Bioceramics
Advanced bioceramic materials engineered for additive manufacturing.
Adva Cera provides Bioceramics specifically developed for additive manufacturing applications in medical, dental, and orthopedic fields. These advanced bioceramic materials are designed to support biocompatibility, osteoconductivity, and controlled resorption—enabling patient-specific solutions that align with natural healing processes.
Our Bioceramics portfolio supports the production of complex, porous geometries using ceramic additive manufacturing, allowing for precise control over structure, performance, and biological interaction. This approach enables customized implants and scaffolds that integrate seamlessly with surrounding bone tissue.
Hydroxyapatite (HA)
Hydroxyapatite (HA) is a naturally occurring mineral and a primary component of human bone. As a Bioceramics material, HA offers exceptional biocompatibility and osteoconductivity, making it ideal for applications that require strong biological integration.
Additively manufactured HA enables the creation of well-defined, porous, and patient-specific structures that promote bone cell growth. Once implanted, HA scaffolds support bone ingrowth while the material is gradually resorbed and replaced with newly formed natural bone.
Applications:
Why Choose
Bioceramics Applications
Across medical and dental industries, Bioceramics enable advanced solutions where biological interaction, precision, and performance are critical. Additive manufacturing allows these materials to be tailored to individual anatomies and clinical requirements, supporting improved outcomes and design flexibility.
(303) 449-1457
Advancing Medical Innovation
With Bioceramics
By combining material science expertise with ceramic additive manufacturing, Bioceramics from Adva Cera support next-generation medical solutions. From patient-specific implants to regenerative scaffolds, our bio-ceramic materials are engineered to perform throughout the healing process—supporting innovation from design through clinical application.
Disclaimer: Part images on this page are courtesy of Lithoz GmbH