Jag vill presentera här 3D print Akademi, en visionär entreprenör företag i Norrköping som vill komma in redan nu i framtiden när det gäller 3D skrivare teknik och som vill väcka intresse för detta revolutionerande teknik för många och i alla åldrar. Vi är just nu i samma position läge med 3Dprint/additiv tillverkning som pc datorerna var på 80 talet, det behövs nu något liknande med datorstogor över hela Sverige, men varför inte 3Dprint Akademier över hela Sverige? där många nyfikna i alla åldrar kan komma och prova på och se vad detta revolutionära teknik kan bjuda på och förstå intuitiv att detta kommer att revolutionära hela det nuvarande industrin och i alla möjliga område.
Jag är en visionär entreprenör som vill förmedla min vision genom att starta detta entreprenör Företag, den är unik och den kommer att väcka intresse för 3D skrivare teknik i alla sina möjliga former och idéer. 3D printing är bara grunden för det moderna industrella teknik, där ingår också 4D teknik och 5D teknik, möjligheterna i detta revolutionerande teknik är så stora att många kommer inte att hänga med så därför ska finna 3D print Akademi så alla hänger medi detta utvecklingen.
Bara några exempel på hur Akademin kan funka: man kan bjuda grundskolor utbildningar redan från årskurs 1 till 3 med små datorer och personliga 3d skrivare med lätt moderna program för att rita och skriva, barnen själva kan sedan skriva ut figurer eller bokstäver från sina p3dp (personliga 3d printer). sedan kommer till de från kurs 4 till 6 ha lite avancerade program i datorer och personliga 3d skrivare, sedan de från kurs 7 till 9 kan ha de mest avancerade program i doktorerna med sina personliga 3d skrivare.
Inom företag världen kan vi genom Akademin visa och utbilda de i de olika processer för olika 3 printer med de olika material och teknik dessa behöver för att nå ett bra resultat och förståelse i de olika processer när det gäller hållbarhet , precision, och resultat. De måste se och förstå att detta teknik är faktisk en revolution inom det industriella.
3D Print Café mini-me kommer att ingå som promotion presentation för allmänheten av 3D PRINT AKADEMI , se här: 3D Print Café mini -me
Vi kommer att behöva 4 entreprenörer till i företaget för att det ska funka, vår huvud uppdrag blir som en akademi, vi ska lära ut från grunden hur man lär sig 3D skrivare teknik, detta är framtiden och vi måste börja inspirera alla .
Välkommen till framtiden.
Vi på Akademin kommer på långsikt att ha 2 projekt, vi kommer att lansera det next generation 3D printer för barn och unga i grundskolor , detta första projekt blir "Jakob&Liza p5dp" en 5 axlar printer för barn från årskurs 1 till 9 i olika storlekar.
Sedan kommer den 2a projekt som ska bli "JC MAXELL p5dp" också en 5 axlar printer med hög kvalitet för alla användare (gymnasiet, universiteter, privat, företag etc).
Projekt inom 3d print café för att inspirera barn och unga och vuxna så blir fler och fler intresserad av detta nya teknik, några exempel på dessa projekt;
-- mode visning ; designa kläder bara genom 3d printong för visning, 3d print akademi söker en grupp på 5 tjejer för detta projekt.
-- 3d skor; designa skor med 3d print teknik för visning, 5 tjejer för detta projekt sökes.
-- t-shirt printing; genom 3d teknik göra olika figurer på t-shirt, 5 killar för detta ptojekt sökes.
-- futbol skor 3D; designa och printa ut foybol skor, 5 killar för detta projekt sökes.
-- 3d proteser; designa proteser av arm eller ben med 3d teknik, 5 vuxna killar för detta projekt sökes.
.. 3D stjärnor ; printa ut mini-me kändisar, 6 killar-tjejer för detta projekt sökes.
-- super hero 3d; designa och printa ut. 5 barn för detta projekt.
Chinese Government to Put 3D Printers in All 400,000 Elementary Schools by Next Year
Education is probably one of the areas that will benefit the most from 3D printers in the long run. The problem though is getting the machines into the schools in the first place. With prices generally ranging from $400 to $3,000 for typical desktop 3D printers, they are not cheap, and with budgets within many school districts running dry, both in the United States and overseas, the unfortunate fact is that many schools simply can’t afford them, not to mention the materials and time it takes to train teachers to use them.
