Efeitos na variação da espessura de camadas e velocidade da impressão dos modelos 3d de enceramento digital, nas características visuais de mock-up, observadas por profissionais e acadêmicos da odontologia.
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Data
2022-11-30
Tipo de documento
Artigo Científico
Título da Revista
ISSN da Revista
Título de Volume
Área do conhecimento
Ciências da Saúde
Modalidade de acesso
Acesso fechado
Editora
Autores
Marinho, Islaynne Dannielle Sousa
Morais, Virgínia Eduarda Duarte Marinho
Orientador
Veríssimo, Aretha Heitor
Coorientador
Ferreira, Gustavo Cavalcanti
Resumo
Em tempos em que a busca pela estética perfeita e procedimentos mais confortáveis aos pacientes são requisitos indispensáveis na odontologia moderna, o Computer Aided Designer (CAD) e o Computer Aided Manufacturing (CAM) apresentam-se como ferramentas tecnológicas capazes de entregar procedimentos menos invasivos aliados ao ganho de estética uma vez que permitem a moldagem, projeção e fabricação de objetos através de um ensaio restaurador intraoral ou mock-up. Este ensaio é capaz de produzir um modelo prévio fiel ao resultado final de seu tratamento, objetivando um melhor planejamento. O objetivo da presente pesquisa é observar as diferenças de visualização dos modelos impressos em 3D, em diferentes velocidades e espessuras, sendo o Sorriso 1 impresso em 100 micrometros e o Sorriso 2 impresso em 50 micrometros, observadas por profissionais e estudantes da área, os dados foram coletados através de um formulário do Google Forms disponibilizado aos participantes da pesquisa, o questionário era composto por nove questões, objetivas e subjetivas. Os resultados serão aprensentados atráves de gráficos para melhor compreensão do leitor.
At times which the search for the perfect aesthetic e procedures more comfortable to the patients are essential requirements in the modern dentistry, the Computer Aided Designer (CAD) and the Computer Aided Manufacturing (CAM) show themselves as technologic tools able to deliver less invasive procedures allied with a gain of aesthetic because they allow the molding, projecting and manufacturing of objects through an intraoral restorative assay, or mock-up. This assay is capable to produce a preview model of the final treatment result, aiming a better planning. The goal of this research is observe the differences of views of the 3D printed models in different speeds and thicknesses. The smile 1 was printed in 100 micrometers, while the smile 2 was printed in 50 micrometers, observed between professionals and students of dentistry. Data was collected throught a Google Form which was sent to the participants of the research. The survey was composed of nine questions, multiple choice and subjective. The final results will be show as graphics, for a better understanding by the reader.
At times which the search for the perfect aesthetic e procedures more comfortable to the patients are essential requirements in the modern dentistry, the Computer Aided Designer (CAD) and the Computer Aided Manufacturing (CAM) show themselves as technologic tools able to deliver less invasive procedures allied with a gain of aesthetic because they allow the molding, projecting and manufacturing of objects through an intraoral restorative assay, or mock-up. This assay is capable to produce a preview model of the final treatment result, aiming a better planning. The goal of this research is observe the differences of views of the 3D printed models in different speeds and thicknesses. The smile 1 was printed in 100 micrometers, while the smile 2 was printed in 50 micrometers, observed between professionals and students of dentistry. Data was collected throught a Google Form which was sent to the participants of the research. The survey was composed of nine questions, multiple choice and subjective. The final results will be show as graphics, for a better understanding by the reader.
Palavras-chave
Computer Aided Designer, Mock-up, Computer Aided Manufacturing, Odontologia estética