3d Printers.1

Typically a 3D printer will heat up a thermoplastic feedstock, extrude it through a nozzle, then deposit it onto a sort of landing pad where your item is built. Similar processes are known to emit harmful emissions in industrial environments, but the difference here is that in a factory, an operator might be required to wear certain protective gear and there might be better ventilation. In your home? Not so much.

3D Printers May Be As Hazardous To Your Health As Cigarettes, According To New Study

Paleontology has been using the same, solid tools for around 150 years. However, Dr. Kenneth Lacovara of Drexel University decided it was time for the art of digging up dinosaur bones to catch up with technology. Palentologists can now use the required skills to print in 3D to make replicas of their bone findings to send to doctors and scientists around the world. This way, the discovery can be truly researched without restrictions.

Have you ever wanted to eat your own face? Well, thanks to print in 3D, now you can! The 'Eat Your Face Machine' (EYFM) is a 3D printer developed by David Carr and the MIT Media Lab. The EYFM scans your face and then recreates it onto a block of chocolate. The end result being your face, in chocolate, ready to eat. NOM!

Brazilian footwear company Melissas caught the 3D printing bug and have been creating incredible fashion designs ever since. The shoes are made out of a proprietary plastic called Melflex using injection-molding and 3D printing. Any left over material is saved and used for the next print in 3D project, so the process is nice and green! These invisible shoes were created by Andreia Chaves.

But many of the approximately 34 million people around the world living without a natural limb don’t have access to this process at all. <div><a href="http://pubads.g.doubleclick.net/gampad/jump?iu=%2F4624%2FTheAtlanticOnline%2Fchannel_health&t=src%3Dblog%26by%3Dtravis-m-andrews%26title%3Dcan-we-really-3-d-print-limbs-for-amputees-%26cat%3Dbody%26pos%3Din-article&sz=300x185&c=95731236&tile=3" title=""><img src="http://pubads.g.doubleclick.net/gampad/ad?iu=%2F4624%2FTheAtlanticOnline%2Fchannel_health&t=src%3Dblog%26by%3Dtravis-m-andrews%26title%3Dcan-we-really-3-d-print-limbs-for-amputees-%26cat%3Dbody%26pos%3Din-article&sz=300x185&c=95731236&tile=3" alt="" /></a></div> The motivation to research and create more advanced prosthetic limbs is not financial. The money poured into research isn’t often recouped, simply because there aren’t enough customers. And it isn’t cheap for those customers, either.

Last year, Wired included him in its list of the deadliest people on the planet, alongside Qassem Suleimani, head of Iran's special forces, and the former Egyptian president Mohamed Morsi, though Wilson's notoriety is not to do with human rights abuses and killing. It's for uploading a bit of software. A bit of software that could unleash a whole new world: one in which anyone can download a set of blueprints and print their own gun at home. Wilson made news when he unveiled plans for the Liberator in 2012, but in May last year, he went one step further: he successfully fired it, and uploaded the plans on to his website, Defense Distributed. Two days later, the US state department removed them, but by that time they had been downloaded 100,000 times. This is a cat that is well and truly out of the bag. The 3D gun is with us whether we like it or not. Mostly not, I would say. It's a gun. It works. And any nut with access to a 3D printer can print one in the privacy of their bedroom and then … well, you get the picture. The plans include a metal shank so that it'll show up in an x-ray scanner, but it is the work of moments to remove it. And while it is an argument that has a different resonance in the US, where any aforesaid nut can simply go out and buy a gun in a shop, and the rights of nuts to go and buy such guns is enshrined in the constitution, even there, it has caused shock waves. In Britain, where we hope our robbers carry nothing more than a big stick and arm our police officers accordingly, it's a potential societal revolution that none of us asked for.

Last year, Wired included him in its list of the deadliest people on the planet, alongside Qassem Suleimani, head of Iran's special forces, and the former Egyptian president Mohamed Morsi, though Wilson's notoriety is not to do with human rights abuses and killing. It's for uploading a bit of software. A bit of software that could unleash a whole new world: one in which anyone can download a set of blueprints and print their own gun at home. Wilson made news when he unveiled plans for the Liberator in 2012, but in May last year, he went one step further: he successfully fired it, and uploaded the plans on to his website, Defense Distributed. Two days later, the US state department removed them, but by that time they had been downloaded 100,000 times. This is a cat that is well and truly out of the bag. The 3D gun is with us whether we like it or not. Mostly not, I would say. It's a gun. It works. And any nut with access to a 3D printer can print one in the privacy of their bedroom and then … well, you get the picture. The plans include a metal shank so that it'll show up in an x-ray scanner, but it is the work of moments to remove it. And while it is an argument that has a different resonance in the US, where any aforesaid nut can simply go out and buy a gun in a shop, and the rights of nuts to go and buy such guns is enshrined in the constitution, even there, it has caused shock waves. In Britain, where we hope our robbers carry nothing more than a big stick and arm our police officers accordingly, it's a potential societal revolution that none of us asked for. But then, that's generally the way with societal revolutions. Listening to the radio, just before setting off to meet Wilson, I hear a bulletin that includes the news that the Home Office has updated its firearms rules to make it clear it is illegal to manufacture, sell, purchase or possess 3D printed guns.

What if you wanted to create confectionery based on body parts and didn't want to bother with moulds? Researchers at Cornell University's Creative Machines Lab have developed a printer that uses liquid ingredients such as batter or cheese instead of plastic. Fancy a scallop in the shape of the space shuttle ready to deep fry? No problem. A cake with a hidden message printed on the inside? Simple. While Cornell's printer is still in the prototype stage, a team from the University of Exeter already claims to have perfected a 3D chocolate printer for customisable treats.