Customization: | Available |
---|---|
Certification: | FDA |
Disinfection: | Disinfection |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Tianji Regenerated Bone Collagen is a breakthrough composite bionic bone, expertly crafted using type I collagen and nano-hydroxyapatite, synthesized via cutting-edge in vitro mineralization technology. This innovative solution features a sophisticated bionic microstructure, meticulously arranging collagen and hydroxyapatite to seamlessly guide and foster the regeneration of new bone. Astonishingly, it is fully replaced by new bone tissue, ensuring exceptional biocompatibility with no adverse tissue reactions. Revered for its bone conductivity, this scaffold system actively promotes vascular growth, delivering essential proteins, cells, and components that harmoniously align osteogenesis with the degradation of repair materials. The collagenase's unique passive degradation mode stands out, supporting osteoblast growth without rejection, reducing fallback risks, and offering unparalleled safety, controllability, and non-proliferation. Enjoy the natural, long-lasting results of this groundbreaking product, proudly holding both the Class III registration certificate for plastic surgery bone repair in China and the prestigious medical device registration certificate from the FDA in the United States.
Specifications | 0.3cm3/box , 0.5cm3/box |
Place of origin | china |
Applicable population | adult |
1.What is recycled material?
Recycled materials refer to materials that possess both biologicalactivity and complete biodegradability.By combining these twoindependent characteristics and physically and chemically modifyingbiodegradable materials, the biological properties of the materialscan be increased,inducing cell proliferation, division, anddifferentiation, promoting the synthesis of extracellular matrix,and thus activating the regenerative ability in the body.Bioregenerative materials belong to the category of regenerativemedicine.