The idea is to produce skin more quickly and easily using what is essentially an assembly line developed with Organovo, a San Diego bioprinting company.
L’Oreal already
produce its patented skin, called Episkin
Organovo pioneered the process of bioprinting human tissues, most notably creating a 3-D-printed liver system
In concept, it’s the same idea of programming the 3-D printer to print architecture on an X-Y-Z axis
Russian on-line service that can print your design on 3D or create the model on demand and print it. Designers are offered a platform to sell their designs to customers
From staff-free ticket offices to students who can learn online, it seems there is no corner of economic life in which people are not being replaced by machines.
One of the reasons Google is investing so much is that whoever owns the communications system for driverless cars will own the 21st century's equivalent of the telephone network or money clearing system: this will be a licence to print money.
The only new jobs will be in the design and marketing of the cars, and in writing the computer software that will allow them to navigate their journeys, along with the apps for our mobile phones that will help us to use them better
The invention of 3D printing, in which every home or office will be equipped with an in-house printer that can spew out the goods we want – from shoes to pills – anticipates a world of what Summers calls automated "doers". They will do everything for us, eliminating the need for much work.
we have come to the end of the great "general purpose technologies" (technologies that transform an entire economy, such as the steam engine, electricity, the car and so on) that changed the world. There are no new transformative technologies to carry us forward, while the old activities are being robotised and automated.
The second is in human wellbeing. There will be vast growth in advising, coaching, caring, mentoring, doctoring, nursing, teaching and generally enhancing capabilities.
Notwithstanding robotisation and automation, I identify four broad areas in which there will be vast job opportunities.The first is in micro-production
The third is in addressing the globe's "wicked issues" . There will be new forms of nutrition and carbon-efficient energy, along with economising with water, to meet the demands of a world population of 9 billion in 2050.
And fourthly, digital and big data management will foster whole new industries
the truth is, nobody knows. What we do know is that two-thirds of what we consume today was not invented 25 years ago. It will be the same again in a generation's time
Mattel unveiled its new, $300 3D Printer, the “ThingMaker,” which will allow children to print their own toys at home
While there are affordably priced 3D printers available today, the software that works with them can sometimes have a learning curve that can hinder adoption. With the new application, live now on iOS and Android, the goal was to make it easy enough for anyone to design their own toys – even younger children
The idea isn’t just to print an object and be done, however – instead, kids will print parts that can be assembled to form larger creations, like dolls, robots, dinosaurs, scorpions, skeletons, bracelets or necklaces, for example
Mattel presented a new affordable toy that allows kids to build their own toys at home using a kids-friendly app that is easy to use for a novice and a home 3D printer. The spread of this technology might put pressure on the traditional toy market and create opportunity for IPs owners to allow kids interact with their favorite franchise in the whole new way
Microsoft unveiled a new hologram platform today as part of its new operating system
The holographic software is built into Windows 10 already, the company said. Though Microsoft is working on its own hardware, the platform will also work for other virtual reality software like Oculus Rift and Google Glass
Microsoft executive built a virtual flying drone, which the company then showed could be 3D printed. Alex Kipman, who helped lead the project, called it “print preview for 3D printing”.
architectural experiment constructed at MIT, was “3-D printed” using 6,500 live silkworms
The project started with experiments to see if the spinning patterns of the silkworms could be controlled by altering the environment they operated in. It turns out they could,
a silkworm is a sophisticated multi-material, multi-axis 3-D printer.
Potential applications are varied, but include fashion and architecture, and it’s possible to imagine a system like this being deployed in the aftermath of a natural disaster to build environmentally friendly shelters for refugees
The SUPER AWESOME ME experience begins when the fan visits an in-store scanning station where a 3D face scanner captures their likeness to create a 3D model.
At launch, fans can visit one of 10 Walmart or two Sam’s Club stores to create a personalized 12” action figure. The SUPER AWESOME ME figure features a traditional 12” articulated plastic action figure body and a full color 3D printed head. Recommended for fans ages 4 years and older and available for an approximate retail price of $45, the SUPER AWESOME ME figure will be available for pick up at Walmart locations or ship to Sam’s Club customers in four weeks.
lack of willingness to recognise that camps had become a permanent fixture around the world
"We're doing humanitarian aid as we did 70 years ago after the second world war. Nothing has changed."
