Despite being invented almost 30 years ago, 3D printing has only recently begun to gain widespread popularity. This new technology has the potential to change how we do everything from work to live our lives. Here are 7 ways presented by bestunitedstatescasinos about how 3D printing can revolutionize industry and society.
1) Saving lives
Scientists are using 3D printing to create personalized heart valves. These valves can reduce or even eliminate death from heart disease and surgical risks. The bioprosthetic mitral valve is made of porcine tissue that functions just like human tissue, making it a safer option for patients who need a replacement heart valve but do not have matching donors available. In addition to saving lives, these printed medical devices can also save millions of dollars in hospital costs by reducing open-heart surgery times and complications for patients with a failing valve.
2) Affordable prosthetics
The process of producing artificial limbs and joints is time-consuming, costly, and extremely painful for amputees. However, given its rapid development in recent years, 3D printing could prove a godsend to those suffering from amputation. In fact, organizations like Project Daniel are already using additive manufacturing technology to create affordable prosthetics for orphans in developing countries—allowing amputees to regain functional mobility without spending their life savings.
3) Manufacturing cars
3D printing is already used by some companies to make production and assembly faster and more efficient. One such company is Icon, which uses direct metal laser sintering (DMLS) technology to print parts for its vehicles. The technique allows the Icon to create lighter, but equally durable parts than those traditionally made from metal alloys. Find more information about 3D manufacturing on the real money casino games site.
4) Inventing new body parts
For example, scientists and researchers in China recently used a three-dimensional printer to create ears using a skin-like bio-ink. In case of body part loss or damage, these prosthetic ears can be surgically implanted and help patients regain their hearing. Other medical advancements have been made for skin grafts, surgical tools, and facial reconstruction—all thanks to 3D printing technology. It also opens up new opportunities for dentistry with artificial teeth being developed as we speak.
5) Fighting climate change
Recently, researchers have begun investigating how 3D printing could be used to fight climate change by significantly reducing emissions across many industries. In construction, for example, on-site production reduces emissions from transportation. It’s also possible that in 50 years houses will be built from a material similar to powdered sugar. Sculptors and artists are already using 3D printers to make objects with materials like Kevlar and clay with far fewer resources than traditional manufacturing methods.
6) Medical technology and treatment options
Traditional surgeons rely on 3D printing to save lives by using patients’ own stem cells to grow synthetic bones, prosthetics, and other medical applications. This technology could also be used to develop custom-fitted dentures and hearing aids for patients who are missing teeth or have impaired hearing. Not only does 3D printing reduce costs for hospitals and third-party companies, but it also gives surgeons more options for treating their patients.
7) Music industry
There’s no getting around it: if you want to own a modern hi-fi system, and don’t have thousands of dollars to spend on it, you need a DAC. Yet even for those who prefer CD and vinyl, a good DAC is invaluable. But how do you choose? You don’t want to spend hundreds of dollars on something that sounds lousy—and with so many products out there from which to choose, how do you know what sounds good?