Oct 13, 2017 | By Tess
Simply in time for the weekend: listed below are some fast 3D printing tales to atone for this Friday. Stratasys sponsors new LAIKA exhibit at Portland museum, SwissLitho and EVG workforce as much as develop a way for printing 3D optical constructions, Strangpresse acquires unique licensing for ORNL’s additive manufacturing extruders, and rather more moreover.
3D printing firm Stratasys has introduced will probably be sponsoring an exhibition on the Portland Artwork Museum devoted to animation studio LAIKA. The studio, which is behind such acclaimed movies as Kubo and the Two Strings, ParaNorman, and Coraline, has usually turned to 3D printing to realize its superb animations.
The exhibition, referred to as “Animating Life: The Artwork, Science and Magic of LAIKA,” will open on October 14th and run till Might 20, 2018. Guests to the museum will have the ability to look inside and behind LAIKA’s beautiful animation movies to see how the magic of the scenes and characters was delivered to life.
Stratasys, which has supplied its 3D printing options to LAIKA for a lot of of its movies (together with Coraline, ParaNorman, The Boxtrolls, and Kubo and the Two Strings) is not going to solely be sponsoring the exhibition but in addition had its executives converse at a press preview for it yesterday. The museum may even be exhibiting a Fb Dwell tour of the exhibit at present at 9 am (Pacific time).
For us, the spotlight of the LAIKA exhibition shall be seeing how 3D printing has impacted and enabled the work of the artists.
“Bringing inanimate objects to life is without doubt one of the oldest types of film magic,” explaied Brian McLean, LAIKA’s Director of Speedy Prototyping. “By harnessing the facility of 3D printers, we’re capable of create feelings and delicate facial performances by no means earlier than seen in stop-motion animation. It’s this know-how—mixed with the superb abilities of so many various artistic disciplines inside LAIKA—that permit us to inform actually advanced and enduring tales.”
Should you occur to be within the Portland space over the following a number of months, we extremely counsel trying out the exhibition. If not, it can not less than be effectively value your time to observe a few of LAIKA’s academy award profitable animations.
EV Group, an Austrian provider of lithography and wafer bonding methods, has teamed up with Zurich-based nanolithography producer SwissLitho AG to develop an answer for producing “3D constructions all the way down to the single-nanometer scale.”
The answer reportedly combines SwissLitho’s NanoFrazoe thermal scanning probe lithography system—which is used to supply “grasp templates with 3D constructions for nanoimprint lithography (NIL)”—and EVG’s HERCULES NIL system and Good NIL tech—which is able to replicating the 3D constructions at a “excessive throughput.”
The novel answer for 3D constructions could possibly be used within the growth of diffractive optical parts in addition to different optical elements used for photonics, information communications, augmented and digital actuality, and extra. The companions say that their system is also utilized in different biotech, nanofluidic, and nanotechnology purposes.
“SwissLitho’s NanoFrazor answer is extremely complementary to EVG’s SmartNIL know-how,” commented Dr. Thomas Glinsner, company know-how director at EV Group. “Collectively we will provide an entire NIL answer for photonics and different purposes involving 3D construction patterning, offering important alternative for each corporations to increase our buyer base and market attain.”
“Our NILPhotonics® Competence Middle would be the first level of contact for patrons on this joint answer, the place we will provide feasibility research, demonstrations and pilot-line manufacturing,” he added.
In accordance with SwissLitho and EVG, its joint answer gives customers a manner of printing extra exact and correct 3D constructions than utilizing different competing applied sciences, equivalent to electron beam and grayscale lithography. Moreover, because of EVG’s enter, the system may even be scalable, enabling customers to “create working templates for manufacturing use, cost-effectively and at excessive throughput.”
Strangpresse, an Ohio-based industrial gear provider, has made a deal to completely license the Oak Ridge Nationwide Laboratory’s 3D printing extruder know-how. The additive manufacturing extruders developed by ORNL are able to depositing a whole lot of kilos of polymer materials at a speedy price.
Strangpresse, which is a provider of extruders and different 3D printing know-how, was reportedly the primary firm to license ORNL’s patents for its large-scale additive manufacturing know-how in 2015 (although on a non-exclusive foundation).
