturing, but also one of the most expensive thanks to the need for high-end optics, with units typically costing tens-of-thousands of dollars. A group of recent grads from the MIT Media Lab have managed to replicate the process for a fraction of the cost and founded a company called Formlabs to deliver their innovations to the public. Like many other startups, the group turned to Kickstarter to get off the ground and easily passed its $100,000 within its first day. As of this writing over $250,000 had been pledged and the first 25 printers have already been claimed. The FORM 1 is capable of creating objects with layers as thin as 25 microns -- that's 75 percent thinner than even the new Replicator 2. The company didn't scrimp on design and polish to meet its affordability goals either. The base is a stylish brushed metal with the small build platform protected by an orange plastic shell. There's even a companion software tool for simple model creation. You can still get one, though the price of entry is now $2,500, at the Kickstarter page. Or you can simply get a sneak peek in the gallery and video below. %Gallery-166660%
MakerBot Store tour (video)
After the news-filled event MakerBot held, just down the street from the Atlantic Terminal in Brooklyn, we found a fleet of cars ready to ferry us back to Manhattan. The cars weren't there to return the press to their various offices, instead they shuttled us en-masse to the brand new MakerBot Store that opened today in NOHO. The small shop sits on Mulberry St., just half a block north of Houston -- number 298 to be specific. Out front is a small discreet sign that reads "MakerBot." What will really draw people inside is the six-foot tall 3D-printed track that guides giant ball bearings through a maze of curves and spirals in the window. Step inside and the sculpture becomes interactive. You spin a large wheel (also printed) and a magnet slowly moves the orbs up the wall before depositing them at the starting point and sending them hurtling through the multi-track course (video after the break). Almost everything in the shop, down to the posts and locks on the display cases, is also printed out on the company's flagship product, the Replicator 2. In addition to buying the printers and compatible spools of plastic, you can also pick up trinkets created with them, such as the MixTape. If you want a less expensive example of the Replicator's wares, there's a gumball-style vending machine that dispenses toys when you insert a $5 token and give the knob a satisfying twist. For more, check out the gallery below. Edgar Alvarez contributed to this report.
MakerBot unveils Replicator 2, 2X and launches retail store, we go eyes-on
The Replicator may have just been pushed off this writer's Christmas list. (Note to self: send updated letter to Santa.) But, this isn't a loss for MakerBot Industries, because it's being replaced by the Replicator 2, the newest model of 3D printer from the company. This is a big boy version of its previous devices that were aimed more at tinkerers than serious designers, and that's reflected in the $2,199 price. The build plate is significantly bigger, with the ability to spit out creations that measure 11.2 x 6.1 x 6.0 inches (410 cubic inches). That's a full 37 percent larger than the original Replicator, but the machine itself is the same exact size. The frame is no longer assembled from laser-etched wood, instead there's a powder-coated steel frame with PVC plastic sides to help shield the various moving parts and lend an air of professionalism to the affair. The extruder is designed specifically for use with MakerBot PLA, a new plastic material based on corn, that Bre Pettis claims wont expand when exposed to the heat -- which means it wont contract when it cools, leading to smoother printed objects and less cracking. The new printer has a resolution of 100 microns, by comparison, the original Replicator had a layer resolution of 270 microns. Now each layer of plastic is as thin as a sheet of copy paper, resulting in smooth printed prototypes. In a departure from previous models, the Replicator 2 is shipped fully assembled. You need only lift it out of the box and plug it in to get started. And one of our biggest complaints about the setup process, leveling the build plate, has been addressed. The new model now has a simplified three-point leveling system, what should eliminate some of the opportunity for error in the four-point system of its predecessor. The Replicator 2 even comes in an experimental dual-extrusion model for those that like life on the cutting edge, called the Replicator 2X, that retails for $2,799. To run all this there's a new software tool, called MakerWare that greatly simplifies the act of printing objects. You can even drag and drop multiple models into a virtual build platform, scale them and tweak them (either independently or simultaneously) before sending them to the Replicator 2. Perhaps, most interesting of todays announcements is the MakerBot Store -- an actual physical shop -- in NOLA NOHO. The company believes this will help expose people to 3D printing who might otherwise be confused by the concept. You can order the Replicator 2 now direct from MakerBot. But, be warned, there's a four to six week lead time on deliveries. Edgar Alvarez contributed to this report.
