We print ceramic parts using advanced zirconia ceramics (ZrO₂). The manufactured parts are highly useful in ceramic-metal composites across various industries, such as medical, automotive, aerospace, and mechanical engineering.
Technical highlights: Our printed zirconia ceramic parts offer the highest mechanical strength, comparable to steel in properties such as Young’s modulus and coefficient of thermal expansion. They also feature exceptionally low thermal conductivity and outstanding tribological properties, making them ideal for advanced technology applications like sliding elements and medical uses such as artificial hip joints.
Market advantages: Additive manufacturing of ceramics provides greater design freedom for complex geometries and significantly reduces tooling investments. We manage the entire process — from prototyping and CAD modeling to 3D printing, sintering.
Technical highlights: Our printed zirconia ceramic parts offer the highest mechanical strength, comparable to steel in properties such as Young’s modulus and coefficient of thermal expansion. They also feature exceptionally low thermal conductivity and outstanding tribological properties, making them ideal for advanced technology applications like sliding elements and medical uses such as artificial hip joints.
Market advantages: Additive manufacturing of ceramics provides greater design freedom for complex geometries and significantly reduces tooling investments. We manage the entire process — from prototyping and CAD modeling to 3D printing, sintering.
