No Microgap at Bone Level
Eliminating a major weak spot: Conventional screw-based implants incorporate a microgap at bone level. Research has proved that bacteria can penetrate this gap, accumulate at the prosthetic interface, and promote bone loss and peri-implantitis. Patent™ was specifically given a true soft-tissue-level design to avoid such a microgap.
No Microgap at Bone Level
Eliminating a major weak spot: Conventional screw-based implants incorporate a microgap at bone level. Research has proved that bacteria can penetrate this gap, accumulate at the prosthetic interface, and promote bone loss and peri-implantitis. Patent™ was specifically given a true soft-tissue-level design to avoid such a microgap.
Full Accessibility for Optimum Control
The Patent™ Implant is positioned at the equigingival level. Once healed and restored, its crown margin is level with the free gingival margin and therefore in a region easily accessible for home hygiene and maintenance. As a result, the risk of bacteria-induced peri-implant inflammation is minimized with this soft-tissue-level design.
Full Accessibility for Optimum Control
The Patent™ Implant is positioned at the equigingival level. Once healed and restored, its crown margin is level with the free gingival margin and therefore in a region easily accessible for home hygiene and maintenance. As a result, the risk of bacteria-induced peri-implant inflammation is minimized with this soft-tissue-level design.
Soft-Tissue Seal Keeps Bacteria Out
Thanks to the soft-tissue-level design with a machined zirconia collar and noninvasive prosthetic restoration, the soft tissue attaches to the Patent™ Implant firmly and is largely undisturbed by bacteria, forming a strong cuff. The resulting seal can prevent bacteria from entering the deeper peri-implant tissue. This too is crucial in reducing the risk of inflammation and maintaining overall tissue health and stability.
Soft-Tissue Seal Keeps Bacteria Out
Thanks to the soft-tissue-level design with a machined zirconia collar and noninvasive prosthetic restoration, the soft tissue attaches to the Patent™ Implant firmly and is largely undisturbed by bacteria, forming a strong cuff. The resulting seal can prevent bacteria from entering the deeper peri-implant tissue. This too is crucial in reducing the risk of inflammation and maintaining overall tissue health and stability.
First Long-Term Study on Two-Piece Zirconia Implants
Download the Scientific Summary & the Patent™ Intro Guide!
First Long-Term Study
on Two-Piece Zirconia Implants
Download the Scientific Summary & the Patent™ Intro Guide!