Speaking with former MakerBot CEO, Jenny Lawton, at CES this year, she told me that 3D printing will become mainstream and really begin to explode as far as adoption rates go, when a full cycle of education has been exposed to the technology. Just like many of us who were exposed in school to desktop computing back in the ’80s and ’90s can’t envision not having access to a computers now, the children of today may one day think the same about 3D printers.
The United States clearly understands the importance of this technology, particularly President Obama. In addition to investing heavily to bring manufacturing back to US soil, he has mentioned the importance of 3D printing on several occasions, visiting manufacturing facilities that are using 3D printers, and even going as far speaking about the technology in one of his State of the Union Addresses.
With that said, news coming out of Tapei, Taiwan today, from Simon Shen, the CEO of Kinpo Group (parent company of XYZprinting), suggests that China is about to one-up the United States in a big way.
According to Shen, the Chinese government has a new policy to install a 3D printer in each of its approximately 400,000 elementary schools over the next two years. This number caught me totally off guard for two reason. First of all, that’s a lot of elementary schools. For instance, in the United States we have approximately 70,000 elementary schools, and approximately 100,000 total public schools. As a nation we could easily match China’s ambitions. If the average desktop 3D printer costs $1,000, that would equate to about $100M in added expense to the education budget of our nation. Sounds like a lot cash, and certainly it is, but such a figure would only equate an additional tax burden of around $0.30 for each man, woman, and child in this country.
Additionally, the fact that Gartner predicts that a total of 217,000 3D printers will ship this year, and about double that, or 434,000 machines will ship in 2016, makes me think that they may have underestimated the size of the total market yet again. XYZPrinting announcing two weeks ago that they had partnered with Magic Factory, a new e-commerce subsidiary of Lenovo Group Ltd., for the distribution of their 3D printers, and that they anticipate shipping 100,000-120,000 machines this year alone only adds fuel to the fire.
The market is growing, and faster then even some of the top analysts had expected. As schools are provided with these machines and the tools necessary to educate the masses, adoption rates will only continue to rise. With China’s recent plan for education, the ball is now clearly in Obama’s court. With a little under two years left in his final term, will he follow suit and fund a similar program to the one China has planned? We can only hope!
Simon Shen, Kinpo Group
As for the details on China’s impressive plan, nothing has been made available to the public as of yet, but it will be interesting to see which 3D printers they choose to put into these schools. With XYZprinting offering up machines for under $500, and with offices located within China, there is a very good possibility that they could be contributing a large portion of these printers. In fact, Shen is counting on it, saying, “It will be our growth driver of the third quarter and fourth quarters.”
Let’s hear your thoughts on these ambitious plans by the Chinese Government, and if you think something similar should be done in other nations. Discuss in the Chinese 3D Printing Education forum thread on 3DPB.com.
from: https://3dprint.com/56699/china-3d-printers-schools/
The Reprap Mendel printer sells for $520, some assembly required.Here's justification for splurging on a cool new 3D printer: It's actually a money saver.
What is the difference between 3D, 4D and 5D Printing? https://www.geeetech.com/forum/viewtopic.php?t=19517
3D PRINTING
20 Shocking 3D Printed Things
7 Shocking 3D Printed Things
4D PRINTING5D PRINTING
Top 5 Best Large 3D Printers You Can Buy in 2017 [ Best Industrial 3d Printers 2017 ]
How 3D Printing Will Save You Money
Buying a 3D printer to make plastic iPhone cases and paper-towel holders at home can already save you money in the long run, according to a new study. That doesn't mean 3D printers will soon replace stores, let alone shut down factories in China or Vietnam. But it does suggest how the technology is creating a world where you could eventually make many products at home or at a local shop.
Printing money (savings)
A 3D printer such as the open-source RepRap may not only pay for itself but actually save money by making just 20 household items — such as shower-curtain rings and safety razors — per year, said Joshua Pearce, a materials engineer at Michigan Technological University. His new study, wordily titled "Life-Cycle Economic Analysis of Distributed Manufacturing with Open-Source 3D Printers," challenges the skepticism of big manufacturers and the caution of 3D-printing experts who say the technology still has a long way to go.
"Today, we have the ability to print plastic, which actually opens up an enormous catalog containing thousands of products that we all have in our homes and use every day," Pearce said in an email. "The material selection is expanding quickly, and it seems likely that for many products, consumers will make their own rather than purchasing them."
