The Use of Computer-Aided Design and Computer-Aided Manufacturing (CAD/CAM) Technology for Zirconia Crowns After Laser-Assisted Crown Lengthening and Retraction: A Case Report

TL;DR

This case report explores using laser-assisted crown lengthening and CAD/CAM technology to create zirconia crowns that preserve periodontal health and improve dental outcomes.

Contribution

The paper presents a novel integration of laser-assisted procedures and CAD/CAM technology for zirconia crown fabrication in restorative dentistry.

Findings

Laser-assisted crown lengthening improves tissue excision and gingival contour maintenance.

CAD/CAM technology enhances the marginal fit and adaptation of zirconia crowns.

The combined approach supports functional and esthetic outcomes in restorative dentistry.

Abstract

Maintenance of biological width serves as a primary factor in periodontal-restorative relationships. Crown lengthening (CL) is a technique to prevent violation of biological width, with the laser method offering the advantage of surgical and patient-related outcomes. Laser CL with retraction helps with the excision of tissues, increasing the CL, maintaining the gingival contour with adequate exposure to the finish line to record the tooth preparation features. This helps to achieve the functional and esthetic outcomes essential for restorative dentistry. The marginal fit, contour, and adaptation of the crown can be further enhanced by computer-aided design and computer-aided manufacturing (CAD/CAM) technology improving patient and clinical outcomes. Hence, this case report aims to indulge the laser-assisted procedures and CAD/CAM technology to fabricate and deliver a zirconia crown maintaining the periodontal-restorative factors.

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