Borchers, KirstenKirstenBorchersBierwisch, ClaasClaasBierwischEngelhardt, SaschaSaschaEngelhardtGraf, CareenCareenGrafHoch, EvaEvaHochJaeger, RaimundRaimundJaegerKluger, Petra JulianePetra JulianeKlugerKrüger, HartmutHartmutKrügerMeyer, WolfdietrichWolfdietrichMeyerNovosel, EstherEstherNovoselRefle, OliverOliverRefleSchuh, ChristianChristianSchuhSeiler, NadineNadineSeilerTovar, Günter E.M.Günter E.M.TovarWegener, MichaelMichaelWegenerZiegler, TobiasTobiasZiegler2022-03-042022-03-042013https://publica.fraunhofer.de/handle/publica/233976The future vision of implants comprises individually tailored prostheses and the generation of artificial tissue and organs generated from the patient's own cells. In order to develop artificial, biomimetic structures which perform as well as natural ones, we need fabrication processes that do not set any limits to the generation of shapes, and materials that allow for tailoring of their physical, chemical, and biological properties. We introduce new biocompatible materials for the manufacturing of flexible structures by freeform fabrication.enAdditive Manufacturing (AM)biomaterialsdigital biofabricationBiotechnologieDruckverfahrenFertigungsprozessElastomer620621668572journal article