TangiBot manufactures ethics controversy by replicating open-source Makerbot 3D printer
A Kickstarter entry has managed to stir the fairness pot by touting a MakerBot Replicator clone called TangiBot -- legally copied from the original 3D printer's open source plans. The project's creator, Matt Strong, says that the device will offer "the same performance and features at a roughly 33 percent discount" to Makerbot's $1,800 price tag, thanks to Chinese manufacturing. That's inflamed some in the 3D printing fraternity, who take exception to the exact copying of a design without any improvement. The founder is unrepentant, however, saying that "MakerBot's technology is nothing new" and insists his replica product's lower price will open up 3D printing to more hobbyists. TangiBot has addressed a trademark gripe from its doppleganger by removing the MakerBot references from Kickstarter -- but hey, we know a KIRF when we see one.
Inhabitat's Week in Green: Eindhoven's Evoluon Center, folding compact cars and the best of 3D printing
Each week our friends at Inhabitat recap the week's most interesting green developments and clean tech news for us -- it's the Week in Green. As we enter mid-August, millions of people will load up the car and head out to the beach for summer vacation. But no matter how much energy you put into building a sandcastle, it's unlikely to be as impressive as the structures produced by Stone Spray, a solar-powered, robotic 3D printer that can create entire buildings out of sand. It's hard to deny that 3D printing has the ability to change the world -- especially after learning about a two-year-old girl who gained the use of her arms with the aid of a 3D-printed robotic exoskeleton (she calls them her "magic arms").
Roto-a-Matic retro vending machine injection molds toys while you wait (video)
The advent of 3D printing is most certainly upon us, and its helped injection molding make the crucial transition from dated tech to a retro novelty. The Roto-a-Matic has recently gone live in toy maker Rotofugi's store in Chicago, and will create a polyethylene plastic figurine for you in under a minute, provided you feed it a token. Rotofugi and product design company Squibbles INK have given the vintage Mold-a-Rama vending machine a new lease of life, and now they are looking for artists to contribute designs for future molds. Currently a one-eyed dragon designed by sculptor Tim Biskup is on offer for Chicago-based hipsters, but for the wind-averse, a token-to-toy video demo resides beyond the fold.
Stop motion animated film ParaNorman taps 3D printers to create 31,000 unique facial features
Take one look at the upcoming 3D stop motion film ParaNorman and it's easy to see that moviegoers are in for some stunning visuals come August 17th. Once you realize the contribution of 3D printing to the film's creation, however, you're likely to appreciate the movie on an entirely new level. In order to portray a wide array of emotions on the faces of the film's 62 characters, animation studio LAIKA tapped 3D Systems and their ZPrinter 650 to generate over 31,000 individual facial parts for inclusion in the production -- talk about working overtime. According to Brian McLean of LAIKA, "By using a color 3D printer we were not only able to push facial performance to new levels, but we were also able to achieve a level of detail and subtlety in characters' faces that a few short years ago would have seemed impossible." If you've yet to catch a preview of ParaNorman, just hop the break to see some of the printed handiwork.
3D printed 'Magic Arms' give a little girl use of her limbs
Don't get us wrong, we adore 3D printers and the whole additive manufacturing movement. But, if all you're going to get out of the ABS-jets are some companion cubes and a raptor claw, well then, we don't think there's much hope for the technology. Thankfully there are people out there (much better people than us, we might add), who have turned to 3D printers to actually improve peoples lives. Take, for example, the tale of two-year-old Emma, born with the congenital disorder arthrogryposis multiplex congenita (AMC). The disease causes a person's joints to become locked in a single position, in Emma's case, it was her arms. There are prosthetics that can help, but most are made of metal -- including the anchor vest -- which would make them too heavy for a 25-pound girl. Instead of going off the shelf, doctors turned to a 3D printer from Stratasys to create custom molded parts and a lightweight vest for Emma. The result: the two-year-old who once could not lift her arms is now able to play, color and feed herself. Printing the parts also solves another major issue -- Emma is growing... quickly. The adorable tot has already outgrown her first vest, but her mother just calls the Nemours/Alfred I. duPont Hospital for Children and has a new one made. The same goes for replacement parts. Should a hinge or brace break, it need only be a matter of hours (not days or weeks) before a new one is delivered. For more details check out the heartwarming video after the break.
MakerBot Replicator impressions: the dawning of 3D printers in every home?
