IBM Unveils Microscopic 3D printer – NanoFrazor

IBM has unveiled a microscopic 3D printer capable of writing micro MM resolution patterns into a soft chemical compound, which afterwards could be transferred to semiconductor, III-V (gallium chemical compound — GaAs), or grapheme substrates. In opposition to electron-beam (e-beam) lithography, the patterns are often each written and browsed for verification in period of time, where the engineer watches below a magnifier.

The massive distinction when put next to e-beam is that you simply will be able to write 3D patterns, which are very difficult for e-beams” Colin Rawlings, a researcher at IBM commented. “The alternative massive distinction is its imaging capability — we will browse similarly as write. After making a 3D pattern we have a tendency to then shut down the warmth to the tip and use it like an AFM [atomic force microscope]to live with sub-nanometer resolution — permitting us to verify our 3D patterns similarly as simply find structures below the compound layer.

The microscopic 3D printer is being authorized to a Zurich startup – SwissLitho AG, which calls it the NanoFrazor — a play on words between English word razor and also the German word for “milling machine” Frase. The NanoFrazor, that behaves sort of a micro MM resolution shaper, outperforms e-beams in some ways however prices a fraction of the value — around $500,000, as against to e-beams, that value from $1.5 million to the maximum amount as $30 million.

The NanoFrazor is nice for fast prototyping of all kinds of applications.” Rawlings said. He further adds “It runs open loop so as to realize scan speeds of millimeters per second and uses a specialized heated tip, mounted on a flexible cantilever, that’s 700 nanometers long, however simply ten nanometers in radius at its tip.”

Line breadth accuracy is ten nm, however 3D depth accuracy is one nm, whereas reading back the measured depth of patterns has sub-nanometer accuracy. IBM hopes to be prototyping tunneling field-effect transistors (FETs) in III-V and grapheme materials by the end quarter of 2014, by employing a planography transfer technique.

IBM is additionally experimenting with its 3D printing techniques in quantum computing applications where it hopes to produce patterns to manage and manipulate the light and weight on a chip in ways that are impracticable with ancient lithography.

3D printed prosthetic eyes – coming soon to a hospital near you…

Personalized prosthetic eyes – wrought in acrylic and painted by hand—a meticulous method that may take anyplace from four to eight hours to complete. However a recently developed 3D printing technology will manufacture eyes of equal quality, at a rate of a hundred and fifty per hour, reducing the value per piece by almost ninety seven %. The prosthetic eyes are fruits of a successful collaboration between Manchester Metropolitan University and a British company, Fripp R&D.

The 3D printed prosthetic eyes, along with the false irises and blood vessels, are printed in full color and then sheathed in an organic compound. The 3D printed prosthetic eyes, are being created in batches, every with a rather totally different hue, to match the patient’s other existing eye. The price is around $150, which is a huge difference from the hand-loomed version, which carries a $5,000 tag.

The process remains beneath development, however once prepared, it may get noticed a worldwide market.” commented company founder, Tom Fripp.

He adds that there had been sturdy interest from the Indian subcontinent, where less advanced surgical procedures end in a high range of patients losing their eyes.

Because of the high range of comparatively poor people within the country, they have an inclination to easily ignore costly surgical procedures” aforementioned Fripp “However, our system can enable them to get a corrective in place, at a much cheaper price.

3D Printing Alliance to rescue 3D printing in the Mid-Atlantic region

3D Printing Alliance, formed in 2013 is currently taking in new members from middle Atlantic, primarily local based businesses together with existing makers and new startups. The 3D Printing Alliance is providing with resources, workshops, and services to the region’s forty three thousand and more small businesses.

The 3D Printing Alliance was fashioned to make sure the region claims its share of the Additive manufacturing and 3D Printing market. The Alliance is providing a spread of services, workshops, and events ,therefore makers within the region are becoming more knowledgeable, empowered, and equipped to contend on a worldwide producing stage, attract more talent, and inventive, through new ideas. The potential for fostering innovation, making new jobs, attracting and holding bright, digital minded engineers was evident. What wasn’t obvious was how much well equipped the region was, to take advantage of the chance. The 3D Printing Alliance has been fashioned to bridge this gap.