RepRap 3D-printer owners could save anywhere between $300 and $2,000 per year, depending on what 20 household items they make, Pearce found. RepRap owners can also continually upgrade their open-source 3D printer over time — even printing new components — as the technology improves, rather than having to buy a new 3D printer every few years.
3D printing espresso cups (timelapse)
Other costs of 3D printing
Despite these benefits, an open-source 3D printer is a big DIY project. A RepRap costs not only $575 for the parts but also about 24 hours of work to assemble them. And a beginner might need to first learn how to build it through workshops or online instructions. However, newbies can pay about double the price for an assembled RepRap. (That's still a bargain compared to highly polished models like the $2,199 MakerBot Replicator 2.)
Moreover, you shouldn't expect a 3D-printed plastic iPhone case, for example, to have the same quality or polish as a store-bought case. Today's 3D printers still create objects with very tiny steps or ridges on the sides rather than a smooth curve or finish. Pearce pointed out that you could smooth the object with nail-polish remover and paint it, but that's yet more work.
"Is the quality of the 3D-printed products on par with those that are manufactured conventionally and then purchased? No, not even close,” said Terry Wohlers, head of Wohlers Associates, a consulting firm focused on 3D printing.
Challenges for 3D printing
Today's 3D printers can make products tailored to unusual shapes and unique customer demands — they're good for making a limited run of expensive fighter-jet parts or a custom implant to repair a shattered skull (both have already happened). Yet the technology remains unable to produce objects made from multiple materials, and is too slow and too expensive for making many products, Wohlers said.
"Very inexpensive and relatively simple mass-produced products [such as plastic trash cans] will continue to be manufactured in big centers of manufacturing for a long time," Wohlers told Tom's Guide. "These types of parts, with production volumes of hundreds of thousands or millions, are not good candidates for 3D printing due to speed and cost."
Nobody has done a conclusive study comparing the cost of 3D printing plastic parts locally to the cost of making plastic parts in a Chinese factory and shipping them around the world, Wohlers explained. But he and other experts believe that the factory model is still easily competitive with 3D printing. Part of the reason is that industrial-grade 3D printing requires more energy per item than traditional manufacturing does.
How 3D printing could go mainstream
But Richard D'Aveni, a professor of strategic management at Dartmouth University, says 3D-printing technology could improve rapidly over the next 10 to 15 years, to the point where it can compete with factory-made products. He compared the process to how PCs took over from mainframe computers in less than 10 years.
But D'Aveni, too, said that 3D printers have a way to go in order to become must-have household gadgets.
"You can make toys you expect to find in a McDonalds Happy Meal, but I think that it won't really appeal to people to buy a $300 or $400 machine [among the cheapest of today's 3D printers] to make Happy Meal toys," D'Aveni said. "The quality must go up, and the price of the machine must come down."
Yet 3D printing already offers other ways to compete with factory-made products, D'Aveni said. 3D printing allows you, the customer, to tweak the final design of a product and make it on the spot. D'Aveni gave the example of how toy stores might someday offer custom-made dolls with unique features — even based on a 3D scan of the customer's face or body. (One company, 3D Systems, already allows you to make customized 3D printed Star Trek action figures.)
A clever engineer might also design an array of simple 3D-printed parts that snap together as easily as Legos, to make bigger or more complex objects such as chairs and storage cabinets, D'Aveni said. It's a 3D-printing spin on the IKEA self-assembled-furniture process.
Order and print anywhere
The ability to print something almost anywhere also represents a huge advantage for 3D printing over factories — a benefit the U.S. military has recognized by putting 3D printers on ships and in distant battlefields to create prototype equipment and perhaps someday make replacement parts for vehicles.
Worldwide delivery company DHL is already thinking about how 3D printing might change where and how people buy products in the future. A 2012 report (pdf) by DHL considered the possibility of a "customized lifestyles" scenario for 2050 — a world where 3D printing in homes or local stores mostly replaces mass-production factories. In such a world, only raw materials and digital designs would cross national borders.
One small glimpse of that future is already possible through Kraftwurx, a Houston-based company that runs a digital marketplace for selling and ordering simple 3D-printed products, such as metal jewelry and plastic figurines, around the world. Kraftwurx's network of more than 100 3D-printing companies worldwide allows buyers and sellers to avoid international shipping costs and taxes on imported goods.
