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When the kids at NOTLabs first got their hands on a MakerBot Replicator, the ingenious 3D printer that can make just about anything you want, they quickly got down to business – making LEGO and Kinex connectors, that is. As inconsequential as their decision may seem, it got us thinking: today, building blocks, but tomorrow? Buildings themselves. The future isn’t as far as you may think. In the next two articles, I’ll introduce you to three visionaries who are already applying 3D printing technology to revolutionary effect: an engineer hoping to improve the human condition, a robotics expert with the goal of completing the Sagrada Familia (or at least putting a structure on the moon), and an architect at MIT using nature-inspired materials to turn the design world on its head. If these three examples are anything to go by, 3D Printing will revolutionize the world as we know it. How (and Why) to Print A House The implications for the building industry are enormous. A Dignified Solution How 3D Printing Will Change Our World How 3D Printing Will Change Our World
3D Print

As a designer, architect, artist and founder of the Mediated Matter group at MIT’s Media Lab, Neri Oxman has dedicated her career to exploring how digital design and fabrication technologies can mediate between matter and environment to radically transform the way we design and construct our built world. In this article, which was first published by CNN, Oxman discusses the future of 3D printing buildings with five tenets of a new kind of architecture. In the future we will print 3D bone tissue, grow living breathing chairs and construct buildings by hatching swarms of tiny robots. The future is closer than we think; in fact, versions of it are already present in our midst. At the core of these visions lies the desire to potentiate our bodies and the things around us with an intelligence that will deepen the relationship between the objects we use and which we inhabit, and our environment: a Material Ecology. Neri Oxman’s five tenets after the break… 1. Or consider the tree. 2. 3. 4. 5. Printing 3D Buildings: Five tenets of a new kind of architecture / Neri Oxman Printing 3D Buildings: Five tenets of a new kind of architecture / Neri Oxman
How 3D Printing Will Change Our World (Part II) Today, 3D Printing technology lives in the realm of small plastic tchotchkes. But economists, theorists, and consumers alike predict that 3D printers will democratize the act of creation and, in so doing, revolutionize our world. Which poses an interesting quandary: what will happen when we can print houses? Last week, I discussed the incredible capabilities of 3D Printing in the not-so distant future: to quickly create homes for victims of disaster/poverty; to allow the architect the freedom to create curvy, organic structures once only dreamed of. But, if we look a little further afield, the possibilities are even more staggering. In the next few paragraphs, I’ll introduce you to Neri Oxman, an architect and MIT professor using 3D Printing technology to create almost-living structures that may just be the future of sustainable design. The Anti-Modernist Neri Oxman has an arch-enemy, or, in her words, an “antithesis.” Why? Take, for example, a palm tree. Living-Synthetic Design As Ms. How 3D Printing Will Change Our World (Part II)
MrBluesummers.com | Free 3d tutorials, resources, and downloads.
3D Printing

3D Printers - New Dimensions in Learning! 3D Printers - New Dimensions in Learning! Guest post by Renee Peoples “What can a third grader do with a 3D printer? How could it help them learn? Isn't it just a fancy toy? When would a teacher find time for such a thing? These were just a few of the questions in my mind when I saw that DonorsChoose had a program to try to get a 3D printer in every school. Then, a few weeks later, I got an email that the program was opened up to every school in the country. So I wrote a DonorsChoose proposal and got it approved. 3D Printers in a Nutshell If you haven't seen a 3D printer, let me tell you a little about it before I share how it impacted our classroom. The "printing" process could take as little as 10 minutes or it might take hours, depending on the size of the object. How 3D Printers Can Impact Learning Having a 3D printer in the classroom can add a new dimension to the learning process because it allows students to make physical objects that relate to their curriculum. 3D learning happens across the curriculum.
IT Trends 3D Printing Heats Up on Campus More than just a toy for engineers, 3D printing is beginning to move from experimental tech to multi-disciplinary learning tool. By Dian Schaffhauser02/26/15 A young woman walks up to a vending machine, slides her student ID card, plugs in a USB drive, specifies the right file, chooses a color and starts the production process. When her object is printed, the machine shoves it into a tray and sends her a text message that it's ready for pickup — practically like buying a Snickers bar. Unlike most schools, which put their specialized printers behind a locked door and only in easy reach of experts, this vending machine self-opens for business at 8 a.m. and shuts down at 5 p.m. "It's in full use eight hours a day, five days a week," said assistant professor Christopher Williams, the guy who thought it up. Developing a 3D Printing Discipline Yet the flip side of all that variety is a lack of consistency. 3D Printing Heats Up on Campus -- Campus Technology 3D Printing Heats Up on Campus -- Campus Technology
With so many 3D printer options, it can be difficult to decide on the right model. Luckily, FLUX makes the choice easy by combining printing, scanning, laser engraving, and more modular functions. It is the only 3D printer you will ever need – for work or at home. Unlimited, elegant, and simple — FLUX is the right choice for everyone because it is simple to set up, elegantly designed, and has an unlimited capacity for expansion. With FLUX’s modular design, customizing your FLUX experience to meet your specific needs is a cinch. FLUX’s 3D printer uses high resolution stepper motors to print objects of stunning quality. Not everyone can make 3D models. Personalize your creation with FLUX’s laser engraver. The laser engraving module is only the beginning. FLUX has an open module SDK. FLUX is the most elegant 3D printer on the market. FLUX is extremely compact. FLUX is not only just another gadget – it will change how you see the world. With FLUX, you can! FLUX was built from scratch. FLUX All-in-One 3D Printer - UNLIMITED. ELEGANT. SIMPLE. by FLUX Technology LLC FLUX All-in-One 3D Printer - UNLIMITED. ELEGANT. SIMPLE. by FLUX Technology LLC
3d-printing

