Quality in orthodontics: The role of customized appliances

Abstract

Orthodontics as well as dentistry are undergoing a technological revolution with advances in medical imaging, 3D printing and customization of appliances and devices. Digital orthodontics can be defined as the process of manufacturing customized appliances based on a target setup which incorporates tooth positioning in six‐degrees‐of‐freedom. Three‐dimensional medical imaging provides better diagnostic tools and allows for fabrication of orthodontic appliances based on the coordinates system of the occlusal plane within the facial anatomy. This article describes the state‐of‐the‐art in goal‐driven orthodontic treatment, warns against the commercialization of our profession, and highlights the advantages of lingual orthodontics in terms of protection of the enamel.

Digital lingual appliance combined with micro-screws for the treatment of a skeletal bimaxillary protrusion and ‘gummy’ smile

“…Digital lingual orthodontic treatment is preferred to achieve preset tooth angulation and torque with high accuracy and to reduce human error during indirect bracket bonding. 14 Torque control during the extraction space closure is always crucial in lingual orthodontic therapy. 12 Khoury et al discovered that it was challenging to achieve bodily en-masse retraction using both labial and lingual appliances and suggested the placement of extra torque in the brackets to prevent excessive lingual incisor crown tipping.…”

Three-Dimensional Modeling and 3D Printing of Biocompatible Orthodontic Power-Arm Design with Clinical Application

“…Results of this study revealed that redesigning the shapes in concordance with biocompatible material properties can provide a more resilient device. Orthodontics as well as dentistry are undergoing a technological revolution, with advances in medical imaging, 3D printing and customization of appliances [31]. Future research directions may cover another customized device.…”

“…Software integration of digital models, 3D facial imaging and cone-beam computed tomography (CBCT) makes it possible to simulate the treatment plan and to attain good communication with the patients. [31][32][33].…”

Three-Dimensional Hydrogel Bioprinting Technology as a Scaffold of Novel Drug Delivery and Biomedical Devices: A Comprehensive Review

“…The manufacture of orthodontist items based on the reference frame of the occlusal plane within the dental structures is made possible by three-dimensional diagnostic imaging, which allows for more precise diagnosis. Orthodontics and dentistry are undergoing a revolutionary change with to advancements in diagnostic imaging, 3D printing, and customizing equipment [71]. This technique thereby made it possible to create an orthodontic model from a range of materials, improved comfort, and faster recovery times.…”