3D printing breakthroughs
That future could creep closer as 3D-printing technology begins to break through its current limits. 3D-printing companies continue to work on making cheaper, user-friendly 3D printers. Better software could allow more people to create and upload 3D-printer designs to share or sell online, or simply make it easier to print out items.
So what does this all mean for now? The 3D-printed watchband or showerhead you make at home today may not match the quality or aesthetic of a similar item bought on Amazon or at the local store. But if you have the time, money and patience to invest in a 3D printer, you can already begin saving money today, as long as the quality of 3D-printed items is good enough for you.
"Are consumers going to be willing to continue to pay $50 for an iPad stand if they can make one themselves for under a dollar or buy [a 3D-printed stand] on eBay for $2?” Pearce said.
3D printing as a competitive edge Additive Manufacturing (AM) - towards the digital revolution
Additive Manufacturing (AM), or 3D Printing is part of the digital revolution. It is changing the structure of the manufacturing industry and the way it is operating, especially in countries where the competitiveness rests on high-end products and short series. VTT concentrates its AM research especially on metal printing, with the goal of increasing the competitiveness of its customers.
Materials development
VTT has a long history and good facilities to tailor properties of printable metal powders and make experimental batches fitting the purpose in question. Powders are developed for higher performance and functionality, with manufacturing parameters optimized so that the component to be printed is flawless.
Optimisation of products and the printing process
AM gives to the designer a much bigger degree of freedom than the conventional fabrication methods, while on the other hand AM has restrictions that must be known and understood. VTT has a strong competence in topology optimisation and in exploitation of the potential of AM. We combine this with a carefully planned print process to minimize cost while optimizing product quality.
Business models and integration of AM into production
Additive manufacturing forces companies to rethink their business models. VTT helps its customers to answer e.g. the following questions: Does AM bring economic value for me? Which parts are worth printing now and which ones possibly in the future? Can I increase the competitiveness of my products or develop new ones with the help of AM? How do I integrate AM into my production process? How do I manage the control and quality assurance of the materials, the process and the parts to be printed?
from: http://www.vttresearch.com/services/smart-industry/factory-of-the-future-(2)/materials-and-manufacturing/3d-printing
3D printers widely accessible at libraries, makerspaces
Help, training and free stuff to print available to beginners
Every day, it seems, there is more cool stuff that you can 3D print — from wedding cake toppers based on a 3D scan of you and your betrothed to replicas of fossils in museums to personalized iPhone cases — if only you had a 3D printer. And who does?
Toronto Public Library users can choose from a variety of different colours of plastic in which to 3D print their projects. (Emily Chung/CBC)
Not many people, but publicly accessible 3D printers are popping up all over the country, at places ranging from libraries to makerspaces to small businesses that liken themselves to internet cafés for 3D printing.
It's not just libraries in big centres like Edmonton, Toronto and Ottawa that are offering 3D printing now, but even smaller communities like Sudbury and Kitchener, Ont., and towns right across Nova Scotia, from Yarmouth to Sydney.
Ab Velasco, who helped set up the Digital Innovation Hub at the Toronto Reference Library that includes 3D printers, said it's just a continuation of what libraries have always done.
"Libraries were one of first places to offer free access to computers, internet, wifi… and so offering access to other new emerging technologies — it's just a natural fit," said Velasco.
Personalized chess set, TV mount
Mike Ross is co-ordinator for the program that offers access to a 3D printer at the Colchester-East Hants Public Library in Truro, N.S. Since the printer was installed in 2012, people have printed all kinds of things from a personalized chess set based on the Magic: The Gathering card game to parts to repair a dishwasher or mount a TV, he said. The City of Truro has even used it to print out waterproof cases to protect devices designed to provide the town with public wireless internet access.
Mike Harvie checks the progress on his print job at the Toronto Public Library. (Emily Chung/CBC)
Alex Lai, digital design technician at the Fort York Branch of the Toronto Public Library, said nameplates and jewelry have been popular with library users. One couple even scanned themselves holding hands using the library's 3D scanner and printed out a custom cake topper for their upcoming wedding.
Since the Toronto Public Library started providing access to its 3D printers in February, there have been huge waiting lists for the 60-minute certification "class" that library users have to take before getting access to the 3D printers.
Mike Harvie is one Toronto library user keen to take advantage of his new access to 3D printing. On a sunny August morning, he came into the Fort York branch of the library with a file he downloaded from the popular website Thingiverse, eager to 3D print an object for the very first time. Thingiverse offers free printable 3D models of objects ranging from toys to jewelry to home decor.
