Combining DLP and SLA technologies, our high-precision zirconia-toughened alumina (ZTA) ceramic printing solutions enable the creation of complex geometries with exceptional accuracy and material integrity. Designed for biomedical and high-end manufacturing applications, this technology delivers reliability and performance at every layer.
ZTA ceramics achieve up to 99% relative density, 17.65 GPa hardness, and 422.5 MPa flexural strength. Verified biocompatibility through MG-63 cell testing makes them ideal for dental implants, bone scaffolds, and other demanding medical applications.
Capable of forming intricate lattice structures and micro-features with surface roughness as low as 0.256 μm, the process ensures exceptional detail and finish. Customizable zirconia content and nano/micro-powder options allow materials to be tuned for specific mechanical and functional requirements.
Through green part CNC milling and a standardized thermal process, processing costs are reduced by up to 90%, while maintaining excellent dimensional control and batch consistency.
Biomedical: Bone grafts, dental implants
Manufacturing: Precision tools, sensors, and structural ceramics
Ceramic 3D Printing — where precision engineering meets material innovation.
