How Creative Can You Get with 3D Printing? Modern 3D Printing Decoded

The technology of 3D printing has come a long way. Chuck Hull of 3D Systems Corporation started three dimensional printing in 1984 by to develop a prototype system called stereolithography and now, 3D printing is no longer limited to small-scale printing of fashion accessories, phone accessories, equipment, food items or a hobbyist’s creations. Aerospace organizations and manufacturing corporations are deploying 3D printing to save billions of dollars for manufacture parts. 3D printing has also helped save lives. The best way to decode the advanced, creative uses of 3D printing is carryi9ng researches on 3D printing applications.

Here we have shown top advanced creative used of 3D printing:

3D printing in Healthcare

3D printing is widely in use for healthcare and wellbeing industry, especially for creating organs. It is currently in use in printing and developing organs from patient’s cells, amongst other uses in this vertical. 3D printing has made possible for patients and its families to get organs without having to wait for days or even months, for donors. 3D printing has radically changed the years-old method of implanting structures into patients’ body by hands. Notable instances of organs produced in 3D printing include man-made scaffolds with living cells in the shape of an organ by Dr. Anthony Atala of Wake Forest’s Regenerative Medicine department. First, he printed the scaffold and later it was layered with living cells. Following Dr. Anthony Atala footprints, the Regenerative Department has started working on making 3D printers which will produce such artificial scaffolds and also living cells. Similarly, Dr. Atala’s TED Talks speech has revealed the future of recreating the entire kidney to save patients who have to wait prolonged time for kidney transplants.

3D printing in automobile

3D printing is profusely used in automotive industry by world-famous car manufacturers. To begin with, engineers at General Motors have made use of 3D printers in order to alleviate huge time spent in prototyping the parts for Chevrolet Malibu. General Motors have used what the father of 3D printing had invented in the beginning: the stereolithography along with software, laser sintering and math data calculation to produce auto parts from liquid resin in their endeavors of improving Chevrolet Malibu car. GM is not alone; Ford Motor Company utilized 3D printing technology to create prototypes of many auto parts including brake rotors, cylinder heads, vents and shift knobs. The 3D printing was also a part of Ford’s Torrence Avenue Assembly Plant wherein it was used for creating Explorer and EcoBoost engines.

In addition to prolific use in healthcare and automobile industry, 3D printing technology is being used in rocket engine injector at NASA. A 3D printer is passed a hot fire test wherein rocket engine injector was produced with 10 times more thrust than any other produced earlier. Moreover, facts on 3D printing revealed that the Boeing 787 Dreamliner had 30 parts produced using 3D printers and it made history of 3D printing. General Electric (GE) had declared that it is about to make a investment of whopping $50 million in 3D printed fuel nozzles for its LEAP jet engine.