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The global Telecom 3D Printing in Education Market 2020 Research report provides a basic overview of the industry including definitions, classifications, applications and industry chain structure. The market report also calculate the market size, the report considers the revenue generated from the sales of this report by various application segments. The report delivers a comprehensive overview of the crucial elements of the market and elements such as drivers, current trends of the past and present times, supervisory scenario & technological growth.
Via JAcK Digital Media
German polymer materials manufacturer Covestro and Chinese companies Huafeng and Cyclone say they have jointly developed a 'more sustainable' way of producing high-quality running and sports shoes.
It makes use of Covestro's Insqin waterborne polyurethane (PU), textile technology company Huafeng's Haptic 3D textile printing system and recycled PET fibers from Cyclone to signficantly reduce carbon emissions.
Cyclone's recycled polyester yarns are used for the shoe uppers and coated using Huafeng's 3D Haptic textile printing process and Covestro's partially bio-based Impranil eco DLS polyurethane (PU) dispersion as a binder.
Via EcoVadis, Ricard Lloria
Rapid developments in evolutionary computation, robotics, 3D-printing, and material science are enabling advanced systems of robots that can autonomously reproduce and evolve. The emerging technology of robot evolution challenges existing AI ethics because the inherent adaptivity, stochasticity, and complexity of evolutionary systems severely weaken human control and induce new types of hazards. In this paper we address the question how robot evolution can be responsibly controlled to avoid safety risks. We discuss risks related to robot multiplication, maladaptation, and domination and suggest solutions for meaningful human control. Such concerns may seem far-fetched now, however, we posit that awareness must be created before the technology becomes mature.
Via ELSE.Corp
The COVID-19 pandemic has shown that digital technologies determine not only whether or not countries thrive, but also how well they are able to navigate trying times. Applied effectively, digital technologies not only enable education and work to move from schools and offices to the home, but they also provide increasingly efficient ways to organize processes in companies and governments.
New technologies such as 3D printing, augmented and virtual reality, sensors, artificial intelligence, quantum computing and robotics also have the potential to disrupt nearly any industry. The competitivess of nations in these technologies will determine how prosperous their countries will be in the decades ahead.
Via Edumorfosis, LGA
3D printing provides the opportunity to make things that are not easily produced by other technologies, and literally change our possibilities. Thanks to the ingenuity and creativity of the community surrounding 3D printing, there are many interesting projects that use this technology for various purposes. Today, we would like to highlight one of these projects! We have previously shown you how to prepare and print 3D maps and terrains from anywhere in the world. The article was well-received, perhaps because we gave you an option to create and print a model of your city or a mountain pass model where you were on holidays.
Rotating license plates, oil slicks and smoke screens, bullet-proof screen in the back and machine guns in the front – and, an ejector seat. Oh yeah, that’s James Bond’s classic Aston Martin.
But now Aston Martin is back with something that’s just about as cool – a 3D-printed car. Ok, not the entire car. But a lot of it.
And this is no ordinary car (well, being an Aston Martin, you probably figured that already).
From time to time, every 3D printer owner is asked the same question: “Why is the printer really good and useful? I cannot imagine what would I use it for.” I did not find a satisfactory answer to this simple question at first, because I don’t consider printing figures and statues as the right example. That’s why every time the 3D printing technology is applied in practical use, I’m excited! Today, I’ll show you how to print a 3D map, that can serve in a number of situations not only using our Original Prusa i3 MK3printer.
nScrypt designs and manufactures high-precision industrial Micro-Dispensing and Direct Digital Manufacturing equipment with unmatched accuracy and flexibility. nScrypt has award-winning technologies and is thrived to provide complete solutions for various applications in electronics & packaging, 3D printing, life science and textile industries via cutting edge multi-materials, multi-processes and Factory in a Tool approach. nScrypt's headquarter is based in Orlando, Florida.
Technological advancements, have an instrumental role to play for the future of education. Get into the know of the latest trends.
If you’re at Dutch Design Week in Eindhoven this week, you can walk across the first 3D-printed steel bridge. In 2015, Dutch 3D printing company MX3D unveiled their plans to print the footbridge. Now that it’s complete, The Bridge, as its called, is on display through Oct. 28.
ike us, you’re tremendously excited by the possibilities of 3D printing. Unfortunately, the landscape is cluttered with trinkets, doodads and ornaments. We’re in danger of drowning in 3D printed objects that nobody wants or needs.
Fight the tide of mediocrity! Let’s make stuff that’s actually useful! Here’s a list of cool things to 3D print, right now, today. Prove to your nearest and dearest that there’s an everyday and practical application of this wonderful technology.
Via John Evans, WebTeachers
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Artificial intelligence, machine learning, robotics, automation, blockchains, 3D printing, augmented reality and virtual reality: the COVID-19 pandemic has accelerated the adoption of all these technologies. Competition for employees with “deep” technology development skills is global, and Canadian employers are struggling to meet salary expectations. This is especially true for computer science and engineering graduates. But the digital skills most in demand are not necessarily the ones most people expect.
