Pushing the Boundaries : 3-D Printing « Indian Young Scientist Network One of the 3-D printers at work in the Mediated Matter group at the MIT Media Lab. Imagine being able to “print” an entire house. Or a four-course dinner. Or a complete mechanical device such as a cuckoo clock, fully assembled and ready to run. Or a printer capable of printing … yet another printer? These are no longer sci-fi flights of fancy.
3D Printing and the end of ownership - my plastic future There is a lot of discussion online regarding the possible (inevitable?) copyright/intellectual property/patent/legal fights around personal 3D printing. However, I’ve yet to see anything about a different fight that I have experienced several times now, so I figured I’d write about it and see what others think.
Who will get the biggest slice of 3D-printed pie? MakerBot's Bre Pettis says his 3D printers are for everyone. 3D Systems' Cathy Lewis begs to differ. Each spokesperson made a strong pitch during our 3D printing roundtable at this year's Consumer Electronic Show. Who's right? 3D Systems: Old guard expertise 3D Systems announced its Cube 3D printer at CES this year, but the company has been involved with additive manufacturing and rapid prototyping since 1986. Kurzweil Warns Retailers at Shop.org to Plan for Major Paradigm Shifts Attendees of this year's Shop.org Summit were treated to a talk by inventor, author and futurist Ray Kurzweil, who said the exponential growth in IT/computing power means the world will be very different in 3 years. He warned retailers to make sure they build change into their plans and business models. "There are major paradigm shifts taking place in 3 years - every sector of society is being transformed, and retail cuts across everything we do," he said. He cited a development that could have a significant impact on retailers and on shipping carriers.
IBM invents ’3D nanoprinter’ for microscopic objects Illustration: a hot tip triggers local decomposition and evaporation of chip substrate material to etch patterns (credit: Advanced Materials) IBM scientists have invented a tiny “chisel” with a nano-sized heatable silicon tip that creates patterns and structures on a microscopic scale. The tip, similar to the kind used in atomic force microscopes, is attached to a bendable cantilever that scans the surface of the substrate material with the accuracy of one nanometer. Unlike conventional 3D printers, by applying heat and force, the nanosized tip can remove (rather than add) material based on predefined patterns, thus operating like a “nanomilling” machine with ultra-high precision. IBM scientists have invented a tiny “chisel” with a heatable silicon tip 100,000 times smaller than a sharpened pencil point.
Opinions: 3D Printing: A New Dimension for Manufacturing By Theodore F. di StefanoE-Commerce Times 07/20/12 11:32 AM PT 3D printing technology is still in its infancy, but it will grow in the coming years. In this business environment of the future, executives must focus on engineering, computer technology, product design, marketing and research and development. They must also focus on hiring employees who are highly skilled in engineering and the sciences, especially computer science. ManageEngine OpManager, a powerful NMS for monitoring your network, physical & virtual (VMware/ HyperV) servers, apps & other IT devices. Legal battles loom as home 3D printing grows The controversial website The Pirate Bay announced this week that it would begin hosting digital files for visitors to download and print out on their 3D printers. The site has coined a new word - "Physibles" - for data objects capable and feasible of becoming physical. "We believe that things like three-dimensional printers, scanners and such are just the first," the group wrote on its website. "We believe that in the nearby future you will print your spare parts for your vehicles." The site has faced extensive legal battles in its home country of Sweden over potential intellectual property infringement of digital content.
Why 3-D Printing Will Go the Way of Virtual Reality Update: Tim Maly has published an excellent counterpoint to this post over at the Tech Review Guest blog. There is a species of magical thinking practiced by geeks whose experience is computers and electronics—realms of infinite possibility that are purposely constrained from the messiness of the physical world—that is typical of Singularitarianism, mid-90s missives about the promise of virtual reality, and now, 3-D printing. As 3-D printers come within reach of the hobbyist—$1,100 for MakerBot’s Thing-O-Matic—and The Pirate Bay declares “physibles” the next frontier of piracy, I’m seeing usually level-headed thinkers like Clive Thompson and Tim Maly declare that the end of shipping is here and we should all start boning up on Cory Doctorow’s science fiction fantasies of a world in which any object can be rapidly synthesized with a little bit of energy and raw materials. Let’s start with the mechanism. Most 3-D printers lay down thin layers of extruded plastic.
markus kayser: solar sinter 3D printer jun 28, 2011 markus kayser: solar sinter 3D printer ‘solar sinter’, a solar-powered 3D printer by markus kayser, utilizes the abundant desert resources of sun and sand to manufacture products london-based markus kayser, a masters candidate in design products at the royal college of art, converts the raw resources of sunlight and sand into glass products with his fully automated, solar-powered ‘solar sinter‘ 3D printer. the device works from the same technique of sintering that is common to most 3D printer processes, heating a powder (here silicia sand) to its melting point and letting it cool and solidify (here into glass). ‘solar sinter’ utilizes the sun’s rays in place of a laser to selectively heat parts of the sand.
Stanford creates touch-sensitive, conductive, infinitely-self-healing synthetic skin Stanford University material scientists have devised the first synthetic, plastic skin that is conductive, sensitive to touch, and capable of repeatedly self-healing at room temperature. The most immediate applications are in the realm of smart, self-healing prosthetic limbs that are covered in this synthetic skin — but in the long term, the plastic might be used to make self-healing electronic devices, or you might even elect to replace your fingertips (or other piece of skin) with the synthetic, bionic equivalent. There are two important innovations here: a synthetic material that can repeatedly self-heal, and the fact that it’s electrically conductive — meaning it can detect changes in pressure and temperature (i.e. it’s sensitive, like real skin). We’ll tackle the self-healing bit first. The Stanford team, led by Zhenan Bao, started with plastic polymer that’s held together with hydrogen bonds. To make the plastic conductive, the team simply mixed in some microparticles of nickel.
Foldable Foldarap 3d printer launches a crowdfunding campaign on Ulule Jul.7, 2012 Emmanuel Gilloz, the creator of the Foldarap 3d printer has launched a crowdfunding project on Ulule. The FoldaRap is an open-source 3D-Printer, a foldable RepRap. First 3-D Printing Store Opens In U.S. The 3-D printing world just took another big leap into the consumer market. Next stop: world domination? MakerBot, the unofficial leader of the hobbyist 3-D printing movement, is putting the finishing touches on a consumer store located in the posh Manhattan neighborhood of NoHo. Sure, the rare 3-D printer can be found in the corners of business service centers across the United States. Explainer: What Is 4D Printing? Additive manufacturing – or 3D printing – is 30 years old this year. Today, it’s found not just in industry but in households, as the price of 3D printers has fallen below US$1,000. Knowing you can print almost anything, not just marks on paper, opens up unlimited opportunities for us to manufacture toys, household appliances and tools in our living rooms.
First inkjet-printed graphene computer circuit is transparent, flexible You can add another crazy characteristic to graphene’s ever-expanding list of “wonder material” properties: It can now be used to create flexible, transparent thin-film transistors… using an inkjet printer. The discovery comes from researchers at the University of Cambridge, UK, who were trying to ameliorate the lackluster performance of existing inkjet-printed electronics. As we covered last month, it’s possible to print standard CMOS transistors using different ferroelectric polymer inks, but the resultant circuit is so slow that it can’t actually function as a computer.