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Library of Orthodontic appliances. Module 2: digital protocols
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Stefano Negrini
Detalles del curso
Lecciones del curso
Lecciones del curso
Conferencistas
ADA CERP
Detalles
9 lecciones
6.75 CE Credits
Inglés
Descripción
Online library of digital protocols for manufacturing the most popular orthodontic appliances: all in one place!
Training model: "tell-show-do". Detailed video protocols for manufacturing of appliances are waiting for you, which you can return to at any time:
– RME appliances
– TwinBlock
– Herbst appliances
– Beneslider by direct and indirect methods
– Bone Borne RME by direct and indirect methods
– Mesialslider by direct and indirect methods.
Lección 1.RME appliances: manufacturing methods in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Design custom bands and arms
– Select and add different screws
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 1 h 15 min
Lección 2.TwinBlock: manufacturing methods in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Design base for TwinBlock
– Select and add bite block for TwinBlock
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 1 h 15 min
Lección 3.Herbst appliances: manufacturing methods in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Design custom bands for Herbst (different options)
– Select and add different screws and attachments for Herbst arms
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 1 h 15 min
Lección 4.Beneslider: direct manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– Design full Beneslider in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
Lección 5.Beneslider: indirect manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– The Doctor inserts in place TADs and takes a scan with ScanBody
– Prepare STL files and combine them with scanbody
– Design full Beneslider in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
Lección 6.Mesiaslider: direct manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– Design full Mesialslider in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
Lección 7.Mesiaslider: indirect manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– The Doctor inserts in place TADs and takes a scan with scanbody
– Prepare STL files and combine them with scanbody
– Design full Mesialslider in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
Lección 8.Bone Borne RME: direct manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– Design full Bone Borne RME in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
Lección 9.Bone Borne RME: indirect manufacturing method in a digital protocol
– Receive and prepare scans with model bases
– Clean models preparing for design (if necessary)
– Combine STL files and CBCT files
– Planning TADs positions and designing the insertion guide
– The doctor inserts in place TADs and takes a scan with scanbody
– Prepare STL files and combine them scanbody
– Design full Bone Borne RME in 3D
– Finish the design and prepare for manufacturing.
Recommended for: Orthodontists, Dental technicians.
Time: 35 min
El curso incluye las siguientes lecciones:
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Ortodoncia
Métodos de tratamiento
Preguntas generales
Odontología funcional
Métodos de tratamiento
Conferencistas 1
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Técnico Dental Certificado especializándose en ortodoncia digital, aparatos ortodóncicos CAD/CAM, soluciones de cementación indirecta y tecnología de alineadores transparentes. CEO y Fundador de Ortodonzia Estense Ltd en Ferrara, Italia, laboratorio dental ortodóncico, centro educativo y empresa de desarrollo de productos enfocada en tecnologías ortodóncicas digitales innovadoras.
Más de 30 años de experiencia en técnicas de laboratorio ortodóncico con transición de métodos análogos tradicionales a flujos de trabajo digitales integrales. Pionero en ortodoncia digital en Italia, desarrollando protocolos sistemáticos para aparatos ortodóncicos impresos 3D y fresados incluyendo aparatos funcionales (Herbst, Fränkel, Twin Block), retenedores, bandejas de cementación indirecta y sistemas de alineadores transparentes. Experto en software de diseño digital y toma de decisiones entre fresado versus impresión 3D para diferentes tipos de aparatos.
Chairman de ORTEC (Association of Italian Orthodontic Technicians, 2015-2016). Receptor de Aldridge Medal Award de OTA Orthodontic Technicians Association, Reino Unido (2018), reconociendo contribuciones sobresalientes a tecnología ortodóncica. Key Opinion Leader (KOL) para 3Shape desde 2009. Conferenciante internacional y educador presentando en Europa, Asia y Américas sobre flujos de trabajo ortodóncicos digitales, diseño de aparatos y colaboración laboratorio-clínico. Autor de múltiples artículos en revistas de tecnología ortodóncica sobre soluciones digitales y fabricación de aparatos innovadores.
Técnico Dental Certificado. Master's degree en Ortodontic Laboratory Techniques (SDT - Specialista in Dispositivi di Tecnica Ortodontica) de University of L'Aquila, Italia (2011-2012). Master's degree en Digital Dental Solutions de Marconi University, Roma, Italia (2015-2016). Fundador de Ortodonzia Estense en 1992, inicialmente especializándose en aparatos fijos, removibles, funcionales y ortopédicos antes de transicionar a práctica enfocada en digital.
Organizador
OHI-S
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