A number of years ago, when Rapid Prototyping was being popular, the corporations had to build up their own platform, from scratch; this will not be the case anymore. These corporations today, are reaching staggering sales figures and merging with massive corporations like 3D Systems and Stratasys. The 3D printing alliance, hopes of bringing a similar platform, to startups and small businesses, which cannot afford too much capital. Private institutions are beginning and with smart business plans and hopefully they’ll flourish.

The Alliance is building “The Business of 3D Printing”, through Services and Workshops, Memberships and Resources, to foster innovation and drive economic progress, targeted around 3D Printing and within the middle Atlantic. The 3D Printing Alliance provides makers or new startups an area to network, study 3D Printing, perceive the business opportunities, determine and rent the regions prime talent, prepare a invulnerable and viable business arrangements, and exponentiate company achievements.

EAU develops new 3D printed Kidney to help in treating cancer

Kidney cancer is the eighth most typical cancer affecting adults, accounting for around one third of all cancers in Europe; in 2014 it had been calculable that there would be some eighty four thousand new cases of kidney cancer with approximately similar number of deaths due to it. This type of cancer is typically treated surgically, however the operations are often nerve-wracking, and speed along with accuracy is essential.

Surgeons have used 3D printing to provide actual models of tumor-containing kidneys, allowing them to simulate surgery before the expensive operation. These models are customized to every patient, giving doctors a 3D model/view of every individual’s tumor. The ability to provide actual three-dimensional models of objects means 3D printing is set to revolutionize many fields. Currently a group of surgeons from Kobe University in Japan has combined the 3D imaging capabilities, with 3D printing, to provide actual scale model of kidneys before surgery. This permits surgeons to practice and apply effective surgery in troublesome kidney cancer cases.

The researchers used computer tomography to provide a 3D scan of a pathological kidney. They then fed this information into a commercially-available 3D printer to provide a 3D printed model of the pathological kidney. Because the scan is customized, this meant that the doctors were able to construct a 3D scale model of every individual’s kidney.

The model allowed the surgeons to accurately determine the margins of the kidney tumors. The 3D printed organ model was fabricated from transparent material so that the blood vessels might be seen from the skin, meaning that surgeons may see the precise position of the blood vessels before surgery. This allowed the surgeons to simulate surgery on the kidney tumor before real surgery. The surgery was then performed with the help of surgical robots.

Commenting for the European Association of Urology, Professor Joan Palou (Barcelona, Director), said: “It looks attention-grabbing as a brand new methodology to enhance and facilitate robotic surgery. It shows nice potential, especially in the most troublesome cases. Any surgery, advantages from the doctor knowing what to expect, and at this time this looks to be the simplest simulation.

LeTourneau University wins Guinness World Record for “’Most 3D printers in operation simultaneously’”

LeTourneau University, Longview – Texas, has set a Guinness record for having the maximum number of 3D printers, operational at the same time, a total of 102 3D printers. The world record try was created on April fourth, 2014, once LeTourneau’s freshmen engineering students gathered within the university’s Solheim Arena with laptops and the 3D printers they engineered last fall in their freshmen engineering categories.

“We are the sole engineering program within the country that needs all of our freshmen engineering students to make their own 3D printers,” aforesaid by, LeTourneau’s Dean of Engineering – Dr. Ron DeLap. “This establishment is a fallout, of their hard work.”

The event was organized by LeTourneau’s proff. Dr. Jesse French, who in conjunction with former shuttle traveller Dr. Byron Lichtenberg, instructed the freshmen engineering students in their introduction to engineering categories. LeTourneau’s students used their own 3D printers to create a gear-shaped coin to commemorate the global record try. Unfortunately seven of the 109 3D printers that competed within the event, failed to work, leading to the global record range of 102, as confirmed by a panel of freelance witnesses. The proof needed by Guinness World Records, together with witness statements, video proof, images and media reports, were sent to London before the university was notified of its win.

The Records Management Team at Guinness World Records notified LeTourneau University on April Seventeenth, 2014 through email, which read like:

“We are delighted to inform that you have, with success achieved a GUINNESS WORLD RECORDS title for ‘Most 3D printers in operation simultaneously’. We’d like to congratulate you on your action. You’re superb. Your official GUINNESS WORLD RECORDS certificate confirming your record is being created and will be sent to you shortly. Thus expect to receive it at an interval of two to three weeks.”

LeTourneau University enrolls close to 3,000 students, representing nearly all fifty states, close to thirty foreign countries, and fifty-three completely different denominational teams.

