Select from one of the topics below Select a new technology or Essay

Select from one of the topics below Select a new technology or technological invention, which is not yet in the market and anal - Essay Example urce 3D printing can effortlessly counterbalance their principal expenses (Dx.doi.org 2013). The 3D printing technology is employed mutually i.e. distributed manufacturing & prototyping with applications in construction (AEC). It is also used in architecture, automotive, industrial design, military, aerospace, civil engineering, engineering, medical industries, dental and biotech (also known as human tissue replacement). It is also applicable in places like footwear, education, eyewear, fashion, jewelry, food, geographic information systems and many other fields. This technology is still in alpha stage of processing and is not commercialized yet. Even then according to Wohlers Associates, which is a consulting firm, the market of 3D services and printing is worth 2.2 billion dollars (The Economist 2012). 3D Printing: The advancements in technology have attracted people towards owning glamorous items of daily use. One such technology is 3D machines. Gaming industry has excelled in it a lot and commercialization of 3D screens has led to awareness in common public regarding graphics and advancements in this industry. 3D printing is also attractive for people to use as it reflects real life imagery. The printing seems as good as if it is real. This is a positive point while marketing the 3D printing. Since the services are limited to industrial level alone, it is not much accessible to common people from every walk of life. Introducing it to the common market will already be easy as people are eager to experience new technologies and latest printing techniques in it for their everyday use. 3D printing if made commercially available will immensely help in research as well. Currently research is limited as 3D printers are not off the shelf available to common people. Technological enhancements in biotechnology, medicine and engineering will become aggressive once design ideas and research floats. Challenges in Commercializing 3D: 1) Making it economical: There are va rious approaches used in 3D printing including granular materials binding, extrusion disposition, lamination etc. The commercialization of 3D printing is dependent on the technique used for it to a huge extent. Printers that do not work directly with metals can be made cheap. Similarly specific shapes that can be printed easily can be made commercial and restricting other shapes due to expensive technology can be done. This way 3D printing can be commercialized to some extent. Hardware is not the only issue in 3D printing. Appropriate software’s need to be designed for it as well (Friedman 2012). These softwares are naturally complex due to complex graphics and its algorithms. Commercialization in this respect can be immensely improved by inviting third party vendors and making the original commercial softwares open source. This will invite young enthusiasts to come forward and work together to develop short applications that could be integrated to support maximum 3D printing capabilities in a single hardware. 2) Enhancing