Product advantages

Trusyou-bio bone powder is a bone substitute material widely used and recognized around the world in the field of oral bone regeneration. Its excellent bone conduction effect makes it effective and predictable in clinical effects in bone regeneration.

Its main component is hydroxyapatite, which has similar mineral properties to human bones. It is made from bovine cancellous bone after purification. It retains a natural three-dimensional porous structure. This characteristic makes it effective in bone regeneration. It has effective and predictable clinical effects, and also creates extremely superior conditions for the attachment and growth of new bone cells through its specific surface area of ​​up to 103㎡/g.

Trusyou-bio bone powder serves as an internal stable scaffold for new bone formation, maintaining the long-term stability of the osteogenic environment and providing solid support for the bone regeneration process. When used in combination with Trusyou-bio collagen membrane, the two complement each other and are more conducive to forming stable new bone space and accelerating the bone repair process.

Therefore, Trusyou-bio bone powder is particularly suitable for filling bone defects in non-load-bearing parts of the maxillofacial area, as well as bone defect repair in oral surgery, and various bone defect repairs used in combination with barrier membranes, including: post-tooth extraction and residual root extraction. Post-extraction socket filling, alveolar ridge restoration and alveolar bone defect repair caused by periodontal disease, etc.

Trusyou-bio bone powder has excellent bone formation effect and improves the survival rate of implants.

Trusyou-bio bone meal is not only easy to operate, but also shows a wide range of clinical indications.

After 25 years of successful clinical application, Trusyou-bio bone meal has accumulated support from more than 700 scientific research documents, fully proving its safety and effectiveness. Today, as an advanced bone replacement material in the field of oral bone regeneration, it has become an ideal choice to meet clinicians' high requirements for expected efficacy, and promotes the development of oral bone regeneration technology.