what can 3d printing do? here are 6 creative examples
3D printing has been used in the manufacture of auto parts, smartphone housing, fashion accessories, medical devices and artificial organs. Charles \"Chuck\" Hull created the first functional 3D printer in 1984, and since then the technology has made great progress. Manufacturing companies and aerospace organizations save billions of dollars by manufacturing parts using 3D printing. 3D printing also helps save lives. One of the best ways to understand what 3D printing can do is by studying the real Life Application in technology. Here are six creative examples for 3D printing: 1. ) 3D printing of organs 3D printing has been used to print organs from the patient\'s own cells. This means that patients may no longer need to wait a long time for donors in the future. In the past, hospitals implanted artificial structures in patients. 3D printing has greatly improved the process. Using 3D printing, Dr. Anthony Attara of the Department of Forest regenerative medicine in Wake was able to make artificial brackets with the shape of organs with living cells. Print the stent first and then cover it with living cells. Now, the regeneration department is working to build a 3D printer that can print both the artificial stand and the living cells at the same time. During Dr. Speaking of 3D printing organs in Attara\'s TED speech, he said, \"90% of patients on the transplant list are actually waiting for the kidneys. The patient dies every day because we don\'t have enough organs to move around. ” Dr. Atala says they can reconstruct the entire volume of the kidney from the patient\'s CT scan. On October 28, 2011, Kaiba Gionfriddo was born prematurely due to lung development problems. Six weeks later, when the Gionfriddo family ate at the restaurant, Kaiba stopped breathing and began to turn blue. Keba was diagnosed with the trachea obron branch, which means his trachea is weak. This caused the collapse of the trachea and left trachea of Kaiba. Kaiba had undergone a tracheal procedure and had to use a ventilator, but this was not correct The term solution used. Keba can\'t breathe well almost every day and the heart stops beating. This is the doctor at the University of Michigan who decided to use 3D- Printed lung splint. Dr. Dr. Glenn Green. Scott Hollister of the University of Michigan used 3D printing technology to make a bio-cutting splint. Two doctors are working on a splint as a prototype, which is not a 100% verified solution, but Keba needs help right away and has no time to wait. Dr. Green and Dr. Hollister must quickly obtain an emergency license from the FDA and perform a CT scan of the trachea of Kaiba to create accurate images. They use computer modeling software to make splints and match them with the trachea of Keba. The plywood is printed with polyhexone ( Biodegradable polyester). About 3 weeks after surgery, Kaiba no longer needs a ventilator to breathe. 2. ) When GM started making the 2014 Chevrolet Malibu, the company\'s engineers used 3D printing to save the time it took to prototype the parts of the vehicle. To improve the Malibu, GM manufactures parts from liquid resin using stereo molding, professional software, mathematical data and laser sintering. GM says rapid prototyping has proved particularly useful for floor consoles, which equip drivers and passengers with smartphone holders. The weight of these parts is also lighter, thus improving the fuel economy of Malibu. When GM tested the vehicle in a wind tunnel, a 3D printed front dashboard design was used. 3D printing is also used to carve the front Seat back panel. Ford Motor has used 3D printing technology to make prototypes of many parts in the car, such as cylinder heads, brake rotors, shift knobs and vents. The Ford Torrence Avenue assembly plant uses 3D printing to produce Explorer and EcoBoost engines. Urbee 2Jim Kor and his team of engineers are building a full vehicle with a 3D printer called Urbee 2. The body of the original Urbee was made by using 3D printing. However, the entire Urbee 2 will be printed primarily in 3D. Urbee 2 also looks more like a product. Compared to the original ready car. Kor\'s team will drive Urbee 2 from New York to San Francisco after completion and is expected to use less energy than most other production cars. Their target is $10. S. Gasoline gallons throughout the journey. 