Osteocera Bone Graft Substitute

Osteocera bone graft substitute is consisted of betatricalcium phosphate (β - TCP). The fabrication of Osteocera involves non-living raw materials through a high sintering process, and the product is of excellent biocompatibility and bioresorbable. When implanted into the bone defect, β - TCP can gradually absorbed and replaced by bone tissue to promote osseointegration.

Osteocera is a porous structure with a porosity of more than 70%, and it has the highest porosity among all the synthetic bone graft substitute on the market. Also the pores are interconnected with a pore size of 300-600um; they can induce bone tissue to grow inside the pores to achieve the purpose of osteoconductivity and bone repair.


Bicera Bone Graft Substitute

Bicera is a composite material, which consisting of 60 wt% HAP and 40 wt% β - TCP; the former is the main mineral ingredient in human bones, and the latter is bioresorbable calcium phosphate. The fabrication of Bicera involves non-living raw materials through a high sintering process, and the product is of excellent biocompatibility and bioresorbable. When implanted into the bone defect, β - TCP can be gradually absorbed and replace by bone tissue to promote osseointegration. HAP will be intimately connected with newborn bone tissue and become a part of human bones.

Bicera is a porous structure with a porosity of more than 70%, and it has the highest porosity among all the synthetic bone graft substitute on the market. Also the pores are interconnected with a pore size of 300-600μm; they can induce bone tissue to grow inside the pores to achieve the purpose of osteoconductivity and bone repair.