Surface Comparison between
the Human Bone vs Ti-oss® vs Competition
Ti-oss® shows a unique rough and hydrophilic surface structure, closely resembling the natural texture of human bone. Chiyewon's 15 years of R&D and sophisticated manufacturing expertise enable Tioss® to exhibit an optimal, natural surface topography, the same as human bone.
Why is Rough Surface necessary?
New bone formation is initiated through the attachment of blood clots, also known as fibrin network formation. A rough and hydrophilic surface is essential for this process; without it, effective bone promotion cannot be expected, similar to how friction is difficult to create on a smooth, glassy surface.
Our expertise in mid-temperature manufacturing and research with top scientific institutions allows us to create a graft material with a surface that closely resembles human bone. Ti-oss® has completely controlled the phenomenon of vitrification and the resulting cracks caused by high temperatures (1200°C and above).
Multiporosity
The porosity of the bone graft substitute is one of the most crucial factors for angiogenic progress.
Rough Surface
Our 15 years of R&D and sophisticated MID temperature manufacturing expertise enable Tioss® to exhibit an optimal, natural surface topography, the same as human bone.
Osteopromoting Factor
Pre-HA structure, Octacalcium
Phosphate (OCP) crystals that exhibit excellent bone regenerative properties are found on the surface of Ti-oss®.