High-Res 3D printer!

http://gizmodo.com/a-new-high-res-3d-printer-can-print-objects-smaller-tha-1713352660

A New High-Res 3D Printer Can Print Objects Smaller Than Blood Cells

A New High-Res 3D Printer Can Print Objects Smaller Than Blood Cells

Those telltale layered stripe marks all over a 3D-printed object might soon be a thing of the past thanks to a new high-res printing technique that’s actually capable of creating 3D objects smaller than a red blood cell.

A team of researchers from South Korea’s Ulsan National Institute of Science and Technology, led by professor Park Jang-ung, have developed a new kind of 3D printing technique that works not unlike the color printer you have at home. Except that this electrohydrodynamic inkjet uses special inks that can be layered to form microscopic 3D shapes like arched bridges, zig-zag structures, and pillars.

A New High-Res 3D Printer Can Print Objects Smaller Than Blood Cells

The new 3D printing technique can actually create patterns as small as 0.001-millimeters in size. For comparison, a red blood cell measures in at 0.006 to 0.008-millimeters, so it’s actually capable of creating shapes too small for the naked human eye to see.

An obvious application of the new technology would be to further refine the 3D printing process to the point where objects have no visible layering or textures. They’d be—at least in theory—smooth to the touch as soon as they came off the printer. But a more immediate application involves using these new techniques for 3D printing electronic components and circuit boards, making it easier and faster to create, refine, and perfect prototypes.

gizmodo.com

by Andrew Liszewski | 6/23/15 2:15pm

Oil and Gas industry

http://news.investors.com/technology/050815-751745-oil-industry-next-to-embrace-3d-printing.htm

Oil And Gas Industry Next To Embrace 3D Printing

The oil and gas industry could be the latest field to embrace 3D printing to make custom parts and prototypes, as 3D Systems (DDD) CEO Abraham Reichental was scheduled to speak Friday about the opportunities for 3D printing in it, as part of “d5 summit” at the Offshore Technology Conference in Houston. General Electric (GE) Oil & Gas already has plans to use 3D printing for its NovaL T16 …

news.investors.com

Tampa library building and 3D printing

http://www.tampabay.com/news/education/college/usf-tampa-library-building-on-once-exotic-3-d-printing-technology/2222371

USF, Tampa library building on once-exotic 3-D printing technology (w/video)

TAMPA — For many, a scene on Grey’s Anatomy involving a 3-D printer may have been their first exposure to a seemingly futuristic technology that is in widespread use right now around Tampa Bay.

The use of 3-D printers has grown steadily since the 1980s, when they were used almost exclusively in large government labs. These days, you can drop by the main branch of the Tampa Public Library and try it out for yourself.

Students and faculty at the University of South Florida are taking advantage of the extensive possibilities of 3-D printing. And a number of Tampa Bay businesses such as Engineering and Manufacturing Services and Tangible Labs are turning profits using high-end, commercial printers to mass produce such items as medical devices, military equipment and prototypes.

Increasingly, you can even do 3-D printing at home, with devices that used to carry a price tag of thousands of dollars now costing as little as a few hundred at Best Buy and Staples.

In 1914, a fire burned down the original dorm at the site of the Arthur G. Dozier School for Boys in Marianna, killing at least six children and two staff members. No blueprints or photos of the building remain, presenting a big problem for researchers who wanted to understand how the fire spread.

With the help of Howard Kaplan at USF’s Advanced Visualization Center, lead Dozier researcher Erin Kimmerle used descriptions from Jackson County residents and former school staffers to build a 3-D printed model of what the school would have looked like.

“I think it gave a common vocabulary to the physical properties of the school,” Kaplan said. “From there, we can continue research on it and continue changing the digital model, reprinting parts that we need if we find new witness testimony that says otherwise.”

The 3-D model allowed researchers to also test different scenarios of where the fire was said to have started and how it spread.

Stories like those are no longer uncommon at USF.

