| 摘要 |
The invention relates to a dental implant system comprising an implant and a superstructure (10; crown, bridge, etc). The implant is made as one piece and extends from the bone region to the height of the approximal gum papillae. The enossal (1, 2) and gingival regions (3) of the implant are formed corresponding to diagnostically derived patient data. As a result, the enossal region is adapted precisely to the shape of the ridge of the jaw, and completely fills the bone dehiscence arising from the implantation. The gingival region (3) correspondingly fills the cavity in the gingiva. The superstructure (10) is connected over the entire surface to the transgingival implant head (4), which both fill the remaining cavity of the gingiva, and is also connected to a prosthetic abutment pin (7) on the implant. The adapted surface structure thereof allows complete growing together in the enossal and gingival regions. Formation of gum pockets is completely prevented. No micromovements can occur in the implant system due to the construction thereof. Optimal force distribution is also ensured. The enossal region of the implant can also have a rotationally asymmetrical shape. |
