Smarter Surfaces, Stronger Bonds : Dental Implant Surface Modifications for Enhanced Osseointegration

Dental implantology has undergone a remarkable transformation from the rudimentary attempts of ancient civilizations to the precision-engineered systems of contemporary practice. Central to this evolution is our growing understanding of how implant surface design influences biological response and long-term success. Amongst these design features, implant surface topography has emerged as a pivotal determinant of stability, clearly surpassing the earlier concept of simple friction-fit implants.

This book offers an in-depth overview of the key scientific developments and technological advances that have shaped current implant surface modification strategies. It reviews the evolution of both additive and subtractive surface treatments—such as titanium plasma spraying, grit blasting, acid etching, and anodization—and explores newer innovations including biomimetic and antimicrobial coatings. Special attention is given to how these physical and chemical surface changes influence osteocyte activity, guide bone remodelling, and ultimately strengthen osseointegration.

By combining biological concepts with clinical research, this volume provides a clear and comprehensive understanding of how surface engineering improves the reliability and longevity of dental implants. It is intended to serve as a valuable reference for clinicians, researchers, and students who wish to gain deeper insight into the scientific foundations of modern implant surface technology.