The review aimed at analyzing the evidence available on 3D printable materials and
techniques used for the fabrication of orthodontic appliances, focusing on materials …

Aim: Digital technology profoundly impacts every aspect of orthodontics, from diagnosis and
treatment planning to appliance fabrication. Integrating computer-aided designing tools and …

Introduction This paper evaluated the accuracy of a computer-aided design and
manufacturing indirect bonding technique using a new customized 3D-printed transfer tray …

Introduction This study aimed to assess the transfer accuracy of a digital indirect bonding
method for lingual brackets using double vacuum-formed trays in vivo. Methods Twenty-five …

Objectives To analyze the accuracy of planned tooth movements of torque, tip, rotations, and
transverse width values with lingual straight-wire technique. Materials and Methods 40 …

Objectives This prospective clinical study aimed to compare transfer accuracy and
immediate loss rate of hard versus soft transfer trays utilizing a CAD/CAM workflow. Methods …

Aim. To evaluate in vitro and in vivo the accuracy of 3D‐printed customized transfer devices
during indirect bonding technique (IBT). Methods. A search for articles published in the …

Objectives This study aimed to propose a standardized protocol for the fabrication of three-
dimensionally (3D)-printed curvature-adaptive splints (CASs) and assess the precision of …

Introduction We assessed the accuracy and fit of 3-dimensional (3D)-printed indirect
bonding (IDB) trays fabricated using various photopolymer resin materials. Methods A …

With the advancement of 3-dimensionally (3D) printing technology, orthodontists can design
and fabricate 3D-printed indirect bonding trays and transfer jigs for lingual brackets …