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3D Printing

Working with colleagues from Deakin University and CSIRO (Commonwealth Scientific and Industrial Research Organisation), researchers from Australia's Monash University have created the world's first 3D-printed jet engine. While they were at it, they created the world's second one, too. One of them is currently on display at the International Air Show in Avalon, Australia, while the other can be seen at the headquarters of French aerospace company Microturbo, in Toulouse. Read More
When someone suffers an injury that results in a severed nerve, the usual treatment involves sewing the two severed ends directly back together, or bridging them by suturing in a nerve graft. Such repairs don't always function perfectly, however. What works better is to let the two ends grow back into each other. Scientists at the University of Sheffield have developed a means of helping them do so, in the form of a 3D-printed nerve guidance conduit (NGC). Read More
Neat design can sometimes address complex issues such as passively cooling homes in eco-friendly ways. We've seen designers use the presence of swimming pools or take advantage of prevailing winds to help passively cool homes. But what if every brick used to build a house could cool it down? Design studio Emerging Objects has come out with 3D-printed porous bricks called Cool Bricks that can be filled with water to bring down temperatures. Read More
Today, an interactive toy is more often than not a chatty teddy bear with a very limited repertoire, but Elemental Path is developing a "CogniToy" that would relegate such toys to the dunce's chair. The Dino CogniToy isn't just a plastic dinosaur with a chip, it's a plastic dinosaur connected to IBM's Watson artificially intelligent computer system, which makes it not simply interactive, but also a toy that can "evolve, learn, and grow" with a child. Read More
As cool and wonderful as Lego is, those plastic bricks can be tricky to handle if you want to step up from mere constructive play into serious custom-built prototyping. UberBlox hopes to fill that gap. It's a metal construction set and prototyping system with a single-connector locking mechanism and a variety of control boxes for accommodating whatever computer connection or automation needs a project might have. Read More
When you were a kid, did you ever have one of those toy race cars that was powered by a wound-up rubber band? If you did, chances are it wasn't quite as striking as Cirin. Modeled after mid-1950s Formula 1 cars, the one-off mini racer features state-of-the-art construction, and 16 ft (5 m) of looped elastic that allows it to travel 500 ft (152 m) at speeds of up to 30 mph (48 km/h). Read More
3-D printing has been one of the biggest crazes in tech over the past few years. And as with other big tech crazes before it – think smartphones and tablets – the age of entry is lowering. Last year, we took a look at the ill-fated Printeer kids' printer. The all-new Bonsai Lab BS Toy we checked out at the recent 2015 Nuremberg Toy Fair picks up where that one left off, offering a simple design aimed at families and children. Read More
A 3D-printed, partially-solar-powered, battery electric car created by students at Singapore’s Nanyang Technological University (NTU) is all set to zoom across the racetrack at Shell’s Eco-marathon Asia later this month. With a body shell comprising 150 printed parts, mounted on a carbon fiber single shell chassis, the NTU Venture (NV) 8 is an urban concept car that can reportedly achieve a top speed of about 60 km/h (37 mph). Racing in the solar prototype category will NTU's prototype three-wheeler, the NV 9. Read More
A new car racing game is bridging the real and the digital worlds. 3DRacers makes use of 3D printing, Arduino-based electronics and smartphone control. Users can design their own cars, 3D print them at home or via 3D Hubs, customize their performance and control them via a mobile app. Read More
Researchers at the Feinstein Institute for Medical Research have successfully created cartilage using a MakerBot 3D printer. The team made use of the technology to quickly and affordably prototype and refine the bioprosthesis, and even used it to create a low-cost bioreactor to facilitate the growth of the cells. Read More
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