Robotic Applications in Orthodontics: Overview of Existing Research

Sachin Philip, Varun Goyal, Gurkeerat Singh, S. Kannan, R. Singh, Ankit Chaudari, Triparna Kapoor
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引用次数: 0

Abstract

Malocclusion is the world's third most common oral ailment. The fixed orthodontic procedure is now the most successful treatment strategy for malocclusion. Archwire bending is an important part of orthodontic therapy. However, because to the great stiffness and exceptional flexibility of orthodontic wire, it is a very difficult task. The old method of obtaining the created archwire curve is dependent on manual operation, which would bring various errors induced by human causes. Customised archwires are required in clinics for lingual orthodontics treatment. Previously, only expert orthodontists could physically bend these archwires. This is a pattern demands specialised skill training, precision, and extensive chairside time, but cannot guarantee the accuracy of appliances. So, what are the most recent developments?
正畸学中的机器人应用:现有研究概述
错颌畸形是全球第三大常见口腔疾病。固定正畸是目前治疗错颌畸形最成功的方法。弓丝弯曲是正畸治疗的重要组成部分。然而,由于正畸钢丝具有很高的硬度和特殊的柔韧性,因此这是一项非常困难的任务。获得弓丝曲线的旧方法依赖于手工操作,这会带来各种人为误差。在诊所进行舌侧正畸治疗时,需要定制弓丝。以前,只有专业的正畸医生才能用物理方法弯曲弓丝。这种模式需要专业的技能培训、精确度和大量的椅旁时间,但却无法保证矫治器的准确性。那么,最新的发展是什么呢?
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