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Publication
Ortodontia digital in-office
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| 2.39 MB | Adobe PDF |
Advisor(s)
Abstract(s)
Hoje em dia, existe uma preocupação constante pela estética. Na área de ortodontia a procura por aparelhos menos visíveis é uma constatação. O facto de o aparelho ortodôntico ter passado a ser também popular junto da população adulta, aumentou o nível de exigência no que diz respeito à visibilidade do mesmo.
De forma a contornar as exigências requeridas no que diz respeito à estética durante o tratamento, foram várias as técnicas que surgiram no mercado com o objetivo de tornar invisível ou menos percetível a permanência do aparelho ortodôntico na cavidade oral.
A título de exemplo: a ortodontia lingual, aparelhos estéticos de porcelana e recentemente os alinhadores. Dentro deste último grupo, o tratamento com alinhadores transparentes removíveis realizados em In-Office tornou-se a alternativa que da maior controlo ao clínico, bem como permitindo um valor mais reduzido. Os modelos digitais fazem parte da realidade da medicina dentaria e apesar da maioria dos ortodontistas não possuírem scanners intraorais nos seus consultórios, o scaneamento pode ser realizado pelo paciente em centros de diagnóstico de imagem, a partir da requisição de seu Médico Dentista (MD). Dessa forma, o modelo digital tem sido utilizado pelos profissionais para análise ortodôntica.
O software de simulação ortodôntica pode ser gratuito ou não, que em conjunto com as impressoras 3D In-Office fornecem aos ortodontistas vantagens para planear o tratamento ortodôntico. Uma impressora 3D In-Office produz um modelo físico em poucas horas.
Esta revisão narrativa tem como objetivo avaliar as mais valias desta nova técnica, deixando de depender totalmente das grandes marcas que existem no mercado, passando os clínicos a controlar o workflow na sua totalidade, levando a uma redução de valor do tratamento ortodôntico, recorrendo a alinhadores transparentes. Os motores de busca PubMed, B-on, Scielo, Google Scholar, Cochrane e Web of Science foram utilizados para a realização desta pesquisa.
Nowadays, there is a constant concern for aesthetics. In the field of orthodontics, the search for less visible appliances is a finding. The fact that the orthodontic device has also become popular with the adult population has increased the level of demand in terms of its visibility. In a way to circumvent the demands required in term of aesthetics during treatment, several techniques have appeared on the market with the aim of making the permanence of the orthodontic appliance in the oral cavity invisible or less noticeable. As an example: lingual orthodontics, porcelain aesthetic appliances and recently aligners. Within the latter group, treatment with removable clear aligners performed in In-Office has become the alternative that gives greater control to the clinician, as well as allowing a lower value. Digital models are part of the reality of dentistry and although most orthodontists do not have intraoral scanners in their offices, scanning can be performed by the patient in diagnostic imaging centers, upon request from their Dentist (MD). Thus, the digital model has been used by professionals for orthodontic analysis. Orthodontic simulation software may or may not be free, which together with In-Office 3D printers provide orthodontists with advantages for planning orthodontic treatment. An In-Office 3D printer produces a physical model in a few hours. This narrative review aims to evaluate the added value of this new technique, no longer being totally dependent on the big brands that exist in the market, and clinicians starting to control the workflow in its entirety, leading to a reduction in the value of orthodontic treatment, using aligners. transparent. The search engines PubMed, B-on, Scielo, Google Scholar, Cochrane and Web of Science were used to carry out this research.
Nowadays, there is a constant concern for aesthetics. In the field of orthodontics, the search for less visible appliances is a finding. The fact that the orthodontic device has also become popular with the adult population has increased the level of demand in terms of its visibility. In a way to circumvent the demands required in term of aesthetics during treatment, several techniques have appeared on the market with the aim of making the permanence of the orthodontic appliance in the oral cavity invisible or less noticeable. As an example: lingual orthodontics, porcelain aesthetic appliances and recently aligners. Within the latter group, treatment with removable clear aligners performed in In-Office has become the alternative that gives greater control to the clinician, as well as allowing a lower value. Digital models are part of the reality of dentistry and although most orthodontists do not have intraoral scanners in their offices, scanning can be performed by the patient in diagnostic imaging centers, upon request from their Dentist (MD). Thus, the digital model has been used by professionals for orthodontic analysis. Orthodontic simulation software may or may not be free, which together with In-Office 3D printers provide orthodontists with advantages for planning orthodontic treatment. An In-Office 3D printer produces a physical model in a few hours. This narrative review aims to evaluate the added value of this new technique, no longer being totally dependent on the big brands that exist in the market, and clinicians starting to control the workflow in its entirety, leading to a reduction in the value of orthodontic treatment, using aligners. transparent. The search engines PubMed, B-on, Scielo, Google Scholar, Cochrane and Web of Science were used to carry out this research.
Description
Dissertação para obtenção do grau de Mestre no Instituto Universitário Egas Moniz
Keywords
Ortodontia digital In-office Impressora 3D Software ortodôntico