In this research, it is aimed to carry out a practice-based research on ceramic filaments that can be used in 3D printing. Therefore, the main objective was to expand the current selection of materials for ceramic 3D printing and to investigate how material selection and utilisation affect the qualities of the 3D printed object. In parallel with the new developments in the field of 3D printing, our research was carried out to reveal the issues that are needed and have the potential to be developed in ceramic art and design. Egyptian paste, which has the character of a self-glazed ceramic body, is a blend that is difficult to shape by hand, but may be more possible to shape with additive manufacturing. Therefore, the main idea of the research was to find the best Egyptian tile paste recipe suitable for delta-type ceramic 3D printer. Experimenting with Egyptian paste has also led to an interest in other ceramic materials that have not previously been used in ceramic 3D printing. Therefore, various clay compositions were developed. The experimental processes of the research were carried out in the Ceramics Department of the Latvian Academy of Arts using a Delta-type Ceramic 3D printer. Then firing processes were carried out. The result of our research shows that; additive manufacturing proposes a different production philosophy than other traditional production methods, on the other hand, it provides new opportunities especially for ceramic printing and guides future research.