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Open source work space

Open source work space
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Literary gold mine for CNC millers From 1976 to 1983, Popular Science magazine, along with the American Plywood Association, ran an annual plywood panel project design contest for its readership. Often the winning projects were items of furniture, but that was not a requirement. A potter’s kick wheel and a folding plywood boat are notable exceptions. The rules were simple: Apart from common fasteners, the entire project had to be constructed from one or more panels of plywood, cut to make most efficient use of the material. In 1984, these projects were collected, by original contest editor Alfred W. 1984, of course, was decades prior to the advent of accessible home CNC milling, so all those carefully shaped and slotted parts, at the time, had to be laboriously hand-cut using a jigsaw or similar tool.

CNC Panel Joinery Notebook I’ve been collecting clever ways of slotting flat stock together since I first read Nomadic Furniture back in 1999, well before the advent of the accessible hobby-class CNC tools that today make manufacturing parts like these pretty easy. Now, the world is full of people designing models, project enclosures, sculpture, furniture, and all kinds of other cool stuff to be assembled from parts made on laser cutters and CNC routers. I keep expecting a definitive book or website to emerge that covers the “bag of tricks” in an organized way, but so far, I haven’t found it. In presenting this material, I want to first acknowledge my respect for the world’s established and ancient traditions of joinery. I may abuse some terms, without meaning to, and I am glad to be corrected by those who are in the know about traditional joinery. To simplify things, at first, I’m only considering joints between two panels. Laser vs. The router-cut version, however, doesn’t work. Biasing Cross (“X”) Joints

Lasersaur Manual Novena | Crowd Supply A new open-hardware computing platform, flexible and powerful, designed for use as a desktop, laptop, or standalone board. Novena is a 1.2GHz, Freescale quad-core ARM architecture computer closely coupled with a Xilinx FPGA. It’s designed for users who care about Free Software and open source, and/or want to modify and extend their hardware: all the documentation for the PCBs is open and free to download, the entire OS is buildable from source, and it comes with a variety of features that facilitate rapid prototyping. Premiums & Pledge Levels We are offering four variations. The prices listed below are 10% higher than they were during the crowdfunding campaign (April 2 - May 18): All configurations will come with Debian (GNU/Linux) pre-installed, but of course you can build and install whatever distro you prefer! This is not a machine for the faint of heart. Stretch Goals After the campaign launched, we decided to offer four stretch goals. Case Design Features “Just the Board” Spec Sheet

CNC Joinery Notebook: Update 1 For about ten years, I have been collecting various clever ways of cutting flat stock to design 3D shapes that slot together in space. Back in April, I posted a long, rambling brain-dump from this personal file under the title “CNC Joinery Notebook.” If you pick up a copy of MAKE’s just-released Volume 33, you’ll find a much-polished version of that article on p.59. Since then, a few more patterns have come to my attention, and I thought the publication of MAKE’s new issue was a good opportunity to share them with you. Three Basic Approaches The design vocabulary of CNC panel construction is evolving rapidly. In his article, Bruce mentions a taxonomy of three rudimentary CNC panel-construction techniques that he attributes to Scott Klinker at the Cranbook Academy of Art: the “stack of sections,” the “grid of sections,” and the “graphic profile” technique. Three approaches to designing a router-cut lounge chair. The first two “sectioning” techniques are amenable to algorithmic design.

The future is here at Design Museum / toothpicnations Main and bottom left: The future is here exhibition designed by by Lucienne Roberts+ and drMM; Bottom right: KUKA Robotics' AGILUS robots Work has kept me quite busy lately, but I finally managed to visit "The future is here: a new industrial revolution" exhibition at the Design Museum on its last day at the last hours! We have all witnessed the industrial revolution ( I mean at the 2012 Olympics Opening ceremony directed by Danny Boyle), and this exhibition focused on the possibility of a new one based on the past, current industry trends and technology. Top left: Orangebox's Do task chair; Top middle: Endless Flow dining chair by Dirk Vander Kooij; Top right: CNC (computer numerical controlled) technology; Bottom right: Puma's biodegradable trainers The exhibition examined areas like mass manufacturing and production; mass customisations; sustainability and the recyclable products; crowd sourcing and 3-D printing.

Our printers - Ultimaker Original - Ultimaker UltimakerOriginal Ultimaker Original is upgradeable through hardware updates and free open source software. Build it, use it, improve it. It’s up to you. Available as DIY kit or fully assembled. Rated most accurate and fastest by Make MagazineLow maintenance, portable and affordablePrint fast and in high detailThink big, print big Starting at€995,00 ex. Go shopping Why choose Ultimaker Original The fast, easy to use, open source 3D printer Fast and accurate. Reviewed by Make Magazine Make Magazine reviewed the Ultimaker Original as the fastest and most accurate 3D printer. Upgradable. Upgrade with parts and accessories Ultimaker Original is upgradable. DIY-kit. Build it yourself During the excitement of the build process you learn more and more. Low maintenance. Reliable and easy to use Ultimaker Original is a very reliable 3D printer. Open source. Collaborate and share knowledge Ultimaker Original source files are available online. Open source details Top Features Desktop space 357 x 342 x 388 mm Speed

Open Source for Humanitarian Action Ushahidi develops free software that allows volunteers to map humanitarian crises from their mobile phones. Angela Oduor teaches two new volunteers to install the Ushahidi platform at the iHub in Nairobi, Kenya. (Photo by Jon Shuler/copyright © 2011 Ushahidi, Inc.) In the days following the Jan. 10, 2010, earthquake in Haiti, chaos prevailed. Transportation was limited, if not impossible. Lines of communication were broken. Even before the disaster, there had been only 108,000 landbased telephone lines in the country, compared with 3.5 million mobile phones. Foremost among the volunteer groups was Ushahidi, an organization founded two years earlier by four tech-savvy activists frustrated by a lack of mainstream Kenyan media coverage of the country’s postelection violence. Since that time, some 17,000 maps have been made, some with the help of Ushahidi’s personnel and volunteer community, but most by people unconnected with the organization. Of course, technology isn’t unimportant.

Build Your Own Beautiful Flat-Pack Chair I built this Eames-like chair without touching a single traditional woodworking tool. No, it's not because I'm some kind of Luddite. I just love the immediacy of rendering a chair with 3D modeling software and then cutting out the parts with a CNC machine. Everything snaps together like flat-pack furniture, but without the cheesy fasteners—just mechanically sound through tenons and lap joints. Advertisement - Continue Reading Below To build this chair, you'll need a $25,000, full-size CNC router, such as a ShopBot. Download all the files for this chair here and open the 3D model with a CAD (computer-aided design) application. Reed Young I built this chair at the Visible Futures Lab of the School of Visual Arts in New York City. (Photograph by Reed Young) If you're working from our files, you'll see I've completed the following software steps for you. All set? Now for the fun part: the assembly. Download This Chair

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