Zygomatic implants
Zygomatic implants are an advanced option for patients with severe bone loss in the upper jaw. These implants allow stable anchoring of fixed teeth even in cases where standard implants are unfeasible. They are designed for patients with edentulous jaws and significant bone resorption, and are used in specific situations when other options are not possible.
Why Zygomatic Implants Are Important for Edentulous Patients
For patients with bone loss, especially in the upper jaw, placing standard implants can be challenging. Bone resorption often makes it difficult to place implants stably, but zygomatic implants offer an innovative solution. These implants are placed in the zygomatic bone (cheekbone), which is extremely stable and not subject to resorption, which allows the implant to be safely anchored even in patients with significant bone loss.
How do zygomatic implants work?
Unlike traditional methods, zygomatic implants use the natural stability of the zygomatic bone to place implants in the jaw. This technique allows for safe implant placement even in patients who have undergone complete bone loss in the upper jaw, thus avoiding the need for a sinus lift or additional bone grafts.
Benefits of Zygomatic Implants for Patients with Bone Loss
Zygomatic implants offer a number of benefits for edentulous patients. This procedure allows the implant to be placed without the need for additional bone enlargement or waiting for recovery. After the placement of zygomatic implants, the patient can immediately get fixed teeth, which significantly improves the quality of life. These implants provide a solid foundation for the placement of permanent fixed teeth, which are a long-term solution for edentulous patients.
For patients with edentulous jaws and severe bone loss, zygomatic implants are the most effective way to restore the functionality and aesthetic appearance of their teeth. This technique allows patients to get rid of the problem of bone loss and get fixed teeth instead of removable dentures, which are strong and stable.
