Tecnologias digitais e sistemas CAD/CAM aplicados à Ortodontia Lingual: o futuro já é a realidade atual

Gimenez, Carla Maria Melleiro

doi:10.1590/s2176-94512011000200002

Cited by 5 publications

(1 citation statement)

References 4 publications

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“…The wire bending robot is intended to be used inhouse, either prior to or following the bonding of brackets, eliminating the need for an external laboratory and the associated costs, as well as the time spent waiting for wires to be shipped. 12 This robot only completes the first order, other two dimensions are handled by the well-known Hiro Bonding System given by T. Hiro in 2008. 13…”

Section: Lamda Robotic Wire Bending Systemmentioning

confidence: 99%

Insight into applications of robotics in orthodontics: A review article

Mohit

Mittal²,

Gupta³

et al. 2023

IJODR

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There is always room for improvement in the effectiveness and efficiency of orthodontic appliances. The standard of oral health would change as a result of improved orthodontic appliances and general dental care. Robotics in Orthodontics has lead it’s way after its successful use in dentistry, medical and industrial fields. Aim of using robotics is to improvise in manner of precision and saving time for orthodontic appliances. A literature review was performed using electronics searching methods for the robotics and orthodontics. Data acquired has lead to the compilation of this review article. The article sums up research and development of robotics and orthodontics in association. Future research has also been summarised.

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Section: Lamda Robotic Wire Bending Systemmentioning

confidence: 99%

Insight into applications of robotics in orthodontics: A review article

Mohit

Mittal²,

Gupta³

et al. 2023

IJODR

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Computerized Optical Impression Making of Fully Dentate Upper and Lower Jaws: An In Vitro Study

Droste,

Vach,

Kohal

et al. 2024

Applied Sciences

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Objectives: The aim of this experimental study was to evaluate the accuracy of five intraoral scanners for digitizing fully dentate unprepared maxillae and mandibulae in vitro. Materials and Methods: One maxillary and one mandibular reference model with acrylic teeth, an industrial grade reference scanner, 3D evaluation software and the intraoral scanners CS 3500, iTero HD2.9, Planmeca PlanScan, TRIOS Standard and 3M True Definition were used. Scans of the entire arches, one front and two side segments of each arch scan of maxilla and mandibula were evaluated separately for trueness and precision. In addition, visual analyses of deviation patterns, surface properties and approximal areas were performed with the aid of 3D evaluation software. Results: The intraoral scanners CS 3500, TRIOS Standard and iTero HD2.9 showed a similar level of trueness. The True Definition scanner showed lower full arch trueness compared to the TRIOS Standard and to the iTero HD2.9 (p < 0.05). Full arch trueness of the PlanScan was lower compared to the other scanners. Video-based systems showed higher numbers of datapoints per scan (127,300–169,730) compared to single image-based systems (64,115–88,124). The acquisition of interproximal areas was insufficient across all scanners. Limitations: The intraoral scanners were not tested under clinical conditions in this study. Conclusions: Apart from interproximal areas, clinically acceptable full arch trueness was achieved by the CS 3500, the iTero HD2.9 and the TRIOS Standard.

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Robotics in orthodontics

Rukshana

Gandhi

2022

J Datta Meghe Inst Med Sci Univ

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Tecnologias digitais e sistemas CAD/CAM aplicados à Ortodontia Lingual: o futuro já é a realidade atual

Cited by 5 publications

References 4 publications

Insight into applications of robotics in orthodontics: A review article

Insight into applications of robotics in orthodontics: A review article

Computerized Optical Impression Making of Fully Dentate Upper and Lower Jaws: An In Vitro Study

Robotics in orthodontics

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