Instituto Federal de Educação, Ciência e Tecnologia de São Paulo, Campus Salto - Salto - São Paulo - Brasil
The 2nd Brazilian Meeting of Ceramics Additive Manufacturing (CeramicAM 2026) aims to consolidate a national forum dedicated to scientific discussion, dissemination and articulation, in the area of additive manufacturing of ceramic materials. The event will be held on August 20 and 21, 2026, at the IFSP, campus Salto-SP. Additive manufacturing, popularly known as 3D printing, has caused significant transformations in miscellaneous productive sectors, driving technological innovation and the emergence of new business models. In the case of ceramic materials, these technologies have great strategic potential, since these materials are fundamental for applications in the energy, aerospace, industrial, artistic, medical and dental. In Brazil, research in additive manufacturing ceramic products have been advancing consistently in recent years and are aligned às international search trends. The first edition of CeramicAM, held in 2024, brought together participants from 9 countries, 7 Brazilian states and 45 institutions, evidencing the relevance and demand for an event dedicated to the integration of the community active in the area. For The 2026 edition, it is estimated to participation of 150-250 people, including students, researchers, industry professionals and interested public. CeramicAM 2026 seeks to promote training and capacity building in additive manufacturing techniques of ceramic materials, stimulate new talents, foster cooperation between research groups, bring academia closer together of the productive sector and expand scientific dissemination. The program will include lectures, practical demonstrations in the laboratory and presentations of works of students and young researchers, as well as activities aimed at to the non-specialized public. By encouraging the exchange of knowledge and the formation of collaborative networks, the event aims to strengthen the national science ecosystem, technology and innovation in advanced ceramic materials.
