Nano-HA Coating Technology

 

This technology would enhance the osteoconductivity of the implant surfaces manufactured from titanium or titanium alloys.

 

• Applicable for Pedicle Screws, Lateral Mass Screw, Mesh Corpectomy Cages, Expandable Corpectomy Cages, Screws for Anterior Stand-alone fusion.
• Long-term effectiveness of osseointegration at the interface of bone-implant, particularly trabecular bone.
• Increased bone-ingrowth through the surface of the implant.
• Enhanced adhesion of the coating layer to the screw threads, particularly at thread crest.
• Promote bone formation on the surface of the implant and significant reduction of fibrous tissue formation.
• Enhanced corrosion resistant and biocompatibility effect compared to uncoated titanium implant.
• Effective distribution of the calcium-phosphate phases with the prominent phase of HA with Ca/P ratio of 1.67 .
• Porosity of developed bioactive-osseoconductive coating layer in the range of 1 to 5 mico- meter.