Bone regeneration is an advanced surgical procedure used in dentistry to rebuild the volume of the maxillary or mandibular bone when it is insufficient. Bone loss can be caused by tooth extractions, infections, periodontal disease, or trauma, and it often represents a limitation for the proper placement of dental implants.

Through guided bone regeneration techniques, it is possible to restore both the height (vertical) and width (horizontal) of the bone, rebuilding a stable and functional structure. During the procedure, biocompatible bone graft materials and a protective membrane are used to support proper healing and the growth of new bone tissue.

The membrane, in particular, plays a crucial role: it protects the treated area, stabilizes the graft, and prevents soft tissue from growing into the regeneration site, allowing the bone to form in a controlled and predictable way.

This treatment is often essential in cases where bone volume is not sufficient to support dental implants. Thanks to modern surgical techniques, it is now possible to achieve reliable, long-lasting, and highly predictable results, improving both function and the aesthetics of the smile.

Bone regeneration therefore represents a key solution for rehabilitating patients with severe bone loss, allowing the restoration of a solid foundation for future implant treatments.