Europe Makes Ceramics
Topics descriptions
- Material jetting technologies (MJ, BJ): Including material jetting techniques (MJ) like inkjet printing (IJP), continuous inkjet (CIJ), and binder jetting techniques (BJ).
- Vat photopolymerization (DLP, SLA, 2PP, Hologram): Including additive manufacturing techniques (AM) based on the photopolymerization of a slurry, like stereolithography (SLA), digital light processing (DLP), two-photon polymerization (2PP), volumetric (VAM), and holographic additive manufacturing
- Material extrusion technologies (FFF, DIW): Including material extrusion techniques (MEX) like fused filament fabrication (FFF) and direct ink writing (DIW).
- Emerging, hybrid and multi-material technologies: Including non-traditional additive manufacturing techniques (AM) and processes allowing for the fabrication of multi-material parts, like co-extrusion techniques, and hybrid AM techniques deriving from the combination of multiple technologies.
- Applications: dental and medical application, energy storage and transformation, space:
Including abstracts/research works focused on the fabrication of ceramic parts using AM techniques for a specific application/market, such as (but not limited to) dental and medical applications, energy storage and transformation, electrical, aerospace, civil engineering, and automotive applications. While the focus is on the applications, only submissions involving AM techniques and ceramic fabrication will be accepted.
- Technology: pre- and post-processing techniques, toolpath optimization, online monitoring, digitalisation:
Including abstracts/research works focused on pre- and post-processing techniques related to the AM fabrication process. It includes toolpath optimization, digitalization, online monitoring, and abstracts/research works focusing on optimizing debinding and sintering steps. While the focus is on the technology, only submissions involving AM techniques and ceramic fabrication will be accepted
- Analysis: mechanical testing, powder and slurry analysis:
Including abstracts/research works focused on analyzing and characterizing slurries, powder systems, and ceramic parts produced through AM. Examples are abstracts/research works analyzing the rheological properties of a slurry/ink or of a powder, or the mechanical properties of ceramic parts. While the focus is on the analysis, only submissions involving AM techniques and ceramic fabrication will be accepted.
Information
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