Essay On 3d Printing
Printing a New Future: The Revolutionary Applications of 3–Dimensional Printing
Picture this, almost out of thin air, what resembles the sole of a shoe starts to materialize from a viscous pool of liquid polymer. This isn't a scene from a sci–fi movie, it is actually the future of manufacturing. The athletic wear company, Adidas, has already started using 3D printing, also known as additive manufacturing, in their two new highly automated factories. Flashback to the 1980s, invented by Charles Hull, the 3D printer was originally called a stereolithography. Basically, 3D printing uses a blueprint created from software on a computer uploaded to a printer that uses certain materials such as glass, metal, plastic, ceramic, and in the case of ... Show more content on Helpwriting.net ...Which means it is faster and cheaper system. Though most 3D printing uses a layer by layer process, a method used by Carbon3D called Continuous Liquid Interface Production creates monolithic forms out of a pool of polymer. This technique is generally 25 to 100 times faster with the potential of being 1000 times faster. We can already see that 3D printing is the future of manufacturing. In 2013 alone, the use of metal 3D printers increases by 75%. Now 3D printing is a billion–dollar industry.
Researchers have many great strides in the young field of 3–Dimenstional technology. Just in the last 10 years we've gone from a few companies experimenting to actually making and using engine parts that are FAA certified. What might the not so distant future have to offer in terms of 3D printing? The current printers can only print objects the size of itself, but with the innovation of a printer head attached to a robotic arm we take a step into the field of construction automation. Cheaper production methods of rockets can lead us to more innovation in space, travel, mining and colonization.
3D printing in the medical field has the greatest potential to significantly alter human lives, for the better. The many applications of a 3D printer in the medical field can be organized into three general categories: tissue and organ fabrication, the creation of customized prosthetics, and pharmaceutical research.
In 2009, 154,324 patients needing an organ
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