Restauraciones indirectas en sector posterior con sistema cad cam
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2021-10
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Universidad de Guayaquil. Facultad Piloto de Odontología
Resumen
El objetivo principal de este trabajo es identificar las necesidades potenciales y
actuales de los pacientes para demostrar que están preparados y capaces de servir a la
comunidad a través de la modernidad que ofrece la odontología en la actualidad, como los
sistemas CAD CAM (DISEÑO ASISTIDO POR COMPUTADORA Y MANUFACTURA
ASISTIDA POR COMPUTADOR), en este caso, nos vamos a centrar en restauraciones
indirectas en el sector posterior para ayudar a mejorar la resistencia, una mejor ajuste
marginal y función en la cavidad bucal del paciente. Las ventajas de conocer este sistema
informatizado son de gran utilidad tanto para el especialista como para el paciente
consultado. Porque, en el futuro, la tecnología sin duda se pondrá al día con la tecnología
manual. En conclusión, contamos con varios sistemas para la obtención de
restauraciones indirectas libres de metal, los más comunes y utilizados son los
denominados diseño asistido por computadora y fabricación asistida por computadora,
estos proyectos y desarrollos son asistidos por computadora. Para preparar una
restauración de esta forma, es necesario seguir tres pasos: Se obtiene la preparación del
diente obtenido del escáner, el diseño de la restauración realizado por el programa
informático y la restauración a partir del procesado del bloque cerámico. El lugar de
fabricación de la restauración determina el procedimiento y el protocolo de fabricación.
Esta tecnología combina la fuerza de los nuevos materiales cerámicos con la estética que
ofrecen. Hoy en día existe una amplia variedad de materiales que se pueden procesar con
este sistema.
The main objective of this work is to identify the potential and current needs of patients to demonstrate that they are prepared and capable of serving the community through the modernity that dentistry offers today, such as CAD CAM systems (DESIGN ASSISTED BY COMPUTER AND COMPUTER-ASSISTED MANUFACTURING), in this case, we are going to focus on indirect restorations in the posterior sector to help improve strength, better marginal fit and function in the patient's oral cavity. The advantages of knowing this computerized system are very useful for both the specialist and the patient consulted. Because, in the future, technology will certainly catch up with manual technology. In conclusion, we have several systems for obtaining metal-free indirect restorations, the most common and used are the so-called computer-aided design and computer-aided manufacturing, these projects and developments are computer-aided. To prepare a restoration in this way, it is necessary to follow three steps: The preparation of the tooth obtained from the scanner is obtained, the design of the restoration carried out by the computer program and the restoration from the processing of the ceramic block. The place of manufacture of the restoration determines the manufacturing procedure and protocol. This technology combines the strength of new ceramic materials with the aesthetics they offer. Today there is a wide variety of materials that can be processed with this system
The main objective of this work is to identify the potential and current needs of patients to demonstrate that they are prepared and capable of serving the community through the modernity that dentistry offers today, such as CAD CAM systems (DESIGN ASSISTED BY COMPUTER AND COMPUTER-ASSISTED MANUFACTURING), in this case, we are going to focus on indirect restorations in the posterior sector to help improve strength, better marginal fit and function in the patient's oral cavity. The advantages of knowing this computerized system are very useful for both the specialist and the patient consulted. Because, in the future, technology will certainly catch up with manual technology. In conclusion, we have several systems for obtaining metal-free indirect restorations, the most common and used are the so-called computer-aided design and computer-aided manufacturing, these projects and developments are computer-aided. To prepare a restoration in this way, it is necessary to follow three steps: The preparation of the tooth obtained from the scanner is obtained, the design of the restoration carried out by the computer program and the restoration from the processing of the ceramic block. The place of manufacture of the restoration determines the manufacturing procedure and protocol. This technology combines the strength of new ceramic materials with the aesthetics they offer. Today there is a wide variety of materials that can be processed with this system
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RESTAURACION DENTAL, CAD CAM-DISEÑO ASISTIDO POR COMPUTADORA Y MANUFACTURA ASISTIDA POR COMPUTADOR, TECNOLOGIA ODONTOLOGICA