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3D printing technology payoff beyond imagination – TechTarget

by • February 21, 2016 • No Comments

Modern day uses for this new (old) technology
The current applications of 3D printing technology fall into categories that span a diversity of industries and a wide range of the technology spectrum: all things of achieving mundane operational efficiencies to a few pretty astonishing medical and scientific breakthroughs. (Fortunately none of them really yet speaks directly to world domination, the operative word being yet.) To put things into point of view, here are a few industry examples.
Aerospace. NASA made and made its new Space Exploration Vehicle (ground-based rover) utilizing 70 parts that were made digitally and 3D printed. Design and create times were substantially reduced and the materials utilized were much additional durable than conventionally sourced equivalents. The system in addition allowed for much earlier detection and resolution of create problems, again resulting in savings of time, cost and, in this case, potentially human lives.
Architecture.Architects typically create scale versions of rooms, createings or entire developments as part of the create and approval system. Working with 3D printing technology, one firm shortened the version createing timeframe and reduced the number of folks involved of two months utilizing two fulltime staff to a few hours utilizing one man. The resultant version was 100% accurate when compared to the digital create.
Commercial making. Manufacturers across approximately each worthwhile industry, e.g. car, consumer products, electronics, etc., are either may already utilizing or planning to use 3D printing in a few style. Significant savings are being accomplished in product/component create time and cost when done digitally, compared with traditional CNC (computer numerical control) routing technologies that are typically utilized to mill versions and prototypes, much of that requires highly skilled guide tooling. Overall uses of 3D printing technology in making can be idea of as follows:Rapid prototyping for components and assemblies for internal and external use, and for review and final approval.Fabrication of fixtures, jigs, and end-of-arm tooling for part placement and extraction arms.Multiple parts previously assembled by machines or by hand are 3D printed in accomplished sub-assemblies.Production parts can be printed in low volumes. Due mainly to the speed of current 3D printing technologies, this limitation can become less worthwhile as printing speeds increase over time.Consumers can 3D print their own products and bypass the keep or online buying system entirely. Lower print speed is much less of an issue when you just require one (compared with 100,000) of a fewthing.In most ways, 3D printing brings to commercial making what Agile methodologies bring to the IT application development system. Prototypes can be made, evaluated, adjusted, and reconstructed; and fully integrated products can be brought to market in worthwhilely less time and cost with fewer resources.Shorter time to value, less expensive and higher high end products are predictable outcomes. It is not complex to imagine how the making donate chain as we understand it nowadays can be, over time, essentially changed forever.


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