General Electric launches another Microfactory, called FirstBuild

General Electric has declared the launch of FirstBuild, a “microfactory” and open community for college students, engineers, and innovators on the University of Louisville in Louisville, Kentucky. FirstBuild, shall be a conglomerate between General Electric, the University of Louisville, and Local Motors, an associate specializing in of open source hardware.

Chip Blankenship, CEO of General Electric Appliances commented, “We produce merchandise quicker than ever before.”

General Electric’s original plan for open source innovation and a micro-manufacturing facility came from the company’s 1st crowdsourcing project to form a more robust reaction-propulsion engine bracket. In June 2013, the corporate commanded a contest in partnership with GrabCAD, associate open source engineering community known as “3D printing style quest.” , where General Electric released their original style for the metal reaction-propulsion engine bracket and invited the general public to rip it off to form a lighter version that might be 3D written. Over six weeks, over 700 entries from fifty seven countries came in. The contest was won by a 21-year-old PhD student; he reduced the load of the bracket by eighty four percentile.

This made-up the means for the partnership with Local Motors, that was originally created to crowdsource the manufacturing of vehicles. However, within the method of building the corporate, Local Motors completed the facility of its net platform, which promotes the thought of co-creation in communities. Local Motors has since targeted, harnessing the facility of a community’s ideas and inventions through these microfactories. The corporate already has microfactories in places like Chandler, Knoxville, Arizona, Tennessee, etc.; and plans to open over one hundred microfactories round the world within the next ten years.

FirstBuild is founded on the University of Louisville field. The University and General Electric Appliances, have arranged for a sophisticated producing hub for college students to conduct analysis, while obtaining sensible coaching on the most recent 3D printing technology.

ProJet 5500X – Professional 3D Printer

The 3D Systems – ProJet 5500X, delivers high quality, correct and tough multi-material composites, thanks to 3DS’s latest MultiJet printing technology. The ProJet 5500X can, at the same time print and fuse versatile and rigid material composites layer by layer at the detailed pixel level in various combinations of colors and shades such as opaque, clear, black or white and various shades of grey.

According to 3D Systems the Projet 5500X is the first and only solo-tone, multi-color 3D printer available in the market today. 3DS puts it as a 3D printer, which delivers ready-to-use, multi-color durable plastic parts straight out of the printer. This can be utilized for a wide range of modelling, functional prototyping and day-to-day-use product industries.

The ProJet 5500X uses a new VisiJet composite, which is mixed by the ProJet 5500X ‘s print heads on-the-fly to realize superior mechanical properties and custom performance characteristics. The ProJet 5500X, also comes with a 5-year print head warrantee.

With such a large amount of choices, the ProJet 5500X is ideal for a range of applications, as well as multi-material assemblies, or rubber-made parts. Coupled with its industrial-grade print head, the ProJet 5500X prints up to 2 times quicker than the other printers in its category, and produces upto 60.00 % larger volume than all alternative printers.

XYZprinting set to launch 3D printers for less than 1000 USD

Countries like China and Singapore are sinking millions into research and development in hopes of leapfrogging competitors within the U.S. A good example is XYZprinting, a sub-division of Taiwanese electronic giant KG.

XYZprinting launched its initial 3D printer at CES this year: a $499 desktop 3D printer referred to as the “da Vinci“. It plans to release 2 more desktop printers priced at $649 and $849. That’s still way cheaper than most U.S. printers; MakerBot, for instance, sells its three printers for $1,375, $2,899 and $6,499 respectively.

According to Phair Tsai, spokesperson – XYZprinting, the aggressiveness is attributable to trying to bring 3D printing into people’s lives by bringing down the entry barrier for many of the users who are hesitating from entering into the 3D printing world.

The “da Vinci 2.0 Duo” and “da Vinci 2.1 Duo Plus“, don’t have significantly promising features. Their build volume is really slightly smaller than that of the “da Vinci 1.0″ and they print at identical 100-400 metric linear unit (Micron) resolution. But they do contain 2 printing nozzles, which allow them to print in 2 color’s. That’s an extremely unusual feature for a sub-$1,000 printer. The 2.1 conjointly offers printing over Wi-Fi or from a tablet, and features camera monitoring.

Part of XYZprinting’s secret to giving away such cheap 3D printers is that the proprietary filament cartridges da Vinci uses, needs to be bought directly from the corporate.