The extruder know-how licensed (completely) by Strangpresse features a nozzle designed for large-scale printing, which has purposes within the aerospace and automotive sectors as a consequence of its excessive decision capability.
“Growth of the extruder know-how will increase excessive decision deposition charges by three orders of magnitude, going from about 4 cubic inches per hour as much as 2,400 cubic inches per hour,” defined Invoice Peter, director of DOE’s Manufacturing Demonstration Facility at ORNL. “This has opened up the potential purposes of additive processes.”
“Acquiring an unique know-how license from ORNL helps us safe a extra aggressive place for Strangpresse as we develop our firm,” mentioned Chuck George, the corporate’s chief government officer.
4WEB Medical, the business chief in 3D printed implant know-how, has introduced the launch of its subsequent era interbody fusion product line for anterior lumbar backbone procedures. The brand new launch of the Anterior Backbone Truss System not too long ago acquired FDA clearance for a number of impactful line extensions together with some key new indications to be used and design enhancements.
“As the primary ever FDA cleared additive manufactured backbone implant, the unique Anterior Backbone Truss System paved the way in which for a brand new paradigm in implant know-how,” mentioned Jim Bruty, Sr. Vice President of Gross sales and Advertising and marketing at 4WEB Medical. “The newest version of the Anterior Backbone Truss System builds upon 6 years of profitable scientific use with a wide range of upgrades that place it as essentially the most superior anterior interbody answer available on the market at present.”
The Anterior Backbone Truss System options an array of recent hyperlordotic choices in 16, 20, and 25 diploma angles and offset insertion performance has been added for optimum indirect positioning of the machine. 4WEB’s new clearance additionally consists of a sign for allogenic bone graft along with autograft. The important thing differentiator for the product stays the proprietary truss design that gives a extra stimulative and steady setting for fusion than aggressive annular designs throughout the business.
“The brand new hyperlordotic footprints permit for higher anterior sagittal stability restoration whereas protecting the signature bi-convex truss design which has proven to extend bone interface and dramatically scale back the chance of expulsion,” mentioned Bobby Kalantar, M.D., orthopedic surgeon at Medstar Georgetown.
4WEB expects that the Anterior Backbone Truss System will present a substantial progress alternative for the enterprise because it takes the product to market within the fourth quarter. The corporate’s backbone enterprise has simply accomplished its eighth straight quarter of consecutive progress and is poised for its largest quarter ever in This fall with essentially the most complete portfolio of 3D printed interbody implants and the early success of its additionally not too long ago launched lateral product line.
Nano Dimension introduced this week that its wholly owned subsidiary, Nano Dimension Applied sciences Ltd., has opened its nano particle ink manufacturing facility. Scientists at this facility will produce superior nanoparticle conductive and dielectric inks for its DragonFly 2020 Professional, the corporate’s first industrial 3D printer for speedy prototyping of advanced multilayer printed circuit boards (PCBs).
The eight,600-square foot (800 sq. meters) facility is in Ness Ziona, located in the identical constructing as the corporate’s headquarters and R&D laboratories.
“Now we have made important progress over the previous a number of months to design and engineer an revolutionary steady manufacturing course of to allow us to extend manufacturing of our nano particle inks and suitable dielectric supplies,” mentioned Amit Dror, CEO of Nano Dimension. “This extraordinarily difficult course of has been put in at our ink manufacturing facility, and it’ll permit us to effectively scale-up and keep our capability to provide clients with superior supplies, produced at our technologically subtle and cost-efficiently operated manufacturing facility, whereas protecting the commerce secrets and techniques of the distinctive manufacturing processes.”
Nano Dimension’s breakthrough inks have distinctive suitable sintering and curing properties, in addition to ink stability enabling precision, and engineered steel particle measurement. This distinctive mixture of a dielectric materials (for mechanical construction, excessive temperature resistance and electrical insulation) and a conductive materials for the circuitry with a really low melting level, resolve a number of the main challenges that, so far, have prevented widespread use of 3D printed electronics. Nano Dimension’s inks make it potential to rapidly print three-dimensional, excessive efficiency, low-cost conductive patterns in addition to advanced constructions on comparatively warmth delicate substrates with Nano Dimension’s DragonFly 2020 Professional 3D Printer.
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