Esthetic Rehabilitation of Spaced Maxillary Anterior Teeth Using a Fully Digitized 3D Guide Technique: A Case Report

This case report explores the successful closure of diastema spaces through the integration of digital scanners and the injection moulding technique using a flowable composite material. Digital impressions were obtained using intraoral scanners, providing precise 3D models of the patient's dentition. The digital workflow facilitated meticulous treatment planning and customization of the space closure using computer-aided design (CAD) software. A flowable composite material was selected for its adaptability and aesthetic qualities. The significance of complete digitization in the field of aesthetic dentistry, offering a highly accurate and efficient solution for diastema closure. The integration of digital scanners and injection moulding techniques allows for a minimally invasive, patient-centric approach that preserves natural tooth structure while achieving optimal aesthetic enhancement.