XYZprinting plans to continue to move aggressively. Tsai commented that within a year, it will doubtlessly unleash a 3D printer that costs less than $499. The company is working on a stereolithographic printer, which it plans to launch within the next year – another technology that uses an optical device to cure liquid resin layer by layer. The team is additionally viewing printing food and other plastics, and is functioning to improve 3D printing code and cloud integration.

The Shapeways 3D marketplace

Shapeways was founded within Netherlands in 2007 and incubated by the electronics biggie, Philips. It hosts a web marketplace of over thirteen thousand on-line storefronts wherever designers showcase innumerous 3D printed merchandise, from figurines and MasterCard holders to jewelry and kitchen utensil. Last year, it raised $30 million in capital from heavyweight companies including Andreessen Horowitz. It’s currently headquartered in Manhattan. Shapeways , tips its hat to the commercial past because it seeks to reinvent producing.

All of this illustrates the powerful potential that 3D printing has, to associate with an infinite range of 3D printed objects. The technology that makes 3D printing doable has existed for many years, and has usually been used as a prototyping tool in refined industries like Aviation. Only recently, the homemade community and alternative hobbyists within the supposed Maker movement have adopted it to form novel things. Currently that the technology is not any longer doubtful, Shapeways is gambling that 3D printed objects have a niche in each home.

Mainstream producing processes like injection molding are superb at manufacturing a wide range of identical merchandise; however there are physical limitations to what may be produced. 3D printing changes the producing method in a minimum of 2 attention-grabbing ways: It permits for the creation of unbelievably involved styles (such as a pre-assembled chain of links) and makes it easier and fewer dear to form happening or limited-run creations. The Custom look package, acts as a passage between the designer’s brain and therefore the printer, restricted solely by his/her imagination and therefore the laws of physics.

For example,

An artificial tree written in 3D would begin at rock bottom and add components of the trunk, branches, and leaves with every sequential layer — in spite of the complexness of every horizontal. Since the structure of a tree is thus advanced, a synthetic tree created with customary producing technology would possibly involve the creation of separate molds for the trunk, branches, and every individual leaf, and so will need additional assembly.

How does it Work ?

The Shapeways marketplace works like this: Customers hunt for things at the Shapeways website. once finding a style of interest and choosing a most popular material, the request is distributed to staffers at the Shapeways industrial plant, World Health Organization verify if it’s possible and then the printers spin their magic. Shapeways did not develop its 3D printing technology; however it turns it into a consumer-facing business by producing creations, reviewing them for defects, and coloring or sprucing them into finished merchandise before shipping them.

With 3D printing there is “no price of complexness,” Carine Carmy, Shapeways’ promoting director commented.

EU sources project to develop 3D printed Smoothfood

The European Union is sourcing a project to develop 3D-printed “smoothfood” for people in care homes that suffer from issues associated with manduction and swallowing.

The project, referred to as PERFORMANCE, is hoping to make the success of German company Biozoon, that initiated the “smoothfood” conception in 2010 and has since seen it adopted in over 1,000 care homes throughout Germany.

For those who have problems masticating or swallowing, meal times usually become such a task that causes loss of appetency and afterwards a deficiency or a disease , as they begin to dread instead of anticipate to their next meals. Smoothfood has well-tried a good resolution to the present, because it not only makes food easier to eat, however keeps it eatable and varied.

A smoothfood meal consists of deconstructing components of a dish and subsequently reconstructing them through a 3D printer, that produces them each safe and simple to chew and swallow. Biozoon will do this by preparation, pureeing and straining food, before admixture it with a solidifying action agent and molding it into the shape that will correspond to its original form.

“The look and style of the end product matches the initial food item,” says Mathias Kück, PERFORMANCE project organizer. “But the feel is soft and gel-like. It dissolves simply within the mouth in order that it’s safe to eat for folks with manduction or swallowing issues.”

Using Biozoon’s original conception, the project has brought on board ten non-public partners and 4 analysis establishments so as to develop a 3D-printing method that may construct food things layer by layer, along with a new solidifying agent to carry them along.

The EU has endowed nearly €3 million (roughly £2.5m) within the project with the hope of raising the quality of life for frail and old folks living in care facilities. Specific focus is being placed on adapting the meals to suit the style, dietary needs and biological process of the people.