From ceramic research to industrial application.

We develop ceramic slurries for light-based 3D printing and support the entire manufacturing process—from material formulation and printing to debinding and sintering.

Our team combines hands-on experience in ceramic processing, additive manufacturing and advanced material characterisation with a practical understanding of industrial development.

Why we founded Ceraprint?

Ceramic additive manufacturing often begins with months of material formulation, process optimisation and trial-and-error. We founded Ceraprint to make this path shorter, more predictable and easier to access.

Our goal is to help research teams and industrial developers move efficiently from a ceramic powder or initial idea to a printable material, validated test sample or sintered ceramic component.

What we bring to your project?

Materials expertise: Development and optimisation of ceramic slurries based on powder properties, printing technology and target application.
Complete process knowledge: Support from formulation and printing through debinding, sintering and final material evaluation.
Direct expert collaboration: Your project is discussed directly with the specialists responsible for material and process development.
Research precision, industrial focus: Scientific rigour combined with practical decision-making, clear communication and application-oriented development.

Build by ceramic materials specialists

Ceramic materials researcher specialising in slurry formulation, photopolymerisation and process development for light-based ceramic 3D printing.

Přemysl Šťastný

Co-Founder | Materials & Process Development

Materials researcher specialising in bioceramics, ceramic additive manufacturing and advanced microstructural and mechanical characterisation.

Eliška Šiška Virágová

Co-Founder | R&D & Material Characterisation

Our research and technology partners

Group of Advanced Ceramic Materials

Central European Institute of Technology (CEITEC BUT)

Ceraprint grew out of the Advanced Ceramic Materials group and continues to collaborate on selected research, material development and characterisation activities.