Quantifying Clinician-Controlled Preload in Dental Implants: Analysis of Manual Tightening Torque and Complication Rates

Abstract

The calculation of manual tightening torque applied by clinicians plays a critical role in achieving optimal preload for dental implants. However, there is a research gap when it comes to understanding the specific calculus involved in this process. This study aims to address this gap by analyzing the bending and torsional moments during manual tightening torque application by physicians of various specialties and genders. Additionally, the rates of early complications associated with clinician-calculated preload will be evaluated. The findings of this study will contribute to enhancing the understanding of clinician-controlled preload and guide future practices for successful dental implant outcomes.

Keywords

• manual tightening torque
• dental implants
• bending and torsional moments
• clinician-controlled preload