<![CDATA[Gizmodo: rapid prototyping]]> http://tags.gizmodo.com/assets/base/img/thumbs140x140/gizmodo.com.png <![CDATA[Gizmodo: rapid prototyping]]> http://gizmodo.com/tag/rapidprototyping http://gizmodo.com/tag/rapidprototyping <![CDATA[World's Largest CNC Machine Fabricates Large-Scale Building Prototypes]]> Using the world's largest 3D printer, Shiro Studio architects and D-Shape have joined forces to create this 3x3x3 meter tall prototype of the Radiolaria pavilion.

D-Shape's 3-D stereolithic printer creates models entirely out of artificial sandstone using CAD-CAE modeling technologies and CAD-CAM software to control the plotter. The printing proceeds in 5-10mm layer segments and, in the end, produces a structure that has strength characteristics reminiscent of standard Portland Cement—without the need for internal reinforcement. This gives designers greater flexibility with structural shapes.

The final 10-meter structure is scheduled to be erected in Pontedera, Italy next year, but D-Shape's 3-D printer might be the beginning of a major shift in architectural design. How long will it be before we move on from machining small scale models (and cupcakes) to full-scale buildings? [Dezeen via Fast Company]

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<![CDATA[MakerBot Cupcake CNC Delivers DIY 3D Printing for Just $750]]> You know Wired editor Chris Anderson's pet idea of the moment that "atoms are the new bits"? At just $750, MakerBot's CupCake CNC rapid prototyping machine—3D printing with extruded melted ABS plastic—made me think about it.





MakerBot founder Bre Pettis compared the CupCake to the mythical Altair 8800—but you know, for 3D printing. Next on their list is a 3D scanner that'll copy the design of objects so you can skip creating the 3D schematic yourself—turning CupCake into a replicator. We talked a bit about the possibilities of DIY object replication—Cory Doctorow's Printcrime story came up, but for now you're limited to 3D printing objects the size of cupcakes, hence the name.

You can buy CupCake fully assembled for $2500, but that takes part of the fun out of it—putting the $750 kit together makes for a weekend of awesome. Besides that very nice Empire State Building model—the tip of which was destroyed partly at my behest to show how sturdy the Lego-grade plastic is—the coolest item they'd produced was a custom lens hood for a camera. Why buy spare parts when you can just make them?

Here it is in action, generating a MakerBot coin:
[MakerBot]

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<![CDATA[Beautifully Detailed Wooden Wall-e Sculpture Fills Pinocchio With Jealous Rage]]> Sadly, this amazing Wall-e sculpture is a limited edition of one, and it's already spoken for—by Wall-e's own Gepetto, Pixar creative chief John Lasseter, no less. It was created especially for him by English sculptors and CNC/rapid-prototyping masters Morpheus, which probably explains the hyper-detailed interlocking pieces and general laser-like precision, which is even more apparent in this close-up shot.

How much, Lasseter? How much!? [Toys R Evil]

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<![CDATA[Shapeways Allows You to Materialize Any 3D Object, Star Trek Style]]> While visiting the Philips research lab here in Amsterdam I came across a company that is getting the Star Trek replicator closer to everyday life. Imagine being able to create any 3D object you want—a World of Warcraft avatar, a chess set, a lamp, a Lego piece you are missing, a house for a train model, or a fully articulated astromech droid—print it remotely, and have it delivered to your house in just 10 days, even without knowing any 3D software. This is exactly what Shapeways does. Not next century, but right now, today.

Shapeways is a spin-off from Philips' Lifestyle Incubator. On one side, it's a website where you can upload your 3D models—which can even have joins—or use an online 3D creator with access to everyday models. The online 3D creator is extremely easy to use, so anyone can modify them without any technical or product design knowledge. With this, anyone can make a candle holder or a fruit bowl out of song lyrics or a personal message by just typing it. Advanced users to access to 3D packages can upload any model they can imagine in a 3D standard format, like STL, Collada or X3D.

On the other side, there are different types of rapid prototyping machines that can create that model using a variety of materials, from nylon to plastic composites, each with different properties. For example, the nylon one results in a semi-flexible object, while a plastic called "Cream Robust" gives you an extremely hard finish. Once you select the material and submit your model to 3D printer, you will get it in your hands in 10 days, with an average cost of $50 to $150, including shipping.

While the system is not perfect yet, there's no color yet and you can get different textures for the surfaces, the start is very promising and the possibilities are endless. As a consumer, the customization of objects is attractive enough, but the ability to upload any object and receive it in 10 days is even more exciting (and I don't mean printing dildos, which—apparently/sadly/fortunately for Benny—is not allowed). Model makers, Lego aficionados, product designers, and toy lovers of any kind, will absolutely love this one. [Shapeways and Philips Research Labs Tour]

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<![CDATA[Custom Nervous System Jewelry is Carved to Your Algorithmic Designs]]> Designers Jessica Rosenkrantz and Jesse Louis-Rosenberg have come up with a mathematical way to design jewelry. Via their Nervous System site, you steer open source "Processing" algorithms to produce a pattern you like. This is then machined by water-jet, etched and even gold-plated for you into real jewelry. Currently they've got a particle algorithm dubbed Radiolaria (think: bubbles in glass) and a diffusion-limited one, Dendrite (think: coral) but will soon add a tree-like Algae one. The prices vary, of course, depending on what you want—the gold necklace in the image costs $70. If you prefer, you can choose a pre-made pattern... but where's the fun in that? [Nervous System via PopSci]

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