Panayi Nearchos C
School of Dentistry, European University Cyprus, Nicosia, Cyprus.
Clinic of Orthodontics and Pediatric Dentistry, Center of Dental Medicine, University of Zurich, Zurich, Switzerland.
Turk J Orthod. 2023 Mar 21;36(1):62-69. doi: 10.4274/TurkJOrthod.2023.2023.20.
Orthodontics stands on a junction where traditional analog appliance manufacturing slowly but steadily changes to a digital one with the use of 3D technology. The main cause of this shift was the invention and use of computers. The use of computers, computer-aided design (CAD) software, computerized machines, and newly invented materials allowed this change to occur in a relatively short time in dentistry and orthodontics. The trigger for this transformation is the ability to digitally scan the oral cavity. CAD software and 3D printers already existed. It took a few years to include this technology in orthodontics and continuously apply it in the orthodontic office. Orthodontic treatment is mainly based on the use of fixed appliances, while in the last years, thermoformed aligners have been introduced as an alternative whenever a more invisible treatment modality is preferred. Clear aligner treatment is performed using thermoformed aligner. A new aligner resin has been recently invented to allow direct aligner printing. Directly printed aligner possess many advantages compared to thermoformed one. Research has been initiated to investigate all the aspects of the workflow and aligner printing outcome. More studies must be performed to look into the various aspects of directly printed aligners.
正畸学正处于一个转折点,传统的模拟矫治器制造正在缓慢但稳步地向使用3D技术的数字化制造转变。这种转变的主要原因是计算机的发明和使用。计算机、计算机辅助设计(CAD)软件、计算机化机器以及新发明的材料的使用,使得牙科和正畸学领域在相对较短的时间内发生了这种变化。这种转变的触发因素是对口腔进行数字化扫描的能力。CAD软件和3D打印机早已存在。将这项技术纳入正畸学并在正畸诊所持续应用花费了数年时间。正畸治疗主要基于固定矫治器的使用,而在过去几年中,每当更倾向于采用更隐形的治疗方式时,热成型矫治器就作为一种替代方法被引入。透明矫治器治疗是使用热成型矫治器进行的。最近发明了一种新的矫治器树脂,以实现直接矫治器打印。与热成型矫治器相比,直接打印的矫治器具有许多优点。已经开始进行研究以调查工作流程和矫治器打印结果的各个方面。必须进行更多研究以探究直接打印矫治器的各个方面。