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Digital Forming - Home

Digital Forming - Home
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Print To 3D Home Instalación de Processing 2.0b1 para Android en Ubuntu 12.04 | Marlon J. Manrique La herramienta Processing para el desarrollo de aplicaciones visuales interactivas llega a su version 2.0 Beta 1, la cual incorpora el modo Android que permite la creación de aplicaciones para dispositivos móviles (teléfonos, tablets) que tengan este sistema operativo permitiendo no solo la creación de aplicaciones para escritorio, web con javascript, si no de moviles tambien. Como es costumbre cada vez que se lanza una nueva versión de un producto de software los requerimientos y características de las aplicaciones pueden variar mucho, por ejemplo esta nueva versión de Processing ya viene para 32 o 64 bits y los requerimientos para la instalación del modo Android cambiaron haciendose necesario instalar el Android SDK 20 y el soporte para el Android 2.3.3 (API 10) Para la instalacion de Processing for Android necesitamos : Enlaces : Pinterest

3D Printing & Rapid Prototyping by Objet Geometries Ltd Products The award winning 3D printed design collection. FOC Collection by Freedom Of Creation is an edition of exclusive design objects, furnishing complements, lighting and accessories, conceived by FOC founder Janne Kyttanen, by renowned International designers and by talented emerging creatives. Ten years of Freedom Of Creation’s pioneering research into the technologies of 3D printing – a process transforming a CAD file into a real object via a printing process adding one layer of matter onto the other until the entire object has been generated – as well as into the unlimited expressive possibilities these technologies provide, have characterized FOC Collection as a trendsetting brand. International architects choose products from the FOC Collection for prestigious interior projects for hotels (such as Hilton The Hague ), stores (such as Kuoni store ), restaurants and other public spaces or for residential environments. Lighting Designs FOC 610 Hanging Series Product Sheet FOC Reef Product Sheet

Use 3DVIA to Make a 3D Print of Your 3D Models Today! We are very proud to announce another great service to the 3DVIA 3D Designers Community : Online 3D Printing! You can now use 3DVIA to print a real 3D model of your uploaded content through our partnership with 3D printing site, . It’s easy. Simply click the “Send to Sculpteo 3D Print” button on the view page of your own 3DVIA models and follow the instructions. Our friends over at Sculpteo will take care of the rest, including analyzing your 3D model to ensure the best print result possible. What Can Be 3D Printed Through and Sculpteo? I give you “ The Mush ”! You can see the before and after photos above of the 3D Model from CATIA and the resulting REAL 3D print of this innovative product. How to create 3D print-ready designs As mentioned, simply upload your 3D model in any of the formats that supports and click the “Send to Sculpteo 3D Print” button on the view page of your 3DVIA model. You imagined it. Tagged as: 3D , 3D model , 3D Print , Sculpteo

Processing+Ponoko: A programmer's approach to designing for a laser cutter - Update 21 November 2012: My Ponoko order arrived yesterday. It is proof that the technique works - all lines were cut perfectly, the engraving looks great, and the text is raster engraved beautifully. See below for the ocular proof. I really like Ponoko’s laser-cutting service. The only bit I find hard is capturing my designs in the vector graphics tool Inkscape . A lot of my designs involve repeating elements - equally spaced mounting holes, for instance. Specifying a design in code seemed to bring with it a number of advantages: Point perfect positioning . I’m not saying that these things can’t be achieved with a vector graphics program; rather that I could achieve these desirable things by specifying my laser-cutting design as a program. For about a second, I thought I should approach this by learning Postscript . Create design in Processing. After a bit of experimentation, I found this technique to work really well.

Tech Biz Chinese Scientists Are 3D Printing Ears and Livers – With Living Tissue Specially modified 3D printers use live cells that could theoretically be transplanted. Researchers in China have been able to successfully print human organs using specialized 3D printers that use living cells instead of plastic. Researchers at Hangzhou Dianzi University actually went as far as inventing their own 3D printer for the complex task, dubbed the “Regenovo.” “Xu Mingen, Regenovo's developer, said that it takes the printer under an hour to produce either a mini liver sample or a four to five inch ear cartilage sample. According to Xu, the Regenovo can print in a sterilized environment with temperatures ranging between 23 and 500 degrees Fahrenheit. Xu admits that the science fiction-inspired body part printer is still in its infancy, with much fine-tuning needed to realize the Regenovo’s full potential. “Before printing you can preview the print path of each layer and determine suitable speed and temperature. Here is a video of Dr.

