Geistlich Bio-Oss Collagen® consists of 90% Geistlich Bio-Oss® granules with the addition of 10% porcine collagen. Geistlich Bio-Oss® is scientifically proven and is the leading biomaterial in regenerative dentistry.
DemiOS is a bone graft material formulated by combining demineralized bone matrix (DBM) with biocompatible, water-soluble polymer Poloxamer gel. This combination enhances both osteoconductive and osteoinductive capabilities, meaning it promotes mesenchymal cell proliferation and differentiation into osteoblasts, ultimately stimulating normal bone formation.
The World's First and Only Commercialized Synthetic Bone Graft Product with OCP minerals
Bontree is mainly composed of OCP minerals and OCP is one of the calcium phosphate compounds and is a precursor to apatite (HA), a mineral component in human bones. Since Bontree contains OCP with high biocompatibility, it delivers outstanding osteoconductivity and bone regeneration results, compared to other synthetic bone grafts.
The outstanding osteo-conductive properties of Geistlich Bio-Oss® lead to effective and predictable bone regeneration. Geistlich Bio-Oss® particles become an integral part of the newly formed bone framework and preserve volume over the long-term
Concept of customized bonegraft material, Sticky Bone without Blood Collection!
MedPark S1 Dental is a xenograft material derived from bovine cancellous bone for the purpose of securing a space where a new bone tissue is formed by filling defects or bony voids of the oral and maxillofacial region due to a surgical injury or a non-surgical injury.
Made from a proven multi-step purification process which leaves only a bone composition, it is a highly purified osteoconductive material for bone regeneration.
Its excellent porosity allows the grafting material to act as a conduit for the exchange of body fluids and growth factors while allowing cells to guide bone formation. Highly purified collagen facilitates the adaptation of these granules to the defect site, bringing about exceptional handling and ease of use.
Its excellent porosity allows the grafting material to act as a conduit for the exchange of body fluids and growth factors while allowing cells to guide bone formation. Highly purified collagen facilitates the adaptation of these granules to the defect site, bringing about exceptional handling and ease of use.
The structure of OCS-B Xenomatrix has a high resemblance to that of human bone.
OCS-B Xenomatrix bone graft material is bone mineral derived from bovine bone.
Helping osteoblasts facilitate smooth bone matrix synthesis and bone calcification, OCS-B Xenomatrix significantly promotes reconstruction of bone defects.