In several university departments, 3-D printing technology has implanted itself into cross-disciplinary research: engineering students work with USF Health researchers to create models of hearts with birth defects from CT scans; architecture students create to-scale, 3-D printed models of entire cities. Even fine arts students are using the technology to 3-D print their digital sculptures.

In the John F. Germany Public Library in downtown Tampa, families, techies and aspiring entrepreneurs are seeing this developing technology up close.

In November, library staff unveiled the Hive, a multimedia and technology hub nestled on the third floor. The Hive boasts two mid-level 3-D printers in addition to a recording studio, an art center and a robotics center.

Classes using freely available 3-D modeling software are taught weekly to Hillsborough County residents, and staff members encourage them to use what they learn and take advantage of the free 3-D printing.

Hillsborough County and Friends of the Library fully fund the Hive, offering four hours of 3-D printing per month at no cost.

Principal librarian Megan Danak said the 3-D printers attract a lot of attention.

“We work with the everyday users off the street and people who want different levels of what they want to do with 3-D printing,” she said. “Some people just want to make little trinkets, but some want to make prototypes or print pieces for their model cars and at-home products.”

Printers used at the Hive have become the standard in consumer-level and at-home 3-D printing.

The Hive provides hourlong courses in some of the more user-friendly and free 3-D software such as Tinkercad and Blender, allowing students to tinker with their creations at home.

Library technical assistant and Hive staffer Taynisha Berengher said she is surprised most by how quickly young people are picking up on the technology.

“We’ve had kids as young as 9 or 10 years old blow us away with what they can create after a class or two,” she said.

The Hive has also worked with some young entrepreneurs looking to create prototypes of their new inventions.

In addition to The Hive, groups of tech-savvy and creative individuals have created what they call “hackerspaces” to pool money for 3-D printers and other technologies, as well as to share ideas and knowledge. They fund the purchase of printers through memberships to the hackerspace.

Groups such as Tampa Hackerspace and St. Pete Makers, which just recently entered the hackerspace scene, hold classes for members and the public to learn about 3-D printing and software.

Even if the technology remains more popular commercially and within the confines of research, USF’s Kaplan said the technology will ultimately have a huge impact on the everyday lives of consumers — from 3-D printed medical devices, bio-printed organs and a more tactile and visual education experience.

“People come and tell me all the time, ‘Oh, did you see Grey’s Anatomy? They’re printing body parts,’ ” Kaplan said. “We’re not there yet, but there’s a lot of things in the future of 3-D printing to be excited for.”

High school students demonstrate the use of 3D printers, including one by Ultimaker, at the 2015 CeBIT technology trade fair on March 16 in Hanover, Germany.

tampabay.com

by Roberto Roldan, Times Correspondent | Sunday, March 22, 2015 7:23pm

3D printed LEGO

Introducing ‘Uberblox’, the Modern Equivalent of Lego!

http://www.gizmag.com/uberblox-modular-construction-set-…/…/

A 3D CNC router (computer controlled cutting machine) assembled from UberBlox, which is a new Lego-like metal construction and prototyping kit (Photo: UberBlox)

As cool and wonderful as Lego is, those plastic bricks can be tricky to handle if you want to step up from mere constructive play into serious custom-built prototyping. UberBlox hopes to fill that gap. It’s a metal construction set and prototyping system with a single-connector locking mechanism and a variety of control boxes for accommodating whatever computer connection or automation needs a project might have.

“It is difficult to make automated machines without years of developing skills and know-how,” UberBlox Systems founder Alex Pirseyedi tells Gizmag. “You need to know about technical design principles, not to mention the skills required to fabricate and assemble parts accurately to make such complicated machines work.”

UberBlox was born of the need for a solid, easy-to-use modular system that enables makers to build and test their robots, 3D printers, smart systems, and other computer-programmed automated machines. Pirseyedi notes that, while the traditional plastic building block sets “are great for quickly and easily making something,” they can’t handle the kind of rigidity and accuracy these automated machines require. UberBlox, he argues, bridges the gap by combining the lower barrier of entry of something like Lego with the higher technical needs of a typical maker.

