Last day of display for these 3D printed Ganesha Idols

Lord Ganesha is a widely worshipped deity in the Hindu pantheon. His image is found throughout India and Nepal. Ganesha is widely revered as the god of beginnings, the deva of intellect and wisdom and honored at the start of rituals and ceremonies. Citizens of Bangaluru, India can treat themselves to a very distinctive display of Lord Ganesha. For the first time in India, a 3D Printed Ganesha idols are being displayed at M.G Road Metro Station’s “Rangoli – Metro Art Centre”. Today is the last day of the display – 7th Sept 2014.

The 3D printed Ganesha consists of 8 idols, inspired by temples in Maharashtra, like Ashtavinayak, Siddivinayak etc. All the idols were created exclusively through professional 3D printers, which are capable of capturing every intricate detail in the idol. The Ganesha models are created by 3D scanning the idols & then printed in Stratasys FDM (Fused Deposition Modelling) & Polyjet technology based 3D Printers. The project is initiated by Bangalore based Altem Technologies, a pioneer in professional 3D printers in India and a strategic vision partner of Stratasys. It was also awarded the India SME 100 Award for 2013-14 in the IT/ITES segment.

Mr. Prasad Rodagi, Founder Director of ALTEM Technologies said, “Lord Ganesha is widely revered as the remover of obstacles, and as the god of intellect and wisdom. Being the god of beginnings, he is worshiped at the start of rituals and ceremonies. 3D Printing is a technology used right in the beginning of the engineering design cycle to overcome flaws in design & development of new products. Invariably, any product takes 3D Printed form before taking its commercial avatar. Additionally, an idol of Ganesha is one of the most intricate idols in India, which can give the viewer can excellent idea about the possibilities of 3D Printing. Hence, Lord Ganesha is being 3D Printed in this scale for the first time in the country.”

Indian company develops new 3D printing App for building objects larger than the build volume

There are actually many desktop 3D printers rising on the market, however most of them have terribly little build volume that limits the sort of elements that may be 3d printed. Earlier, Makerbot has found a technique or a way to build an object larger than the build volume of a 3D printer, and filed a patent. However another company, the Indian startup Centre for Computational Technologies Pvt. Ltd. (CCTech), a CAD and CAM development company, has come back up with a replacement application “3DPrintTech” that helps the maker to create objects larger than the build volume of any 3D printer.

3DPrintTech is a free app and works as CAD plugin with Autodesk discoverer 2014, AutoCAD 2014 and SolidWorks 2014. 3DPrintTech is meant to print larger objects on a desktop 3D printer quickly. The application will divide the style of enormous object into little connectable parts, in a jiffy. The App additionally provides the user, a choice to manage the cylindrical connectors as per his demand. User will outline the connective in terms of radius, length and taper angle. User additionally manages the space between the connectors, distance between connective and object surface.

The 3DPrintTech app additionally provides the practicality to pack little objects in one print batch. 3DPrintTech app features a feature referred to as ‘3D Packing’ that collects those little parts and packs them in a given build volume. “In our benchmark testing, we found that for several cases our 3D packing technology helped to scale back the 3D printing batches from ten to one. This is positively aiming to facilitate manufacturers to print a lot of objects in less time and by investing lesser cash.” notes the team.

In addition, the app additionally provides associate interface to feature your custom printer and lots of utility functions like exportation processed objects to 3D printable STL file, Explode objects for fast examination, scaling the item for unit conversion or fitting into printer.

Sandip Jadhav, (Co-Founder & Business Executive, CCTech) says, “3DPrintTech was built to facilitate Makerbot ‘s to boost productivity by a nice degree. It’ll additionally facilitate the 3D print club to push the envelope by creating massive 3D objects.” launches new 3D printed product store

Amazon has launched a 3D printed product store, a marketplace that’s designed to offers customers access to a variety of 3D printed products, many which are custom made by material, size, designs and color variations, and customized with text and image imprints. Amazon highlights over two hundred distinctive 3D prints on the platform, as well as jewelry, toys, home décor and fashion accessories.

“The introduction of our 3D printed product store suggests the beginnings of a shift in on-line retail. Sellers, in alignment with designers and makers, can give an additional dynamic inventory for purchasers to modify and really create their own,” aforementioned Petra Schindler-Carter, Director for Amazon Marketplace Sales. To make it simple for purchasers to find 3D printed product, the shop options search tools, interactive 3D preview practicality and a product personalization application.

The new store will feature fun and easy-to-use predefined style templates for buyers to place their individual vogue on an item they like and 3D preview capability to boost the customer expertise. With the 3D product preview operative, customers will be able to 360 degree rotate a virtual model of a product to tailor the item from each angle. When an item is customized and therefore the client has finished the checkout method, the item is 3D printed on-demand by a producing supplier and shipped on to the client.

The 3D printed product store allows each client the chance to be a product designer. For around $40, user can customize things like cufflinks, muff head figurines and funky wine glass holders. Within the $100 worth range, customers will style custom fashion accessories like pendants, earrings and necklaces. The new 3D printed product store additionally provides an entry purpose for designers to supply/print on-demand product styles.


