“The world was so new that many things lacked names, and to indicate them it was necessary to point,” Gabriel Garcia Márquez once wrote. However, since blaming others is uncultured, Massachusetts students have given the new invention a name: “3D printing.” Charles W. Hull obtained the first historical 3D printing patent a few years earlier in 1986, and the technology has since undergone numerous modifications.
The PolyJet technology (developed in 2000), the self-replicating 3D printer (2008), the bioprinting of blood vessels (2010), and the method to 3D print with many colors and materials simultaneously (2014) were among the major events that had a significant impact on the future of 3D printing.
Since then, 3D printing has advanced in capabilities, and the technology has earned the respect of the general public. And the future potential of 3D printing is something that the technology’s creators could never have even imagined.
Unexpected Abilities of 3D Printing:
The capabilities of 3D printing are very diverse. That can be demonstrated by simply concentrating on anything unimportant, leave alone discussing the intricate projects involved in the manufacture of car components. With the use of this technology, a chic smartphone cover, a kid’s toy (tailored to suit a child’s demands), designer shoes, chic dinnerware, and many other practical and attractive items can be produced.
Sometimes, cutting-edge 3D technologies can be utilized to provide remarkable and original solutions. The Cornucopia project, for instance, uses 3D printers to create meals. They employ various foods as the raw material, which is then spread and cooled. One merely needs to establish the jobs for their 3D printer to simplify cooking in the future, which is simple to imagine.
Future of 3D Printing Depends on Everyone:
The actions of big businesses will decide how 3D printing develops globally. These include the French firm Sculpteo (helpful for individuals who already deal with 3D models), the Dutch company Shapeways (which crossed a million orders mark a long time ago), and the American company Materialise (a Belgian company focused on engineering and medical products). Teenagers have created some 3D printing-related inventions. When he was 17 years old, Easton LaChappelle created an arm prosthetic.
It was 3D printed and less expensive than its alternatives. Easton received an invitation to the White House, and the news media enthusiastically reported it. Sabina Sakaeva, a student from Russia, created a fixator that will make it easier to handle the healing process following a broken bone. These instances are not out of the usual; rather, they reflect a general trend: a teenager can file a patent for a 3D printing invention, which will define the future of 3D printing.
The cost of the final items varies greatly depending on the used material and process. A 3D-printed car will cost more than $50,000 even if the cheapest items may be less than $100.
New 3D Printing Technologies:
The price of the components in a 3D-printed human body will be known one day. These technologies’ capabilities are developing very quickly. It’s likely that 3D-printed organs will soon save a lot of lives through transplantation.
Such transplantation is becoming a more widespread and genuine procedure as a result of the advancements in the field of biomaterial creation. In fewer than ten years, according to Dr. Martin Birchall, a surgeon at London University College, using 3D-printed organs and tissues would be feasible.
The Main Paths of Future Development of 3D Printing:
In 2015, Evgeniy Kozhukhovskiy, CEO of Kyiv, Ukraine-based Smart Print, reported that the market had doubled in size. Every two years, the speed of 3D printing doubles, although the price of the device’s two parts does not. Kozhukhovskiy claims that this “opens a door for enormous prospects in the next five years.”
Experts anticipate that new 3D printing technologies will emerge in the following directions: interior and architectural 3D printing. In Dubai, a 250-square-meter house has already been 3D printed. The method’s basic operation was straightforward: a robot moved along special rails while placing a concrete mixture.
3D printing is used in medicine. 3D printing of human internal organs and skeletons has already advanced science. In the future, a lack of donors will be compensated for using 3D printing. aerospace and the automotive industries. In the era of 3D printing, producing a car after selecting its color will become a possibility. The same is true for 3D printing spaceship parts.
The Prospects of 3D Printing:
It would be impossible to envisage a time in the far future before 3D printing became commonplace. The world will transform beyond recognition if even half of the forecasts come true, making it possible to quickly and cheaply 3D print almost anything out of thin air. The technology has as much potential as is available to it.
