3D printing

Artificial limitations: How will copyright hold up to 3D printing? As content moved into the digital realm, copyright found itself facing tremendous new challenges. Digital content may require resources to create, but it requires nearly nothing to be replicated. Slowly but surely, our media lost all limitations with regards to distribution. First the written word fell to word processors, photocopiers and printers. Photography followed suit. We have reached a point where it is more difficult to avoid information spread than it is to actually spread it. There is a fair amount of debate as to whether or not current copyright application is becoming outdated. As increasingly large amounts of data are transferred between people all over the world, it is becoming more and more difficult to lay claim to exclusive rights over specific content. As copyrighters struggle to deal with this new world of free media, there is new beast knocking at its door, one that might just be a game changer: 3D printing and scanning.

The Penrose Triangle is as elegant as it is impossible—much like M.C. Escher’s drawings, it presents a two-dimensional illusion that the eye interprets as three-dimensional. The task of effectively creating this illusion in three dimensions, without resorting to hidden openings or gimmicky twists, seemed daunting until a Netherlands-based designer named Ulrich Schwanitz succeeded in printing the object recently. But Schwanitz, who posted a YouTube video of his design achievement in action, wouldn’t share his secret with the world. Within weeks of Schwanitz’s “discovery,” however, a 3D modeler (and former Shapeways intern) named Artur Tchoukanov watched the video and figured out how to recreate the shape. The same day the story ran, Schwanitz sent Thingiverse a DMCA takedown notice and demanded that the site remove Tchoukanov’s design (and a related one) because it allegedly infringed Schwanitz’s copyright. A disruptor like no other Listing image by Photo by soulfish The next Napster? Copyright questions as 3D printing comes of age

If you pay attention to intellectual property (IP) issues on the internet, there is probably one concept that is on your mind more than any other: “fair use.” Fair use has been at the forefront of debates surrounding internet IP issues for a good reason. It is a way to answer the question “when is it OK to copy something that is protected by copyright?” In some ways the prominence of fair use is a historical fluke tied to the technical abilities of computers on the internet. That is because jumping to a fair use analysis skips over a critical question: does copyright even apply? There is a reason that many people picked up the habit of skipping over this question in the internet copyright world. But 3D printing expands the scope of what can be easily created and disseminated with a computer attached to the internet. The Super 8 incident is a good opportunity to walk through this process. That is true of other science fiction inventions in movies. 3D Printing Expands How You Should Think About Copyright: The Super 8 Cube Edition

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C'est une première dans le monde médical. Le petit garçon souffrant de graves problèmes respiratoires, des chercheurs américains ont imprimé une mini-attelle et l'ont directement implantée dans le corps de l'enfant. L'intervention s'est déroulée aux Etats-Unis, mais le logiciel est belge. Kaiba, c'est le nom du petit garçon, le premier être humain a recevoir un traitement fabriqué par une imprimante 3D. Six semaines après sa naissance, il n'arrivait plus à respirer, sa trachée s'étant refermée. April Gionfrido, la maman du petit Kaiba confie avoir envisagé le pire : "On avait plus peur que jamais, on ne savait pas s’il s’en sortirait vivant ou s’il y avait des chances de le guérir." Comme il n'y avait pas de traitement, des chercheurs du Michigan ont alors proposé d'utiliser une nouvelle technologie : l'impression en 3D. Aujourd'hui Kaiba a 18 mois. Un logiciel belge L'impression prend une journée complète car la machine fabrique l'objet couche par couche, grâce à un rayon laser. Une imprimante 3D sauve la vie d'un bébé

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Grâce à l’impression 3D, le bon vieux plâtre devient moderne Se casser le bras, c’est déjà pénible. Mais il faut encore plus supporter un plâtre, gros, épais, malaisé, et qui ne sent pas très bon au bout d’un moment. Fort heureusement, l’impression 3D est arrivée. Jake Evill, fraîchement émoulu de l’Université de Wellington, a imaginé un nouveau type de plâtre baptisé Cortex, qui cumule les avantages. Non seulement il est léger, aéré, et pratique (on peut le masquer sous une chemise et prendre une douche avec), mais encore s’adapte t-il parfaitement à la blessure de son utilisateur. Le volume de nylon, la matière utilisée pour le Cortex, est plus dense au niveau de la blessure.