www.cwrailways.com - 3D Print, 3D CAD, Model Railways, 7mm scale, 0-16.5, 009, 0-14, 5.5mm scale, 00 scale, 4mm scale, Lynton & Barnstaple, Seaton Tramway, Peco,
This page describes something which is no longer the most recent version. For the replacement version see: G-code This page has been flagged as containing duplicate material that Darwin/Arduino GCode Interpreter also attempts to cover.These pages should be merged such that both pages do not attempt to cover the duplicate topics. This page has now been superseded. Introduction G-Code is a commonly use language to control CNC machines. Several software packages can generate G-Code, so using this firmware allows you a degree of flexibility. Files The G-Code firmware source is available from SourceForge as part of the RepRap Arduino firmware package. Installation Once you download the proper files, there are a couple steps you need to do: Copy the folders in reprap-arduino-firmware-x.y/library to arduino-00xx/hardware/libraries Open the GCode_Interpreter sketch in reprap-arduino-firmware-x.y/gcode/GCode_Interpreter/GCode_Interpreter.pde with the Arduino software. Usage Firmware Configuration Bugs Arduino GCode Interpreter Arduino GCode Interpreter
This page tries to describe the flavour of G-codes that the RepRap firmwares use and how they work. The main target is additive fabrication using FFF/FDM processes. Codes for print head movements follow the NIST RS274NGC G-code standard, so RepRap firmwares are quite usable for CNC milling and similar applications, too. There are a few different ways to prepare GCode for a printer. One is to use a slicer like Skeinforge or Cura. These programs take a CAD model, slice it into layers, and output the GCode required for each layer. As many different firmwares exist and their developers tend to implement new features without discussing strategies or looking what others did before them, a lot of different sub-flavours for the 3D-Printer specific codes developed over the years. Introduction A typical piece of GCode as sent to a RepRap machine might look like this: The meaning of all those symbols and numbers (and more) is explained below. Here means: yes Fully supported. experimental automatic no G-code
3D Models

unnamed pearl
unnamed pearl
unnamed pearl
Using 3D Printers To Generate Villages Of Houses Rome wasn't built in a day, but a village of 10 houses created out of 3D printed concrete parts has been constructed in just one day in Shanghai, China. And the even better news? Each one only cost around $5000. Oh, and they’re partly made out of recycled waste, too. The company that built the structures, WinSun Decoration Design Engineering Co, spent years perfecting the system which allowed them to achieve this impressive feat. The material used to construct the parts is a mixture of high grade cement, recycled construction waste and industrial waste, which is then reinforced with glass fibers. The software used to design the parts also allows for the addition of things like plumbing and windows which can be added on after the building is erected. Although these buildings may not look like your traditional three bedroom home, they are hoped to provide a rapid and inexpensive housing solution for poverty-stricken or displaced individuals and families. Images via 3ders.org Using 3D Printers To Generate Villages Of Houses
A 3-D Printed House? A 3-D Printed House? Well, this may well be the coolest video you see today. It’s a TEDx talk from a fellow named Behrokh Khoshnevis, who is a professor of engineering at USC, where he directs something called the Center for Rapid Automated Fabrication Technologies. CRAFT has stated as its grand challenge “building a custom-designed house in a day while drastically reducing the costs, injuries, waste and environmental impact associated with traditional construction techniques.” But don’t listen to me–listen to the guy who’s trying to make it a reality. And if you’re really pressed for time, let me call out some of the most exciting things the professor says here, with a few little glosses of my own. “The building is built layer by layer,” he says, adding that “in the process lots of things can be done including automatic reinforcement, automatic plumbing…” In other words, you get a full house, not some sort of ramshackle Potemkin village-style façade. Bur wait? What do you think?
WASP's Revolutionary Delta Printer 3D Prints Structurally Sound Homes from Clay WASP's Revolutionary Delta Printer 3D Prints Structurally Sound Homes from Clay Italy’s WASP (World’s Advanced Saving Project) aims to help the world’s impoverished by 3D-printing sustainable dwellings using all natural materials. Unveiled at the Maker Faire Rome, the portable 3D printer called the Delta can be transported to areas in need to print homes on site. The printer works with locally-sourced materials like mud and fiber to create structurally sound homes with a culturally-sensitive, vernacular aesthetic. Unlike other 3D printing companies, WASP has turned its attention to natural and local materials, rather than quick printing plastics, to create healthy new homes. Their new home-printer is a tall three-armed machine, which is held together with lightweight ratcheting straps and can be assembled in two hours. When disassembled, it can easily be transported in a vehicle, enabling it to travel from place to place with ease. Related: The World’s First 3D Printed Room is a Mind-Boggling Baroque Interior Via Phys.org
3D Printers

