THE USE OF OPTICAL DENTAL IMPRESSIONS AND CAD-CAM TECHNOLOGY FOR FIXED PROSTHETIC RESTORATION: A CASE REPORT

Abstract

Fixed prosthetic restorations must ensure both biological and mechanical compatibility with the natural oral structures, addressing changes within the stomatognathic system in accordance with the patient’s individual needs. The rehabilitation of partially edentulous patients involves a variety of techniques, each adapted to the specific clinical scenario. In recent years, there has been a growing awareness and demand for high-quality dental treatments, particularly in relation to aesthetics, alongside functional outcomes. Ceramic bridges stand out for their superior aesthetic qualities and durability, attributed to the high-performance ceramic materials used. These restorations are generally well tolerated by patients and allow for quicker adaptation. Discussions Monolithic zirconia crowns for posterior teeth have shown excellent medium-term clinical performance, offering a promising alternative to conventional metal-ceramic restorations. They are especially beneficial when minimal tooth preparation is desired and when color matching with natural dentition is a priority.. Conclusions Despite requiring advanced digital equipment, these restorations represent an exceptional therapeutic solution both aesthetically and functionally. Computer-aided design (CAD) technology enables precise digital modeling of zirconia frameworks, enhancing the accuracy and predictability of prosthetic outcomes

Keywords

• cad (computer aided design) technology
• monolithic zirconia
• optical impression