A newly custom made digitally printed image -eyeglasses for unilateral orbital defect. (Dental technique)

Abstract

Introduction: Unilateral orbital defects can result from various conditions, including trauma, congenital anomalies, or surgical resections due to tumors. These defects can severely impact an individual's physical appearance, psychological well-being, and social interactions. Patients often report feelings of self-consciousness, anxiety, and reduced quality of life due to the visible nature of these defects.There have been several techniques to restore orbital defects either surgical, prosthetically or combination between them. While definitive prostheses are the gold standard for rehabilitation, a significant number of patients cannot receive them due to medical contraindications, financial constraints, or personal choices. Aim of study: The current approach seeks to improve social interaction and quality of life for patients with unilateral orbital defects. It can be used as an alternative for patients who are unable to receive a conventional orbital prosthesis or as a temporary option until a permanent prothesis is received.Methods: This study presents a newly designed captivating 2D High-Definition printed image that is attached to a customized lens that has been attached to a customized 3D-printed eyeglass created by replicating the unaltered eye using the mirror image technique. Using state-of-the-art digital technologies.Conclusions: For patients with unilateral orbital abnormalities, the novel technique described in this study provides a flexible means of enhancing social engagement and quality of life. It offers an alternative to traditional prosthetic rehabilitation by utilizing cutting-edge digital technologies, and it may be customized to meet the needs of each patient to function as a temporary or permanent solution.