He believes that migrants coming into Europe could help repopulate parts of Spain and Italy that have been abandoned as people gravitate increasingly towards major cities
"Many places in Europe are totally deserted because the people have moved to other places," he said. "You could put in a new population, set up opportunities to develop and trade and work. You could see them as special development zones which are actually used as a trigger for an otherwise impoverished neglected area."
"It creates tons of jobs, even for those who are coming in now. Germany will come out of this crisis."
that aid organisations and governments needed to accept that new technologies like 3D printing could enable refugees and migrants to become more self-sufficient.
With a Fab Lab people could produce anything they need – a house, a car, a bicycle, generating their own energy, whatever
my god, these are just refugees, so why should they be able to do 3D-printing
We have to get away from the concept that, because you have that status – migrant, refugee, martian, alien, whatever – you're not allowed to be like everybody else.
Refugee camps are the "cities of tomorrow", says humanitarian-aid expert. The main idea is those people could be relocated to the abandoned areas in Europe and start a better life with their communities, but governments should provide them with these opportunities and stop thinking about those cities as permanent relocation places.
Today, the most convenient way to have access to something you want is to own it and keep it where you live. That's because the process of having something delivered is too costly, cumbersome, and slow to do every time you need it.
Still, people don't want things soon. They want them NOW. A 30-minute Amazon Prime Air is the closest approximation of “now” we've seen yet.
Yet the greatest impact of robotic delivery might not be owning things quicker, but rather not having to own them in the first place. That's because once you can have something approximately now, the functional difference between ownership and rental disappears
Maybe we'll 3D print what we currently buy. And there will always be things too big to be conveniently shlepped around. But eventually, I'd bet it won't be humans delivering the pizzas, tools, electronics, clothes, and many other things we buy or borrow today.
We might buy less stuff and all objects would spend more of their existence being used rather than in a closet, so we wouldn't have to manufacture as many copies of things
Perhaps most exciting of all is what the transition from owning to sharing could mean for our psyches
In Ease mode, the car is fully autonomous, and the driver the able to sit back let the machine do the driving.
Boost mode affords the driver the opportunity to push the performance boundaries of the BMW at his or own pleasure. It's the traditional BMW driving experience.
future of automobiles will be built upon four pillars
Artificial intelligence and intuitive technology
future cars will be able to learn, think and interact in a more human-like manner.
future technology will be seamlessly integrated into the usage experience in way that the driver may not even know he or she is interacting with technology
According to BMW, the development of carbon fiber and composite parts along with new manufacturing techniques like 4D printing may render old-fashioned pressed steel obsolete.
mobility will remain an emotional experience
BMWs will remain driver focused
Features such as autonomous drive are key because they keep the brand at the forefront technological development. But they may threaten the driver-centric, pleasure-of-driving ethos BMW has built for itself over the past 100 years
Micromanufacturing is the manufacturing of products in small quantities using small manufacturing facilities
In a perfect positive feedback loop that invariably forms around emerging technologies, SMT machines, reflow ovens and other necessary components of electronic board production will become smaller and cheaper, then cheaper still as they get even smaller.
Digikey is like Amazon and Wikipedia rolled into one
Digikey is a vast store of virtually anything and everything that goes on printed circuit boards, from humble resistors to mighty CPUs
Digikey also provides technical data and marketing materials for everything they offer
most components can now be ordered in reels, even if the order quantity is very small
The idea is to allow manufacturers to create parts delivery schedules and thus achieve that coveted just-in-time production.
Extrapolating into the future, I see a world where compact SMT machines automatically order electronic parts from Digikey.
This budding movement to bring the manufacturing back home is not restricted to America alone. Across the globe in Russia, the government has started to eliminate tariffs on electronic components and simultaneously created significant barriers to using imported goods in government projects. The trend is clear, and countries big and small are beginning to follow suit.
On-demand component-based production becomes available to consumers. A trend of micro-factories is starting to take off. Just-in-time manufacturing will be a local and niche business. It should allow countries to return goods manufacturing back home from China and other off-shore locations.