Dental implants are medical devices made from a high-purity titanium or zirconia alloy that is biocompatible with the human body. They replace the roots of missing teeth, providing a solid foundation for their restoration. These artificial roots (implants) can support single crowns, fixed or removable bridges, and partial or full dentures, allowing patients to regain the comfort of natural teeth.

Implants are the only dental rehabilitation option that stimulates and preserves natural bone. Their success rate (osseointegration rate) ranges from 95% to 98%.

A thorough diagnosis and treatment plan are essential. The diagnostic process involves a detailed analysis using 3D digital radiographic imaging (CBCT — Cone Beam Computed Tomography). These images not only help detect any pre-existing issues but also ensure precise implant placement, minimizing the risk of implant failure or lack of integration.

Even in cases of bone atrophy, modern solutions such as bone regeneration techniques or specialized implants allow for successful rehabilitation, even in the most complex cases. In the vast majority of situations, treatment can be completed in the same day (less than 24 hours).