There's something universally appealing about the concept of a 3D printer -- that concept being an automated system capable of turning computer code into real-world objects. I found myself forced to give a brief overview of the technology to AOL employees in our shared New York City office space after a particularly noisy initial run of MakerBot's Replicator. Reactions to such explanations tend to follow a fairly standard arc, beginning with wide-eyed wonder as one attempts to wrap their brain around the idea, followed almost immediately by a list of things they'd love to print out, given a chance. This is usually coupled with questions like "can it print food?" and "can I print a car?" Both of which speak to that larger, vitally important question: "can I print anything useful?" This, in turn, speaks to another important concern: "how long until it pays for itself?" When we received an unexpected package from the folks at MakerBot last Friday, we realized it would afford us the opportunity to field some of these questions. Though, before opening the thing, we can tell you pretty confidently that, if you're looking for something that will "pay for itself," that answer won't come in a giant cardboard box with a MakerBot logo on the side. Some key questions are a little less straightforward, however, like whether or not this technology is ready for consumers -- or if it's still just the territory of enthusiasts.%Gallery-161579%
Cubify's 3D-printed toy robots take cues from Lego, sport interchangeable parts
If the urge to create a robot petting zoo of your own hasn't subsided since Maker Faire, 3D Systems' new Cubify toy robots might help fill that void in your droid-loving heart. The 3D-printed bots may not boast electronic innards, but their LEGO-like swappable parts allow for some Frankenstein-inspired customization. Ready-made robots start at $4.99, while 3D source files ring up at 99 cents apiece, in case you'd rather extrude them using your own Cube hardware. Yearning to make a personal automaton army entirely of your own design? The company's new beginner-friendly CAD tool, Cubify Invent, should help you craft that unique plastic platoon.
PBS uses Minecraft to explain a 'post-scarcity economy'
Don't you hate finding out the games you enjoy playing are actually a ruse to teach you about theoretical economics? Apparently that's what Minecraft has been doing all along, at least as it's presented in the above PBS Idea Channel video. It's the betrayal of outNumbered! all over again.Idea Channel suggests creative mode in Minecraft is a perfect simulation of a post-scarcity economy, where we have unlimited resources and spend our time building magnificent structures because we don't have to bother with hunting and gathering, as is done in Minecraft's standard mode. While a post-scarcity economy is pretty impossible, tools such as the Makerbot, a cheap 3D printer, are helping to make these forms of creation readily available to larger society, the video posits.Next time you boot up creative mode, maybe consider how many years it will be until you have an infinite-inventory machine in your own home, and how long it would take to create a physical replica of Hogwarts castle. To scale.
MakerBot brings back the 'Mixtape' as a printable MP3 player (video)
If you thought mixtapes died with the MP3 era, you're wrong. Sure, they've become niche, and it's perhaps cloyingly retro to break out your Walkman, but it's hard to deny the appeal. There are already USB drives and DAPs made to look like an old-school magnetic cassette, but if you want something a little more DIY, MakerBot has a kit that you purchase and assemble your own MP3-playing "tape." For $25 you get a package with all the essential internals plus plans for your Replicator to print out the snap together casing. If you're not lucky enough to have a Replicator of your own, you can upload tracks and have the company print one out for you for $40. Hit up the source link to order one now but, before you go, check out the PR and the video after the break.
Airbus designer hopes to see planes roll out of hangar-sized 3D printers by 2050
3D printing may still be in its infancy, but at least one Airbus designer sees things progressing quite a bit over the next 40 years or so. As Forbes reports, the company's Bastian Schafer has been working on a new concept plane for the last two years with other Airbus designers -- one that would largely be "printed" using a hangar-sized 3D printer. "It would have to be about 80 by 80 meters," he told Forbes, adding that such a thing "could be feasible." According to Schafer, 3D printing could not only lead to some significant cost savings, but also allow for parts that are 65 percent lighter than those made with traditional manufacturing methods. Naturally, the concept plane itself is also a showpiece for a raft of other new technologies, including a transparent wall membrane, a 100 percent recyclable cabin, and "morphing" seats that could harvest body heat from passengers. You can get a peek at what the plane might look like in the video after the break.
Researchers use 3D printer, sugar, to create a fake artery network for lab-grown tissue
Printing a chocolate heart is easy enough, but how about an actual organ? There are folks working on it, but it turns out those veins of yours aren't exactly a breeze to replicate. Researchers at the University of Pennsylvania and MIT may have found a semi-sweet solution -- dissolving a sugar lattice in a batch of living Jell-O. The research team uses a RepRap 3D printer and a custom extruder head to print a filament network composed of sucrose, glucose and dextran which is later encased in a bio-gel containing living cells. Once the confectionery paths are dissolved, they leave a network of artery-like channels in their void. Tissue living in the gel can then receive oxygen and nutrients through the hollow pipes. The research has been promising so far, and has increased the number of functional liver cells the team has been able to maintain in artificial tissues. These results suggest the technique could have future research possibilities in developing lab-grown organs. MIT Professor Sangeeta Bhatia, who helped conduct the effort, hopes to push the group's work further. "More work will be needed to learn how to directly connect these types of vascular networks to natural blood vessels while at the same time investigating fundamental interactions between the liver cells and the patterned vasculature. It's an exciting future ahead." Scientists at other labs could also get their mitts on the sweet templates since they're stable enough to endure shipping. Head past the break for a video of the innard infrastructure.
