Additive manufacturing (AM) methods are used for generation of parts through successive pointwise, linewise, or layerwise application of material. This building principle makes it possible to create geometrically complex, functionalized structures that could not be realized at all or could only be produced at great cost using conventional methods. Another advantage of this building principle is the very sparing raw materials consumption; just the amounts of raw materials actually needed are used. These tool-free shaping methods can be used to produce customized one-offs or small batches with high efficiency and without the tooling expenses of conventional methods.
Fraunhofer IKTS has been using AM methods for ceramic components since the 1990s and was a founding member of the Fraunhofer Additive Manufacturing Alliance, which was established in 1998. Today, Fraunhofer IKTS offers complete AM solutions ranging from powder and suspension/feedstock development and production method selection to functionalization and quality control of novel parts and systems:
Innovation and development are the cornerstones of a promising corporate future. In order to create a competitive edge, Fraunhofer offers tailored options for cooperation, so that small and medium-sized companies can work together in the best possible way. This also allows to utilize development skills at short notice and as needed.