Taibah University registers an innovative dental implant design that mimics the natural movement of the tooth.

Taibah University has registered an innovative industrial design in the field of dental implants: a dental implant abutment equipped with an internal locking mechanism that eliminates the need for a traditional screw. This allows for the mimicking of the natural movement of the tooth during chewing, contributing to improved long-term implant efficiency.

The design, developed by student Jumana Al-Rashidi in collaboration with Dr. Shadia Al-Sayed, aims to provide an innovative solution that enhances the performance of dental implants by offering precise flexibility that mimics the function of the natural periodontal ligament.

The innovation relies on an internal locking mechanism that provides the implant with high stability while allowing for flexible and controlled movement. This helps distribute chewing forces more evenly and reduces the load on the bone surrounding the implant, positively impacting performance and implant sustainability.

The design is distinguished by the elimination of the need for a traditional screw, while maintaining the abutment's stability and functional efficiency, thus contributing to the development of more advanced solutions in the field of dental implants. This design is a new addition to the research and innovation achievements at Taibah University, and embodies the university’s efforts to support quality research projects and enable students and researchers to develop scientific solutions that contribute to advancing medical technologies and improving the quality of healthcare.