It took about an hour to print the bottom half of the Raspberry Pi case on the library's Makerbot 3D printer. (Emily Chung/CBC)
Harvie said he's interested in having access to the printer in case something small gets broken around the house and he needs a spare part.
But he wanted to do a test project first – "to see the texture and sturdiness of it," he explained.
He considered making a toy for his two-year-old son, but changed his mind and decided to make something for himself — a case for his smartphone-sized Raspberry Pi computer.
Lai was on hand to help Harvie out.
He asked Harvie to pick what colour plastic to use. He chose red. They then discussed which way up it should print to minimize the amount of time and plastic and therefore the cost. Because the entire project would take longer than the two-hour time limit, they decided to start with the bottom half of the case and print the top half another time.
Then, with a push of a button, the print job started.
Curious onlookers
As the print head of the microwave-oven-sized MakerBot printer moved back and forth, squirting out red plastic layer by layer, half a dozen other library users popped by for a look.
A couple recently used the 3D scanner at the Toronto Public Library to scan themselves and then 3D printed the model to use as a caketopper for their upcoming wedding. (Emily Chung/CBC)
"Oh wow, that's amazing," said Nomi Drory, an art teacher and designer who had never seen a 3D printer before. She was quick to ask about how she could sign up for a library workshop.
An hour later, Harvie was invited to peel his case off the tray with a spatula.
"I think it's going to work out pretty good," he said as he examined it.
In addition to casual users printing knick-knacks, at the library entrepreneurs and engineering students have created prototypes of devices such as smart watches for a fraction of the price that it would cost to print commercially. The library charges just $1 per print job plus 5 cents a minute.
Both Ross and Velasco say they have a wide range of users, from kids to seniors.
"We definitely have a lot of people who are newcomers to technology, who have never seen a 3D printer before," Velasco said. "Because we're the library, generally we are a space for everybody… there's less of an intimidation level to use the technology."
New makerspaces opening
Unfortunately, not every community has a 3D printer in their library yet. But in many of those communities, the public can still get access to 3D printers at clubs called hackerspaces or makerspaces, which exist in most major cities across the country.
Mike Harvie holds up his first 3D-printed creation - a case for his Raspberry Pi computer - which was printed at the Fort York Branch of the Toronto Public Library. (Emily Chung/CBC)
Some brand new ones providing access to 3D printers have opened up in the past few months, including the Saint John Makerspace in New Brunswick, Yukonstruct in Whitehorse and Vancouver MakerLabs.
"Part of it is just the access to the technology is becoming more affordable," said Derek Gaw, cofounder of MakerLabs.
Using a makerspace is more expensive than using 3D printers at the library — MakerLabs, which is for-profit, charges $100 per month. Non-profit makerspaces such as Regina's Crashbanglabs and Calgary's Protospace charge as little as $30 and $50 a month respectively.
But for that price, members typically get access not just to 3D printers, but often a wide range of other equipment, such as laser and plasma cutters, said Ben Eadie, who is on the board of directors for the Protospace hacker space in Calgary: "You could literally build a vehicle from scratch in that place."
Many members are also very experienced with different kinds of equipment.
"The people in the library can't necessarily help you out to the same level that Protospace can," he said. He added that the club has a variety of members, some as young as nine years old, and he encourages anyone interested in 3D printing to come in and try it.
'Internet café for 3D printers'
Finally, for those who want to avoid the commitment of a club and the waiting lists of the library, there are a few other options, such as Toronto's MakeLab.
MakerLabs' essentially acts as a showroom their 3D printer, which is on loan from a 3D Systems distributor. (MakerLabs)
"It's essentially like an internet café for 3D printers," said Jonathan Moneta, creative lead for the business that offers 3D printing workshops and one-on-one training, as well as assistance with preparing models for 3D printing.
"You can really just stop in, take a short training course and then parachute in whenever you need to use the 3D printer."
He said the facility is popular with entrepreneurs, partly because they can use multiple 3D printers at once to test different versions of an object.
On the other end, MakeLab's couples' workshops are popular on date nights and kids who drag their parents in to print out physical versions of things they built in the video game Minecraft.
Other companies that primarily serve businesses sometimes also offer workshops for the general public, including Toronto's Hot Pop Factory. It has hosted special events like a "3D printed kissing booth" where participants were encouraged to scan themselves while kissing and print out a model.