Via Edumorfosis, Ricard Lloria
THE OFFICIAL ANDREASCY Daily Magazine - Category: 3D Printing
We took @THE OFFICIAL ANDREASCY to the next level! Come join the fun on our Daily Magazine, for all things 3D Printing! -> https://rebrand.ly/Daily-Magazine-3D-Printing THE OFFICIAL ANDREASCY Daily Magazine is dedicated entirely to Cutting Edge Innovation, it features a complete range of curated posts and great resources:, it's 100% free, and it's perfect for all you guys out there. We've partnered with a ton of publishing experts to bring you all the goodies. Whether you are a tech geek, a business owner, a teacher, a doctor, a researcher, a UI/UX designer, a software developer, an IT Engineer, or a guru Marketer, our Exclusives will help you become the King Master in your industry! To receive an email notification each time the latest online magazine is ready for viewing, please go to our subscription page: We'd love to see you there! ;)
With biodiversity in decline around the world, researchers are desperate to catalog all of Earth's insects and other invertebrates, which represent 90% of the 9 million species yet to be named. To do so, scientists typically face long hours in the lab sorting through the specimens they collected. Enter DiversityScanner. The approach involves a robot, which plucks individual insects and other small creatures one at a time from trays and photographs them. A computer then uses a type of artificial intelligence known as machine learning to compare each one's legs, antennae, and other features to known specimens. The technology then imposes a color code, or heat map, over the image (see above). The warmer the color, say, red, the more the computer program depended on that body part to make a call on the type of insect it was. This heat map makes it easier for researchers checking the identification to see what the program's "thought" process was. The robot then moves each insect into a plate with 96 tiny wells, readying these specimens for DNA sequencing. The resulting species-identifying piece of sequence—a "DNA barcode"—is linked to the image in a database of all the cataloged specimens. Although not quite as good as a human expert, the approach accurately classifies insects 91% of the time, the designers of the technology report in a study posted to the preprint server bioRxiv. That accuracy will improve as more specimens are added to the database, they note. The researchers have made the software and 3D printing plans for the technology openly available. And, as the scientists describe in a second preprint, they have simplified the sequencing steps and software so that developing countries and small organizations can take advantage of it—96 insects at a time.
Via Dr. Stefan Gruenwald
Software developers and engineers and continuously working to provide schools and educational facilities with new technology. Various apps and tools, such as Pedagogue, have opened plenty of doors for modern-day education since their release.
The 3D printer is yet another new tool that has made considerable advancements in the academic world. This technology can serve various uses in the classroom – for example, many teachers use the printer to make props for specific lessons.
Via EDTECH@UTRGV
Creality is an upstart 3D printer supplier dedicated to developing the FDM 3D printer, resin 3D printer, 3D printer filament, and maker-related products.
An informal network of thousands of printers is emerging to provide critical medical supplies
The novel innovation uses the power of 3D printing to recreate artificial corneas with a similar structure to human ones.
A few weeks ago we ran a piece describing new volumetric 3D printing approaches and their implications for the additive manufacturing industry. We concluded anticipating that we would hear the term a lot more often in 2019. This supposition was confirmed today as the full paper on the Computed Axial Lithography (CAL) process was published on Science Journal and complemented by an article and video on Nature Journal. The paper and updated video expand and illustrate the process developed originally within a research project involving UC Berkeley and the Lawrence Livermore National Laboratory among others. The scientits explain that the Computed Axial
Via ELSE.Corp
Sure, 3D printers may be a hot item in tech circles, but the humble office inkjet machine doesn’t attract much attention, except when a cartridge needs to be refilled. But a clever hack from a UAB expert in circuit design can expand the skillset of old hardware far beyond printing memos. With special nanoparticle ink and some careful tweaking of software settings, Mohammed Haider, Ph.D., can crank out pages of fully functional circuits for as little as $0.30 apiece. Commercial nanoparticle printers are available that could do the same thing, Haider notes, “but they cost $50,000.”
The largest online community of professional designers, engineers, manufacturers, and students on the planet. Join now to access over 2.5 million free CAD files and connect with more than 4.3 million members sharing their ideas, inspiration, and 3D printing models.
Schools all over the country have been working to bring 3D printing to their students to support STEM integration, design thinking, student-centered learning, project-based learning, and the future of work. While some educators are comfortable embracing 3D printing with little formal training or support, others prefer more structured training and ready-to-use lessons in order to increase their comfort level.
There are many brands of 3D printers available to schools. MakerBot, founded in 2009, sells a variety of affordable, easy-to-use, wireless-enabled 3D printers and recognizes the revolution that 3D printing can bring to education. A branch of the company called MakerBot Education provides a wealth of resources to support teachers — whether they are new to 3D printing or experienced users of the technology. I recently spoke with Mair DeMarco and Forrest Leighton at MakerBot Education to learn more about the products and resources that MakerBot offers to educators. While many of these resources are free to any teacher, some of the resources are best suited for teachers who have or plan to purchase a MakerBot brand 3D printer.
Via John Evans
3D printing applied to the construction sector offers many advantages, whether in terms of cost, time or durability of materials.
Via Alessio Erioli
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