skp 3D

Click on the images to view the contentSEAMLESS TEXTURES ASPHALT, ROADS, RAILS SEAMLESS TEXTURES STONE WALLS, MASONRYIncluded: masonry quoins, misc brick, stone, old stone walls, dry stacked stone, retaining wall, stone blocks TEXTURES INDEX
TEXTURES INDEX
Digital Lighting and Rendering (2nd Edition) (9780321316318): Jeremy Birn: Books
EOSINT M 280 – Additive Manufacturing of metal parts – EOS As a leading-edge system for Additive Manufacturing, EOSINT M 280 is the perfect solution for direct, cost-efficient manufacturing of high-quality metal tool inserts, prototypes and end products. Its high level of productivity and ergonomic periphery make the system ideal for the economical and batch-size optimised additive manufacturing of components throughout all phases of the product lifecycle. EOSINT M 280 is based on the innovative DMLS (Direct Metal Laser Sintering) system by EOS. Innovation Additive Manufacturing of products from CAD data by means of Direct Metal Laser Sintering (DMLS) For each material you can choose between optimised surface and productivity using the EOS parameter sets Quality High level of beam quality and performance stability with a 200 W or 400 W fibre laser Monitoring of all levels during the construction process based on EOSTATE reports High quality achieved in all components Flexibility User-friendliness
Which is the best 3D printer for metal (rings) objects? - Quora
3D Printed Food - A Growing Market The 3D printing of food has been an evolving method of food production over recent years, and the uses within this application are set to grow even more. Additive Manufacture within the food industry has allowed designers combine their 3D digital design knowledge with food to produce shapes, textures, tastes and forms that were previously found too challenging to create by hand, all whilst still being edible. This method of manufacture could also prove to be a healthy alternative that’s good for the environment. Proteins from algae, beet leaves and insects can be converted into edible products. The Global Market The Global market for 3D printed food is anticipated to be driven by a need for mass customisation, as 3D printing saves both time and waste. Currently, it is said that all microwave pancakes in the Netherlands are 3D printed, and its looking possible that there could be a rise in the popularity in 3D food printing machines, much like microwave ovens rose to power years ago.
3D Printer

> Components>Plastic Parts>Moulded parts for Prusa i3 Rework View larger Moulded parts for Prusa i3 Rework New product Note that all parts are now moulded in black ABS, only the optional Wade Extruder Body is 3D printed. 500 Items Add to wishlist Volume discounts More info X CarriageX End IdlerX End MotorY Belt HolderY MotorY CornerY IdlerZ Axis Top LeftZ Axis Top RightEndstop Z HolderZ Axis Bottom LeftZ Axis Bottom RightArduino WasherFan DuctWade Big GearWade Extruder Body (optional)Wade Small GearExtruder Idler Reviews No customer reviews for the moment. Moulded parts for Prusa i3 Rework
Duplicator I3 V2.1 - Steel Frame – Wanhao USA
Prusa i3
3D Audio

Sennheiser's new earbuds let you record 3D audio on your iPhone
Welcome to the wonderful world of Ambisonics - a primer by John Leonard | A Sound Effect
Core Sound — TetraMic
Slic3r - G-code generator for 3D printers
Home - Art of Illusion
insight3d - opensource image based 3d modeling software
3D in illustrator

Animation, Graphics & 3D Modeling

3D / 4D

3D printing v domácnostech

3D Max

3Ds Max/Vray

3D Printing + CNC milling

3D tools

Police get dead man's 3D fingerprint

IMPRIMANTE 3D