With so many options, just about anyone should be able to try 3D printing for the first time. It's just a matter of figuring out what to print and where. For some ideas, check out our photo gallery.
från: http://www.cbc.ca/news/technology/3d-printers-widely-accessible-at-libraries-makerspaces-1.2744365
Coffee and a taste of the future
Remember the time when internet cafés were popping up all over the place for people to chat and email before the technology was common in every home? At the moment, something similar is happening in 3D printing.
Remember the time when internet cafés were popping up all over the place for people to chat and email before the technology was common in every home? Something similar is happening in 3D printing. Several 3D cafés have opened in Europe, Asia and North America for people to learn about the new technology and experiment with their own projects.
Dimension Alley in Berlin, Germany, is one of those cafés and was, according to its founders, the first to open in Europe. Its motto “from zero to maker” is meant to invite everybody who is curious about the technology – from schoolchildren to engineers to retirees. “The idea was to introduce 3D printing to the masses in a relaxing and inviting café environment”, says Dimension Alley co-founder Amin Torabi.
Dimension Alley just celebrated its six months anniversary and the founders Norma Barr and Amin Torabi are still intrigued by every aspect of the maker culture they hope to inspire. “3D printing technology is evolving very fast, bringing new possibilities every day. Educating people about these new possibilities at the same time that we are figuring it out ourselves is extremely exciting”, says Torabi.
The projects that have been completed at Dimension Alley range from abstract shapes to key rings to a lock holder for a bicycle. While most products are printed with PLA (corn starch based plastic), especially schoolchildren enjoy sweeter options such as sugar icing. One of the projects the founders of Dimension Alley, Barr and Torabi, are especially excited about is a 3D terrain model. The customer wanted to create a landscape model for an 80th birthday. It should depict the exact route the man drove to work for decades. Using mapping software, the duo printed and hand-painted the model. In addition to 3D printing and scanning services, Dimension Alley offers 3D printers and filaments for sale. It’s seminars range from one-day beginner to intermediate and business workshops.
In London, the new Makers Café opened its doors just days ago. Founder Soner Ozenc wanted to bring people together who are interested in the new technology and initiate collaborations, workshops and discussions. His goal is to create a space for makers, tinkerers, wonderers and designers who are exploring new technologies, new processes and new ways of looking at things and – as he states on his website – “for those of us who need our caffeine while cultivating these fragile ideas”.
In Barcelona, creative types can also enjoy a cup of coffee while working on 3D projects. The first Spanish FabCafé opened in March 2014 and offers laser-cutting and 3D printing. It is part of a network of FabCafés with other cafés in Tokyo and Taipei. A 3D café offering food, drinks and 3D printing has also opened in a popular section of Buenos Aires.
In Canada, several public libraries have started offering 3D printing services to educate students and the general public about 3D printing. According to CBC news there have been huge waiting lists for the 60-minute certification class that library users have to take before getting access to the 3D printers. Despite the wait, even teachers have been trying out the technology at the libraries to see how they can use 3D printing in their classrooms.
While 3D cafés and libraries are the most popular options for people who want to see what the technology is all about, there are also for-profit 3D labs that offer access for a monthly fee (such as MakerLabs) and are popular with people who print semi-professionally as engineers, inventors or artists or who work on student projects.
One thing is certain: The cafés and public space where schoolchildren and retirees can try out the new technology next to artists, designers and engineers will have a big impact on the acceptance and prevalence of 3D printing in the society of the future. Dimension Alley’s co-founder Torabi thinks that while “no one can predict where 3D printing is headed, there is no doubt that it is going to impact our life in many ways from supply chain, product creation, manufacturing, internal organization within companies to education.” He also believes that a variety of new type of stores that never existed before will open. 3D printing cafés are a good example of what is still to come.
LÄNKAR:
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3d printing classes https://3dprint.com/tag/3d-printing-classes/
CHINA GETS ITS FIRST 3D PRINTING COLLEGE
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FINNS ADD NEW DIMENSIONS TO 3D PRINTING
A Finnish company is helping people engage with 3D printing. You can even use a 3D printer for free at Aalto University. https://finland.fi/business-innovation/finns-add-new-dimensions-to-3d-printing/
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Finland taps potential of 3D printing
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Det finns 140 artiklar om 3D-skrivare
Läs om 3D-skrivare och ta del av de artiklar om nyheter inom ämnet https://www.nyteknik.se/artiklar-om/3D-skrivare
