Granules
Particulate graft material for dental applications such as extraction sockets and ridge preservation.
Initial focusTechnology
Engineered Materials for Predictable Bone Regeneration
Our proprietary synthetic calcium-phosphate material is designed to accelerate bone formation through its unique composition and engineered microstructure.
01 — MATERIAL COMPOSITION
Materials Designed with Purpose
Our proprietary synthetic calcium phosphate compositions have been tailored through years of materials research and preclinical testing, with a focus on controlling composition, microstructure, and biological performance to support bone regeneration.
02 — RESEARCH ORIGINS
Developed for Challenging Bone Defects
Our dental bone graft technology originated from research into repairing critical-sized bone defects—injuries too large to heal on their own. This work established the foundation for adapting our materials to smaller, more routine dental procedures.
03 — BIOLOGICAL PERFORMANCE
Designed to Support New Bone Formation
Our materials are being developed to provide a temporary framework for new bone formation while gradually resorbing as healing progresses. Preclinical studies have helped us evaluate bone regeneration, tissue response, and material persistence.
04 — PRODUCT DEVELOPMENT
One Material Platform, Multiple Applications
From particulate dental grafts to patient-specific scaffolds, our material platform can be processed into different forms to address a range of clinical needs. Our initial commercial focus is on dental bone grafts, with more complex regenerative applications representing longer-term opportunities.
Formats
One material platform, multiple forms.
Putty
A moldable format for easier handling and placement in irregular defects.
In developmentCustom Scaffolds
3D-engineered architectures for larger, critical-size orthopedic bone defects.
Pipeline