Organovo and Janssen to develop 3D printed living tissues for drug testing

The cost of analysis and development within the drug business — the price of clinical trials particularly — is rising considerably. Still over ninety fifth of the experimental medicines that are studied in humans fail to be each effective and safe.

The good news is, shortly it’ll be attainable to check medication directly on 3D printed practical living tissues. Bio 3D printing business Organovo proclaimed that it’s entered into an associate degree agreement with Janssen Research and Development (JRD), a company of Johnson & Johnson, to gauge the utilization of 3D bio-printed tissue in a drug discovery setting, consistent with a document filed with the government agencies.

Further money terms don’t seem to be disclosed. Janssen can work with Organovo to develop printable tissue for drug analysis. 3D printer may produce living human tissues that additional closely reproduce in vivo human tissues. These tissue models can offer researchers a correct read of how medication can behave in human beings.

This agreement is outside of the Company’s added 3D liver tissue for toxicity testing. In January this year, Organovo additionally proclaimed they’re connection along with 2 institutes from the National Institutes of Health (NIH) to assist scientists print additional reliable eye tissue for safer, more practical treatments to patients on a quicker timeline.

3D printed metal jaw replacement

Two patients at the metropolis Hospital in the Republic of South Africa will smile once more and have their traditional life back when receiving the country’s initial 3D printed metal jaw bone implantation.

The operation was governed by prosthodontist professor Dr Cules Van den Heever from the University of Pretoria, assisted by Dr Kobus Hoek, a maxillofacial surgeon, Dr Walleed Ikram – Head of the Kimberley Hospital Dental Unit, and Doctors Philip Johnsson and Riaan Liebenberg, dentists at the Kimberley Hospital’s Dental Department.

The jaw of the 31-year-old patient from gazelle was destroyed by a tumor. Another patient, a 20-year-old man from Kuruman United Nations agency bust his jaw at a steel implantation. The both got a brand new 3D printed metal replacement.

The metal implants were 3D printed at the Central University of Technology (CUT) in city. The 3D printer fuses metal powder with optical maser beams and builds the jaw layer by layer. 3D printing the implant costs from $9,500 to $1,900. Dr van den Heever mentioned that the patients had got face structure, and that they are able to eat and speak. However the only issue they will not be able to replace at this stage is the teeth.

The operation was the third of its kind to be performed worldwide. The primary operation was performed in 2012 by Belgian and Dutch scientists. Usually it takes some days to supply a custom implant, however with 3D printing technology it takes only a few hours.

Intel to launch 3D printed Robot, soon…

Intel showed off its totally customizable, 3D printed Robotic kit – Jimmy, at the Code Conference on Wednesday. Intel says it plans to bring Jimmy to the plug by the tip of the year, with a price tag beginning around 1,600 USD.

Intel’s futurist Brian David Johnson debuted the 3D printed robot Jimmy at the Maker Faire in the NY, USA last year. According to Brian D Johnson, Intel started the project around 10 years ago. “Imagine if you may produce your own robot with the help of 3D printing. What would it not look like? What would it not do? This project aims to let anyone produce robots, and alter them and share them in on-line communities, sanctioning them to be 3D printed in varied styles.

Intel will supply schematics and AI code free on-line, so folks can 3D print their own robots. The kit includes everything that cannot be written, like motors, wires, battery, processor etc and can be bought on-line at

The consumer model runs on Intel Edison, an inexpensive laptop on a chip, in line with Re/Code. If it were to be equipped with an Intel Core i5 processor, it might amp the price to somewhere near 16,000 USD. Intel hopes that eventually buyers are able to build custom robots for fewer than 1,000 USD in about 5 years from now. Also the robots are open source, thus users will be able to alter the code according to his or her own functions. Developers can also build programs and apps, creating artificial intelligence accessible and fun. These Robots are able to walk, dance, sing and do things like tweeting, translating languages or even serving cold brew.

Johnson explains that it’s not totally different from a smartphone with customizable apps. “It’s sort of a smartphone with legs,” he said. “Your robots are utterly and totally different from mine; you customise it and program the substitute intelligence, not by having a PhD in artificial intelligence, however by downloading apps.”

The company eventually plans to supply alternative robotic kits, and launch an app marketplace at

3D Systems partner’s with Scansource Inc.

3D Systems proclaimed that it has partnered with ScanSource, Inc., which is a leading distributor of special technology products. ScanSource’s new technologies team will work dedicatedly towards the sale and support of 3D printing solutions, as per the agreement.

As the 3D market begins to develop on the conventional technology adoption graph, ScanSource believes the reseller channel is prepared to embrace these new solutions and convey them to a range of vertical markets. As an associate and an innovative leader in developing 3D printers and print materials, 3D Systems offers a comprehensive array of products targeted towards production, healthcare and automotive markets.

ScanSource has been evaluating the 3D marketplace for quite your time, because the technology and solutions become enticing to a broader end-user client base and a reseller channel begins to develop, we have found the temporal order to be right and therefore the market is prepared for added distribution,” commented Mike Baur, CEO – ScanSource Inc.

We are excited to partner with a distributor of the caliber, size and incontestable performance of ScanSource,” – Avi Reichental, President of 3DS. “ScanSource brings scalable field coverage alongside a singular model of coaching experienced field resources that support our growing reseller network.”

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.

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.