Titlebook: Additive Manufacturing Technologies; Ian Gibson,David Rosen,Mahyar Khorasani Textbook 2021Latest edition Springer Nature Switzerland AG 20

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Gabriel Stux,Bruce Pomeranz MD, Ph.Dch a binder is printed onto a powder bed to form part cross-sections. This concept can be compared to Powder Bed Fusion (PBF), where a laser melts powder particles to define a part cross-section. A wide range of polymer, composite, metal, and ceramic materials have been demonstrated, but only a subs

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Gabriel Stux,Bruce Pomeranz MD, Ph. D materials are cut, stacked, and bonded (not always in that order) to form an object, and the material not used in the part cannot be easily reused and is typically discarded. Sheet material, however, can be some of the cheapest available and quite easy to handle. Metal variants exist as do paper, p

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https://doi.org/10.1007/978-3-642-97638-4red in prior chapters. However, since feature creation at very small scales brings unique challenges and benefits, it is appropriate to address this topic separately. In particular, there are increasing uses of DW technologies combined with compatible AM techniques to create unique devices that incl

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Gabriel Stux,Bruce Pomeranz MD, Ph. Dapable of processing a wider range of materials than others. In this chapter we look at metals, ceramics, polymers, and composites and in particular how they change throughout AM processing. Ceramics have not been dealt with widely in other chapters so we cover a range of ways in which we can produc

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https://doi.org/10.1007/978-3-642-97638-4rials and machines may lag behind conventional manufacturing technology (e.g., injection molding) for mass production of identical geometries, but it can outperform traditional manufacturing for small- and medium-lot production. Speed and cost, in terms of time to market, are where AM technology con

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