BioNgraft - Beta Tricalcium Phosphate-Based Porous Bone Graft Substitutes
Biongraft offer bone graft substitutes based on Beta Tricalcium Phosphate (b-TCP) augmented with ZrO2 nanoparticles to enhance antibacterial properties. The implants are characterized by a porous architecture and microporosity facilitating capillary action of blood and body fluids. This structure supports enhanced penetration of osteogenic cells and ossification within the synthetic matrix. For structural integration, Biongraft Granules and Sticks exhibit macroporosity that allows deep bone cell invasion, with particle sizes varying from 0.25 mm to 2 mm to promote mechanical interlocking. These materials are 100% synthetic, osteoconductive, biodegradable, and radiopaque. Indicative of their osteoinductive nature, new bone formation is observed within two months post-implantation. Applications encompass ridge augmentation, sinus lifts, and alveolar bone regeneration. Biongraft products are designed to meet the precise specifications required for effective dental surgeries and bone repair, maintaining integrity in complex osseous environments.
- Ridge augmentation
- Lateral and Crestal Sinus Augmentation
- Sinus lifts
- Filling of defect of endodontic origin
- Cysts or other Osseous defects
- Alveolar bone regeneration
%100 synthetic
Osteoconductive
Biodegradable
Radiopaque
Biongraft is a Beta Tricalcium phosphate(b-TCP) based porous bone graft substitutes including ZrO2 nanoparticles for antibacterial efficacy.
The interconnectivity of porous structure and microporosity assist capillary motion of blood and body fluids, enhanced penetration for osteogenic cells, and ossification of the synthetic matrix.
For macroporosity, Biongraft Granules, Sticks allows deep invasion of bone cells into the matrix. Biongraft polygonal granules have different particle size between 0,25-2 mm. The irregularly shaped granules promote interlocking and improve mechanical stability.