1. 3D Printed Car
Arizona based car manufacturer Local Motors have created the world first fully functional, 3D printed electric car, made using just 49 parts instead of a traditional cars 5000 parts.
The Strati, that is Italian for layers, measures 3ft by 5ft by 10ft and has chassis body made of one solid piece with a top speed of 40 mph. It must be noted that the tyres, wheels, battery, wiring, suspension, electric motor and window shield were made using conventional methods.
The battery-powered, two-passenger car is made from layers of black plastic and reinforced with carbon fibre. Local Motors hopes to offer 3D-printed cars for approximately ?¨º11,000 in the near future. The manufacturing process is cheaper which is hoped the automobile provides innovations for the market, accelerating the standard strategies to production.
2. 3D Printed Ears for Disfigured Children
In the first trial of this type, Scientists in the University College London are choosing 3D printers to produce ears that can be implanted onto children with severe disfigurements. The task has been initially tested by implanting 3D ears onto rats.
This major medical breakthrough could radically change organ transplants. Another stage is to trial the operation in India high is often a waiting listing of many children waiting to endure the surgery.
3. 3D Working Gun
The worlds first 3D printed gun, named The Liberator, is rendered entirely in plastic. Fifteen from the guns sixteen pieces are already printed using a Stratasys Dimension SST 3D printer. The only real part not manufactured by the 3D printer will be the firing pin.
The Liberator is a fully functioning firearm, however, the kind of plastic used is quite dependent. For instance, the gun has been printed employing a plastic called Visijet, and also this exploded under testing. The 3D gun, when rendered in the stronger plastic for example ABS, can shoot eight rounds without problems. The weapon was discovered to possess enough capability to penetrate several inches of flesh as well as a human skull.
Not surprisingly feat of engineering, authorities are involved on the detectability of the 3D printed guns. Because it is manufactured from plastic, it might obviously not detected by metal detectors, which makes it a potential security risk.
4. 3D Human Heart
Surgeons at a The big apple hospital have recognised 3D printing with assisting to save the life span of a 2 week old baby who needed complicated heart surgery.
The surgeons at Morgan Stanley Children’s Hospital used MRI scan data to print a copy of the child’s heart, finding the heart to be damaged with holes along with a rare structure.
A surgery of this type is particularly complicated and dangerous, but thanks to the 3D printer, the printed heart provided surgeons the chance study the organ and develop a strategy, while using 3D printed heart like a map.
Dr Emile Bacha, the surgeon who performed the surgery, described the hearts unusual formation to ‘like a maze’. Dr Bacha proceeded to express: “In days gone by there were to avoid the guts and look inside to choose how to proceed. Using this technique, it absolutely was like we had a guide to steer us. We had been able to repair the baby’s heart with one operation.”
5. 3D Printing in Powerful weight loss products
As the US is pioneering the usage of 3D printing in biomedical research, the NHS is going through the use of 3D printing in modern medicine. Replica 3DM, a Wiltshire-based 3D printer offers 12 NHS Trust Hospitals with 3D printer stations, designed to help create and print replica hips for surgeons to train hip replacement surgeries.
Last month, a scientist at Nottingham Trent University used 3D printing to generate a prosthetic human heart, that has been described “as close as possible get” to the real thing.
6. A piece of equipment Gun That Prints and Fires 3D Aeroplanes
Dieter Michael Krone is really a D¡§1sseldorf-based mechanical engineer which has a love for paper aeroplanes who’s created a unique use of 3D printing. Nicknamed the A6 v1.0, Krone has created a device gun that 3D prints paper aeroplanes and after that fires them.
Like a conventional inkjet printer, it holds a stock of paper which. But then, as an alternative to using ink cartridges to print onto the paper, is folds the paper, sheet by sheet into paper planes and after that fires them. Eventhough it is easy to dismiss Krones invention as pointless, it’s a minimum of a great highlighter from the potential of 3D printing. “A little tinkering from me that shows you skill with 3D printers today.” Said Krone
7. 3D Printed Prosthetic Arm
Hayley Fraser, a 5 year old born with symbrachydactyly – a congenital abnormality which left her with no fingers on her left-hand, is the 1st child in Britain to acquire a 3D printed prosthetic. Previously, Doctors only offered family members an operation to transplant a toe to her hand.
Family members discovered the not-for-profit group E-Nable, which introduced these phones University of Wisconsin engineer Frankie Flood. Unlike traditional prosthetics, the 3D printed hand costs just ?¨º50, and it is deliberately bold and colourful, made to help disabled children feel proud for being different.
The process was simple, the Frasers developed a plaster cast of Hayley’s arm and sent it to Professor Flood, then printed the various components on a 3D printer, and then about six weeks later, Hayley’s pink and purple bionic arm arrived in the post. Be simple device is controlled through the wrist and wiring, also it provides not merely function to disabled children, and also boosts self-esteem.
8. 3D Soft ice cream
Students from the Massachusetts Institute of Technology are coming up with a 3D frozen goodies printer, combining a Solidoodle 3D printer and Cuisinart ice cream maker into a single device, setting up a device that offers on-demand soft frozen treats printing.
The device is simply evidence concept, although device is competent at printing shapes beyond frozen goodies. Primarily, the 3D printer has become built to get kids enthusiastic about technology.
“We were inspired to design the epson stylus nx625 because we wished to make something fun with this rising technology in a way that we could grab the interest of youngsters,” said one of many students. “We felt it had become equally as crucial that you create a new technology as it ended up being interest younger people in pursuing science and technology so we can continue pushing the limits of what is possible.” The group hopes that the technology eventually finds its way into frozen goodies shops as a fun selection for kids.
It’s tough for a lot of website visitors to see beyond the seemingly pointless 3D printing of products like soft ice cream and paper planes. But 3D printing remains rolling around in its infancy. As being a child, new technology must play and experiment as a way to develop. There is a lot of patience and learning from mistakes involved before innovations can mature into completely functional mainstream products or processes. As an example, the 1st computer filled a complete room and did not have the processing power of today’s most rudimentry calculator, but it had to begin somewhere, and so does 3D printing.