3D Printing has been the discussion of many fronts including the gun control agenda. It has since expanded into many fields of interests for its innovation in manufacturing goods once thought to only have been achieved through a specified means of production. The tailoring services used in the haute couture fashion industry provide an example of such. Once again, it seems that technology has made it quite possible for the once impossible to happen. Third dimensional printing offers much needed hope for the future in terms of research and development of not only products, but of possibilities in science. This is done so with computerized virtual design and three different ways of printing known as Stereolithography (SLA), Fused Deposition Modeling (FDM), and Selective Laser Sintering (SLS).
The goal of the future has always been to advance, at least to be able to do so much further than the previous and current generations. On a whole, human beings have been able to achieve such, as with the invention of the improvements in sanitation, telecommunications system, and infrastructure to name a few. Great civilizations and societies have been built upon human developments particularly resulting from great ideas. These ideas are greater than ever despite the fact that the propelled notion of nonsensical riff raft predominately fills the air. But, looking beyond the peddling of the corporately controlled mainstream media lays the true inventors of humanity’s tomorrow and the many other tomorrows to come—the alternative sources of energy waiting to be given a chance at equal footing for use.
Third dimensional printing also referred to, as 3D Printing is one such alternative source. It is able to function or operate with computer software using virtual design known as Computer Aided Design or (CAD) for short. Here the developer can make the design of their choice. Anything from a firearm to a dress has been successfully manufactured through the aid of additional steps like Stereolithography (SLA), Fused Deposition Modeling (FDM), and Selective Laser Sintering (SLS). 3D Printing works on the process of layering thin slices of material on top of each other. Whether it is plastic or metal the process for doing such happens as one chooses the design to look like. Much recent research has suggested that organ transplants can be performed with 3D Printing bringing about much needed life-saving technology.
In sum, third dimensional printing offers much needed hope for the future in terms of research and development of not only products, but of possibilities in science. This is done so with computerized virtual design and three different ways of printing known as Stereolithography (SLA), Fused Deposition Modeling (FDM) and Selective Laser Sintering (SLS). The future of science and technology has not only brought about 3D printing but a new means of performing tasks once thought to have been impossible. This brings about a brighter chance in a positive direction for humanity’s tomorrows.
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