Summary
Titanium alloys have long been a staple in the fabrication of dental implants. However, emerging concerns over immunological reactions and potential aesthetic drawbacks have prompted the development of new implant technologies. Since the late 1990s, zirconia has emerged as a promising alternative in dentistry, owing to its superior biomechanical properties compared to other ceramic oxides like alumina. Zirconia implants offer a metal-free solution, making them an attractive option for patients seeking alternatives. The integration of abutment and implant in a one-piece design delivers excellent functional and aesthetic outcomes, meeting high expectations. Additionally, zirconia exhibits superior biocompatibility relative to titanium and other metals, positioning it as a burgeoning trend in dental rehabilitation. This paper aims to provide a brief literature review and present a clinical case highlighting the characteristics of zirconia implants, emphasizing the importance of oral health professionals’ awareness of this promising alternative.
KEY WORDS: dental rehabilitation, osseointegration, zirconia implants.
How to cite this article
MELO DE MATOS, J.D.; QUEIROZ, D.A.; LUCENA DE VASCONCELOS, J.E.; CABRAL ANDRADE, V. & DA ROCHA SCALZER LOPES, G. Ceramic Implants: A fresh approach to dental rehabilitation. Int. J. Odontostomat., 18(4):506-509, 2024.