“Even with today’s readily available aluminum T-slot mechanisms, you still need to cut, drill, mill, fit, re-try, re-cut, [and] deal with a huge number of choices for connecting parts,” explains Pirseyedi. “And [you have to] do all this accurately with tools and equipment that you may not necessarily have easy access to or know how to operate properly. UberBlox eliminates all that. You simply imagine a machine idea within the context of the system, and you start assembling parts, mostly with a single small tool. The supporting electro-mechanic, electronic, and software components then help you bring it to life.”

As for specific examples of what UberBlox might be helpful to produce or prototype, Pirseyedi has suggestions. The big one his team is pushing is 3D printing, with much of the marketing material revealed so far showing how the kit can become a functioning 3D printer. If you really just want a 3D printer, of course, you can buy one preassembled or packaged in a more tailored kit. But UberBlox is for the curious. It’s targeted at people who “have a desire to make their own so that they can learn engineering and technical skills as well as be able to tweak their system however they like,” says Pirseyedi.

Moreover, he adds, UberBlox allows for quick and easy testing of new design ideas for either entire 3D printing systems or portions of them, which is a popular pursuit of many in the maker community, without getting bogged down in the fabrication process. “After all, that is one of the reasons we’ve had such an explosion in interest in low-cost 3D printers in the past couple of years,” he says.

Besides 3D printers, the system could also “easily” be used to build loads of different types of robots, including manipulator arms, rovers, and humanoids, as well as laser cutting and engraving or CNC milling and routing machines.

It isn’t clear yet exactly what parts will be included in UberBlox kits, but they will include both basic blocks and reconfigurable parts, such as motors, moving components, electronics, and “Brain-Box” controllers for do-it-yourself boards, such as Arduino and Raspberry Pi. It sounds like there’ll be multiple configuration options, but the UberBlox team is keeping the details quiet on this and pricing until it launches a Kickstarter campaign later this month.

The upcoming UberBlox Kickstarter will also reveal how the connection mechanism works, and if it surpasses its goal the team may be able to develop a 3D software tool designed specifically for drag-and-drop assembly of virtual UberBlox parts to aid in the design process. Regardless of any stretch goals, the team will release 3D models of UberBlox parts to backers “at some point in time” so that they can play around with them in their CAD or 3D modelling software of choice.

GIZMAG.COM
by  | February 15, 2015

3D printing revolution

An infographic on some of the many ways in which 3D printing can be a HUGE asset to the classroom!

"An infographic on some of the many ways in which 3D printing can be a HUGE asset to the classroom!"

TALOS

Say hello to TALOS… A.K.A REAL-LIFE. FUNCTIONING. IRON MAN. SUITS

Legacy Effects, the costume and special effects company responsible for creating the suits used in the Iron Man films, are now creating a similar suit for the US Military called TALOS.

The US Military has already invested $ 10 million and they state that the suit “must be bulletproof, weaponized, have the ability to monitor vitals and give the wearer superhuman strength and perception.”

Expected to be completed in 2018. Stark Industries reportedly not receiving any royalties.

Oh, and of course the prototypes are going to be 3D-printed 😉

http://www.telegraph.co.uk/…/Iron-Man-suit-for-US-military-…

Might TALOS end up looking like Iron Patriot from Iron Man 3?

The makers of the Iron Man suit for The Avengers are consulting with the US military on weaponized armour.

In the Iron Man and The Avengers films, rich and ingenius playboy Tony Stark creates a powered suit of armour to save his life, and then the world.

The US military have been inspired, it appears, as they have gone to Hollywood costume and special effects creators Legacy Effects for advice on making an Iron Man-style suit, known as TALOS (Tactical Assault Light Operator Suit), for their troops.

The brief for TALOS states that it must be bulletproof, weaponised, have the ability to monitor vitals and give the wearer superhuman strength and perception.

Legacy Effects, on behalf of exoskeleton manufacturers Ekso Bionics, made the Iron Man suit for the Marvel films.

According to The Wall Steet Journal, Legacy Effects are among the bigger manufacturers involved in the project and will help the US Military to design and 3D print prototypes.

TELEGRAPH.CO.UK