3D printing food at home in 15 years Nov.20, 2012 In a Twitter interview "#AskFuturist" today, followedby1d asked:"When will we be able to download food from the internet?" Cisco futurist Dave Evans said:"Not food, but the recipes to print food. At the latest Food Inspiration Days 2012 (Eindhoven, the Netherlands, October 2012) TNO gave a demonstration on 3D food printing. (Image credit: OmroepBrabant) Watch the video below "3D Printing: now printing food too" made by TNO Research. The 3D printing method can be used to manufacture complex multi-material products, simply by using a separate print head. According to TNO, food printing offers a range of potential benefits: The technology can help to convert alternative ingredients such as proteins from algae, beet or even insects into tasty products that are not only good for health but also for the environment. TNO is working on the next generation of machines: Print Valley, the factory of the future. Source: TNO

designLOG • Would you eat 3D printed food? 3D printing has...

The food printer: The future of food - TEDxBrainport - Kjeld van Bommel - TNO - tedx_brainport_food_printer.pdf

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Phenix Systems

Each year, Madrid Fusion beings together the most innovative names in the gastronomic world. This is the place where the most hard core gastronomic pron gets revealed to the world, where the mad culinary scientists try to convince us that eating things like Seaweed Chlorophyll is a good idea. courtesy of Guia Repsol This year saw the debut of 3D printing joining the ranks of the gastronomic toolbox, with Chef Paco Morales showing off a modified Makerbot Replicator 1 in front of an inquisitive audience. Chef Paco Morales utilizes the machines to both print innovative crockery prototypes as well as to experiment with the deposition of food into these complex plates. The avant-garde chef discussed his future ambitions to continue investigating with the technology, and perhaps soon, we might be able to enjoy 3D printed creations in his restaurant. You can check out more images from this demonstration, as well as other demonstrations at the Guia Repsol flickr photostream. 3D Food Printing at Madrid Fusion | Robots In Gastronomy | Robots In Gastronomy

3D Printed Sugar | the sugar lab

Un laboratorio en la cocina Juan G. Andrés - Viernes, 28 de Junio de 2013 - Actualizado a las 06:50h VARIOS participantes en los laboratorios ciudadanos de Tabakalera son desde hace escasos días los nuevos inquilinos del antiguo edificio de Bomberos, que en breve pasará a albergar las oficinas de Donostia 2016. Ambas entidades impulsan esta iniciativa, bautizada con el nombre de Hirikilabs, "un prototipo" o "prueba a escala" de los futuros laboratorios de Tabakalera, según anunció su responsable, Josean Llorente, conocido como @josianito en las redes sociales. La presentación del proyecto, que persigue impulsar la cultura digital y la sociedad en red, tuvo lugar ayer en la primera planta del inmueble, concretamente en la cocina que utilizaban los bomberos donostiarras, convertida ahora en un taller de construcción de mobiliario básico. Durante el verano los talleres enseñarán a crear máquinas recreativas, impresoras 3D, escáner y fresadoras · Hoy, último día. · Hoy y mañana. · Durante todo julio. · 4-5 de julio.

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The Best 3D Print Troubleshooting Guide A quick glance at the types of issues covered in the guide Simplify3D announced that they are releasing their visual troubleshooting guide for 3D printing. This guide could prove to be invaluable to anyone who’s a beginner, fine tuning their printer or software settings, or frustrated with annoying print issues. Simply put, this is the best 3D printer troubleshooting guide I’ve seen yet. Anyone who has had experience 3D printing will tell you that there is a common list of problems that nearly everyone experiences at some point. While the solutions listed to these common problems do include specific settings for the Simplify3D slicing software, the company was nice enough to also explain the common reasons for these issues, allowing you to utilize this for whatever software you are currently using. A common problem with a number of possible causes listed I really like how Simplify3D has approached this, and have noticed a few tweaks I could probably make on my own machines! Caleb Kraft

