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The Evolutionary Rise of 3D Printing
2018-07-25

3d printing

The technology has become hugely attainable and qualifying businesses and educational institutions to print with industrial-grade materials in the current professional environment speedily and cost-effectively. The step of enhancement and change with desktop 3D printers has been much fastened than historical, technical widening in the industry. When the first companies entrenched a market presence that was the period between 1990 and 2010 when 3D printing was originated. Although, more competition and freer access to capital have conducted a sizeable number of new companies into space, accelerating innovation like never since 2010.

Rothenberg, the first person who was first presented to a 3D printer in the year of 2005 while studying in the Pratt Institute which is situated in New York and the subject which he was pursuing was architecture. A model of the pavilion was the first object which Rothenberg printed with the purpose to show in which manner the complicated and twisted surface would intercourse with light. Through the years, the improvements which FDM has brought include printing in thinner layers. Moreover, it also involves other materials like rubber and clay.

The invention of the first printing press which was established by Johannes Gutenberg in the year 1440 is always dated back to this manufacturing process called “Printing.” However, in the current scenario, the nature of manufacturing is being predicted to get transformation as the printing is being done in three dimensions (3D). In the earlier times, the highly skilled craftsman was needed in manufacturing which could make the finalized product with some support from tools. Industrialization of manufacturing from the late 18th Century onwards shifted to semi-skilled labor and mass production. By keeping the standard of quality uniform, the costs got lower with the help of an automated production line and the ability to build machine tools. When compared to the earlier days, 3D printing is habit-forming as it computes layers of material that usually blends into a hard object. It is also highly accurate in its assembly.

For the professional side of the industry, growth is anticipated from nearly all existing sectors and new applications coming online. Historically, prototyping applications have dominated 3D printing use in industry. For nearly 30 years, 3D-printed parts have been used in the development of everything from mobile phones to cars. Nowadays the significant shift is 3D-printed parts themselves in the finished product, opening up alternatives of customization and design liberation like never before. However, the terms are becoming replaceable.

3d printed parts

Image source: envisiontec.com

There is still not any clarity for the future of 3D printers on manufacturing. Nevertheless, there are some predictions which are made on the belief that this will change the way in which manufacturing works. 3D printing has the potential to transform the way manufacturing operates dramatically. As additive systems, 3D printers are much less wasteful when compared to conventional subtractive manufacturing techniques. They also remove the need for substantial capital to be tied up in tooling, work-in-progress and raw materials. The factory may be in due course replaced with a “Digital Production Plant” that will work in the fraction of time compared to the time it currently takes in carrying a product from initial design to final production.

According to the insights of research done by Global Market, in the upcoming years, the 3D printing material & equipment market is anticipated to witness high enlargement in the Asia Pacific, on account of the considerable growth of manufacturing in various sectors, for example, automotive and the expeditious technological advancements. This flow in 3D printing will create a whole new bracket of new jobs and investment opportunities. The result of the acquisition of industrial 3D printing is the escalated importance given to design during the commencing phases of manufacturing. Now, it is about constructing customizable and design-driven elements to generate this process which is something that small traditional ways of manufacturing cannot.

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