Hasta La Gadget!

Water and fat — those are the two primary building blocks Oxford University researchers have used to 3D print the droplet you see above. Sounds unremarkable until you consider its intended application as a human tissue replacement. By stringing together thousands of these so-called droplets (which measure about 50 microns across) using a custom-built 3D printer, the Oxford team believes it has engineered a “new type of material” that could eventually be used to ferry drugs throughout our internal systems to a specific target site, fill-in for damaged tissues or even mimic neural pathways via specially printed protein pores. The potential applications for medical science are impressive enough, but consider this additional benefit: since the droplets contain no genetic material, scientists can completely sidestep all the ethical red tape surrounding the alternative stem cell approach to artificial tissue. At present, the team’s been able to string about 35,000 of the droplets together, but there’s no real cap as to how large or even what type of networks can be made. If the money and equipment are willing, this Oxford team can make scifi dreams come true.

Filed under: Science, Alt

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Via: National Geographic

Source: Oxford University

Alt-week peels back the covers on some of the more curious sci-tech stories from the last seven days.

If you are a fan of absolutes, then you are in the right place. We have a first, a fastest and a biggest in this week’s round-up of all things sci-tech. We’ll try to add one more to that — a quickest. The quickest intro for this feature ever. Did we manage it? This is alt-week.

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3D printers might one day be as common as inkjets, letting you conjure up plastic visions of whatever pops into your head. At least, that’s the vision of its promoters and there’s now a wide variety of models and form factors in the market ranging from sub-$1,000 price tags up to $3-4k for more sophisticated systems. But despite the obvious utility for designers, prototypers and the like, will less demanding users warm to the tech? Join moderator Brian Heater for a discussion of 3D printing’s future with Hod Lipson, Professor of Engineering, Cornell University; Max Lobovsky, Co-Founder, FormLabs; and Avi Reichental, President & CEO, 3D Systems.

Filed under: Misc, Robots

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We honestly hadn’t given it much thought, but now that it’s been brought to our attention, Makerbot and Adafruit really do make an awesome duo. Think about it: one makes 3D printers, the other sells Arduino boards and pretty much everything else a tinkerer could possibly want. So it makes sense that the two companies are teaming up on something: we just heard they’ve started selling a limited edition version of Makerbot’s Replicator 2 3D printer, which will come bundled with three DIY kits you’d normally buy on a site like Adafruit. These include the Raspberry Pi, which you all know very well, along with the Timesquare DIY Watch Kit and MintyBoost, the open-source hardware charger.

You might wonder why someone might need all that in one box, but the idea is that you can use the printer to create the sorts of custom parts that don’t necessarily come with the kits — something like a band to go with your Timesquare watch, or a case for the MintyBoost. All told, you’ll need $2,296 before you can make this your next impulse buy. Don’t get too put off by the price, though — the Replicator 2 by itself would cost $2,199 without any kits included.

Filed under: Misc

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Source: Adafruit

Well, that was quick. Bre Pettis just started delivering South By Southwest’s opening remarks and may well have taken the wraps off the biggest news of the show. Of course, we’ll still have to hang out in Austin for a few more days just to, you know, totally make sure, but this really does feel like a doozy. As the MakerBot CEO puts it, “It’s a natural progression for us to create a product that makes 3D printing even easier” — but, let’s be honest, few of those who don’t have a vested interest in moving some 3D printers are running around calling the whole process particularly “easy.” And while consumer-facing devices like the Replicator, CubeX, Solidoodle, et al. have gone a ways toward making the technology more accessible for laypeople, there’s still a fundamental breakdown: the creation of models to be printed.

The maker community has helped on that front, as well, with MakerBot’s Thingiverse serving as an unparalleled resource for 3D images, meaning that, once your printer’s all set up and calibrated, you can download and print to your hearts delight — but what if, say, you want to print up something that some kindly soul hasn’t designed for you? You could learn a CAD program — or you could invest in an industrial 3D scanner. The latter option has lead to something of a land rush of companies and individuals looking to break things wide open with an affordable, consumer-facing offering. And while MakerBot still seems a ways away from the final product, the company used SXSW as a platform to unveil a prototype of its MakerBot Digitizer Desktop 3D Scanner.

Filed under: Peripherals

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