Nervous System – explorations in generative design and natural phenomena Have you ever done a puzzle that has no beginning or end? Where you don’t know up from down? Get lost in the infinite galaxy puzzle. The infinity puzzles are […] Read Article → Ever wanted to get a closer look at what goes into making one of our 3D-printed Kinematics dresses? Read Article → The Museum of Applied Arts & Sciences in Sydney, Australia commissioned Nervous System to create a new Kinematics Dress for their exhibit, Out of Hand: Materializing the Digital, which runs […] Read Article → Our Cell Cycle and Kinematics apps don’t only give you the ability to design your own Nervous System jewelry–they also allow you to order those designs in a variety of […] Read Article → We’ve continued to enjoy collaborating with clients on custom engagement rings during the first half of 2016. Read Article → This winter, we found out about a kickstarter for new 3D-printable ceramic called Porcelite by Tethon3D. Read Article →

| Syllabus / Designing-For-Digital-Fabrication-S11 Description: The ability to digitally fabricate parts and whole pieces directly from our computers or design files used to be an exotic and expensive option not really suitable for student or designer projects, but changes in this field in the past 5 years have brought these capabilities much closer to our means, especially as ITP students. ITP and NYU now offer us access to laser cutting, CNC routing, and 3D stereolithography. In this class we will learn how to design for and operate these machines. Class No. 1 Jan 26- Introduction Class introductions. Class No. 2 Feb 2 - 2D Drawing Class No. 3 Feb 9 - 2D Fabrication - Laser Homework: Think of a project (1.5 weeks, so not too ambitious ) for the laser. be prepared to discuss in class next week, and show completed in two weeks. Class No. 4 Feb 16 - 2D Algorithmic Design Class No. 5 Feb 23 - Fasteners and presentation of Laser assignment Class No. 6 Mar 2 - 2.5D Fabrication - CNC Router Class No. 7 Mar 9 - 3D design for CNC 2.5D fabrication

Imprime-moi un organe | Monde Académie Sciences 60 secondes : c’est le temps qu’il faut aux chercheurs du Nucleolab de New York (Etats-Unis) pour reconstituer par bio-impression en 3D le corps entier d’une jeune patiente de 22 ans, Leeloo Dallas. L’opération est réalisée grâce aux cellules retrouvées dans un fragment de son bras, après le crash du vaisseau Mondo-shawan. Nous sommes en l’an 2263, dans le film culte de Luc Besson, le Cinquième Elément. Pure science-fiction ou futur probable de la médecine régénérative ? L'imprimante 3D du laboratoire de l'Inserm de Bordeaux © Ludovic Lescieux - Alphanov / Inserm Depuis l’invention dans les années 1980 de l’imprimante 3D, une technologie de fabrication qui consiste à reproduire couche après couche un objet conçu par ordinateur, les scientifiques ont réalisé des progrès notoires dans son application au domaine médical. Les cartouches d'encre sont remplies de cellules humaines et le collagène font office de papier © Ludovic Lescieux - Alphanov / Inserm Une alternative au don d’organes

Freedom Of Creation | Pioneers in 3D Printed Designs BOS academic : The Miura-Ori map The Miura-Ori map by Ian Bain Folded maps are merciless to the user who makes the slightest error in returning them to their compact form. Pt the Tokyo ICA meeting Koryo Miura and Masamori Sakamaki from Tokyo University's Institute of Space and Aeronautical Science demonstrated an application, of space science, combined with a little Origami, which transforms the ergonomics of map folding. Miura and Sakamaki normally work on the problems of packing large flat items, like satellite antennae and solar collectors, into the smallest, most compact shapes with a view to deploying them as rapidly and as simply as possible. They saw three problems with naps folded at right angles in the conventional manner. The key to an alternative system of may folding lies in the ancient Japanese art of paper-folding, origami. Professor Koryo Miura has since sent us a copy of the paper which was distributed at the International Cartographical Association's conference last August. Other related sites include;

Wohlers Associates - Terry Wohlers Terry WohlersShort Biography Industry consultant, analyst, author, and speaker Terry Wohlers is president of Wohlers Associates, Inc., an independent consulting firm he founded 27 years ago. The company provides technical and strategic consulting on the new developments and trends in rapid product development, additive manufacturing, and 3D printing. For 30 years, Wohlers has focused his education, research, and practice on design and manufacturing. Wohlers has been cited by Bloomberg Businessweek, CNBC, CNNMoney, Computerworld, Discovery News from the Discovery Channel, The Economist, Financial Times, Fortune, and Inc. magazine. In April 2014, he appeared on CNBC's Fast Money program. Wohlers provided live interview commentary on The Monocle Daily radio program from London, England in November 2012. In November 2011, Wohlers presented to the deputy director of policy at the White House Office of Science and Technology Policy. Achievements in the Industry

Books on Mass Customization - A curated list of recommendations R ecent Studies & Publications The Market for Open Innovation 2013: Completely new study on open innovation providers and platforms. Praxishandbuch Technologietransfer: Innovative Methoden zum Transfer wissenschaftlicher Ergebnisse in die industrielle Anewndung The Customization 500: Benchmarking 500 Co-Design Toolkits in MC BtoC eCommerce Our German book on Open Innovation, Crowdsourcing and Customer Co-Creation . Reichwald & Piller: Interaktive Wertschoepfung H. Recent Awards and Recognitions