3. ) Recently, NASA\'s rocket engine injector made with a 3D printer passed a major thermal test. During the test, the thrust generated by the rocket engine injector was 10 times that of any 3D printed syringe in the past. NASA engineers are able to make syringes by selective laser melting in order to get nickel- Chrome powder. The test part is the size of the syringe used in a small rocket engine, but is designed to resemble the syringe in a large engine. When the syringe is produced, it can be scaled to a larger sizeready. NASA will also send 3D printers to outer space as part of a plan to set up a \"mini plant\" on the International Space Station (ISS). If the astronaut\'s tools run out, they can print out more. Astronauts will no longer need to carry spare parts for each mission. Niki Werkheiser is the leader in 3D printing The GISS technical demonstration at NASA\'s Marshall Space Flight Center says the design of the parts can be pre-installed on the printer or uploaded directly from the ground. The pilot of the 3D printer in outer space will be tested on a space mission in the fall of 2014. 4. ) 3D printing GunDefense Distributed is a high-tech gunsmith group that created the world\'s first fully open 3D printing gun called \"Liberator. \"15 of the 16 parts of the gun are made of 3D printed plastic and the body can be etched overnight. Cody Wilson, of Defense Distributed Magazine, believes that liberators show that the government is unable to enforce gun control. 5. ) When Emma Lavelle was born, her legs were lifted to the ear and her shoulders were rotated internally due to a rare genetic condition called joint gryposis multiple Emma\'s legs were dumped, and she slowly began to develop again. Dr. Tariq Rahman of Moore Biomedical Research Institute in Alfred DuPoint Children\'s Hospital, in collaboration with engineers at the hospital, built a durable \"external skeleton\" using a 3D printer \". At a meeting in Philadelphia Rahman introduced the skeleton of the Wilmington robot (WREX) That\'s how Emma\'s parents discovered the medical device. When Emma was equipped with WREX, she was able to lift her arms to her lips for the first time. Over the past year, more than 15 patients have begun wearing 3D printed WREX. Emma grew up more than the first, and now is the second. When the duck was born, his left foot was back. Buttercup received a new silicon foot made with a 3D printer. The battercup was born in a high school biology lab in November 2012 and the administrator was unable to reverse his steps. Now living in the feather Angel waterbird sanctuary in Arlington, Texas, Mike Garrey is taking care of Mao butter. Garey noticed that Buttercup could not survive by walking around. That\'s why Buttercup\'s left foot was cut off by the Collierville Animal Clinic, and a 3D printing company called NovaCopy made a new foot for Buttercup in silicon. NovaCopy also prints a silicon sock that connects the 3D printed foot to the body. The feather Angel uses jelly to keep his feet in place. Like Winters gel ( A pad developed to winter the dolphins, which is the basis of the movie \"Dolphin Story). Today, Mao cup is able to perform everything like the other Ducks in the flock. This is the first video of a hairy butter cup using 3D printing of prosthetic feet: medical researchers in Belgium and the Netherlands changed 83-last year-year- An old woman with a 3D printed jaw model. The doctor had to remove her chin due to severe infection, but due to her older age and several other factors, surgery would be a major risk. The researchers worked with an implant company called recloc to replace the chin. Through the laser melting process, the implant is assembled together using a 3D printer of powdered titanium. Only one day after surgery, 83-year- The old woman can already speak and swallow normally. 6. ) 3D printing is a way to help SensesYahoo! Yahoo, Japan search Working with a creative agency called Hakuhodo Kettle to help schools for the blind. Yahoo! Blind children are being taught to use a machine search network called \"hands-on search. The shape of the search hand is like a cloud, which combines speech recognition technology with a MakerBot 3D printer to transform speech queries into physical objects. Scientists at Princeton University used a 3D printer to make a bionic ear this summer. Bionic ears are much better than ordinary human ears can hear. The purpose of this experiment is to explore an effective method of combining electrons with tissues. Scientists have created this bionic ear using 3D printing technology for cells and nanoparticles. \"Previously, researchers have proposed some strategies to adjust electronics so that the merger will not be so embarrassing. This usually happens in 2- The surface of the electron sheet and tissue. However, a new approach is proposed in our work. To build and develop biology in collaboration with electronic products and in 3- Michael mcaping, assistant professor of mechanical and aerospace engineering at Princeton University and lead researcher for the project, said. Have you ever used a 3D printer before? If so, what did you do? Have you heard of other creative examples created by 3D printers? Let us know in the comments below!