Laboratoire 3Dnatives : Test de l'imprimante 3D Delta BCN3DR Puisqu’il faut un début à tout, le laboratoire 3Dnatives teste aujourd’hui sa toute première imprimante 3D Delta, la BCN3DR du fabricant espagnol BCN3D Technologie. Au contraire d’une imprimante 3D FDM classique, dite cartésienne, une imprimante 3D Delta se distingue par un plateau d’impression immobile et circulaire, une structure haute et allongée ainsi que trois bras venant déplacer la tête d’impression dans l’espace. La BCN3DR n’étant disponible actuellement qu’en kit, nous avons dû remonter nos manches pour s’attaquer à l’assemblage de la machine. Du côté des caractéristiques et performances, le constructeur annonce une épaisseur de couche d’impression de 75 microns et une vitesse de déplacement de 500mm/s. Elle est capable d’imprimer des objets d’un volume maximal de 180mm cubes à base de filament PLA uniquement. La BCN3DR est une imprimante 3D Delta développée par BCN3D Technologie 1. Rien de très sexy donc mais un bon point positif car tout y est. 2. 3. 4. Jusque là tout va bien

Although the downloaded Marlin firmware already has a standard calibration for the axis resolution, you will have to go through this step if you want a precise printer. Here you will tell the firmware the steps per millimeter that your machine actually needs. This value depends on the steps per revolution of your motor and on the size of the thread in the driving rod of your axes. By doing that we make sure that the movement of the machine actually corresponds to the distances in the g-code. Knowing how to do that will allow you to build a CNC-machine of your own with independence of the component types and sizes. In this case, X, Y and Z axes have the same threaded rods so the calibration values will be the same for them (but that might not be the your case if you use different components for the different axes). We will have to calculate how many motor steps are needed to move the carriage 1mm. The pulley radius. The steps per revolution of our Stepper motor. For the Z axis: EWaste 60$ 3DPrinter

Recyclebot This is a port under construction from Appropedia [1] and [2] where the project is housed and still underway. The full parts list for the metal components of v2.2 are available on Thingiverse. The fully automated RecycleBot is documented in detail here for v2.3 and all the Arduino code is up on Thingiverse. More information: Christian Baechler, Matthew DeVuono, and Joshua M. Following an open source model, the RepRap, has made it feasible for 3D printing to be used as for small-scale manufacturing to aid sustainable development as discussed in 3-D Printing of Open Source Appropriate Technologies for Self-Directed Sustainable Development. Completed waste plastic extruder for RepRap filament. History Information about the first recyclebot can be found here: Recyclebot v1.0. The design for the waste plastic extruder (Recyclebot v2.0 and v2.1) shown below is heavily influenced by the Web4Deb extruder, which extrudes HDPE for use as a growth medium in aquaponics. Recyclebot v2.0/v2.1 Design

Life cycle analysis of distributed polymer recycling This project is supported by the following literature review: Life cycle analysis of polymer recycling literature review Table of resin codes [1][edit] Useful links[edit] See also[edit] References[edit] Jump up ↑ "Plastic Packaging Resins".

a Department of Materials Science & Engineering, Michigan Technological University, 601 M&M Building, 1400 Townsend Drive, Houghton, MI 49931-1295, USAb Department of Electrical & Computer Engineering, Michigan Technological University, 601 M&M Building, 1400 Townsend Drive, Houghton, MI 49931-1295, USA Received 26 September 2013, Revised 3 February 2014, Accepted 4 February 2014, Available online 12 February 2014 Choose an option to locate/access this article: Check if you have access through your login credentials or your institution Check access doi:10.1016/j.jclepro.2014.02.009 Get rights and content Highlights Life cycle analysis performed on recycling of high density polyethylene (HDPE). HDPE filament is used additive manufacturing with open-source 3-D printers. Compared energy & greenhouse gas emissions for distributed vs centralized recycling. Distributed recycling has lower environmental impact than centralized recycling. Abstract Keywords Acronyms Copyright © 2014 Elsevier Ltd. Life cycle analysis of distributed recycling of post-consumer high density polyethylene for 3-D printing filament

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3D Printing Services from The UPS Store Find a 3D Printing Location Print Functional Prototypes You can use 3D printing for prototypes or one-of-a-kind items. Construct Manufacturing Jigs and Fixtures We understand when you do your own manufacturing, jigs and fixtures are critical for insuring high-quality and efficiency during assembly and testing. Create Custom Accessories Want to design your own smartphone case or money clip? Build Architectural Models You can work in just about any 3D architectural design program and then export to common 3D CAD file types. 3D Printing Services Expanded Across Nation The UPS Store continues to expand 3D printing services nationwide to meet the growing demands of its small business customers. 3D printing now available at more than 60 The UPS Store locations! Netfabb® at The UPS Store® Participating The UPS Store 3D print locations are utilizing Netfabb software for 3D print file preparation and customization. File fixing Text labeling Logo labeling Cutting

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