Aesthetic Rehabilitation with Veneers Using Digital Precision: A Case Report

Abstract

Smiling is an essential aspect of daily life, and a confident smile can greatly impact an individual's self-esteem. Aesthetic correction of the anterior teeth poses a challenge in dentistry, particularly in cases where there is spacing between the teeth. This can lead to a lack of confidence and negatively affect a person's self-image. Laminate veneers, a cosmetic dental procedure, involve attaching a thin layer of porcelain or resin composite material to the surface of a tooth. Compared to conventional methods, digital technology offers greater precision and efficiency in placing laminate veneers. Computerised templates guide the teeth preparation process, ensuring minimal tooth structure removal and accurate fitting of the veneers. The present report presents a case (43-year-old female patient) of spacing in the maxillary anterior that was corrected using a minimally invasive technique with laminate veneers and a fully digital workflow using lithium disilicate. The use of this material enhances the aesthetics of the patient's smile, requiring minimal tooth reduction and providing a natural appearance. The paper also includes a nine-month follow-up. Incorporating digital technology in the creation and placement of laminate veneers offers numerous benefits, including improved accuracy, reduced turnaround time, and the ability for patients to preview their enhanced smile.