1^º Congreso Internacional de Herramientas Digitales en Ortodoncia

• Práctica privada exclusiva de ortodoncia en Devon, Pennsylvania
• Diplomado del Board Americano de Ortodoncia y miembro de la prestigiosa Sociedad de Ortodoncia de Edward Angle
• Recibió su grado de dentista (DMD), certificado de Especialista en Ortodoncia y Master en Biología Oral de la Universidad de Pennsylvania, misma institución en la que se desempeño como catedrático por mas de 10 años en la posición de profesor clínico y director de la clínica de ortodoncia
• Ha publicado en varias “peer review” revistas científicas de ortodoncia en el área de mecánica de tratamiento y aparato de arco recto. Es coautor del capítulo “Contemporary Mechanics Using The Straight Wire Appliance” de las dos últimas ediciones del libro de Ortodoncia Graber/Vanarsdall/Vig.
• Recibió el “David Hamilton Orthodontic Research Award” el año 2005 otorgado por la Asociación de Ortodoncia de Pennsylvania así como también el “Outstanding Teacher Research Award” el año 2010 y 2013 otorgado por el Departamento de Ortodoncia de la Universidad de Pennsylvania
• Fundador del “Complete Clinical Orthodontics System” (CCO System™) y del Secchi Institute™, que otorga educación continua para ortodoncistas de USA así como también del resto del mundo

Esta presentación tiene como objetivo contarles cómo logramos que mi oficina de ortodoncia fuese 100% digital.

Es muy importante entender las ventajas y virtudes de las nuevas tecnologías, entre ellas la versatilidad de la plataforma digital SureSmile, la calidad y rapidez del escaner intraoral Primescan, el aporte del diagnóstico con CBCTs y la eficiencia de las impresoras 3D.

Siendo lo más importante, comprender como estas tecnologías pueden integrarse para lograr un flujo digital que sea práctico y eficiente, permitiendo instaurar un flujo digital que mejore la experiencia de nuestros pacientes, disminuya el estrés de nuestro personal y por último aumente la productividad de nuestra oficina.

La ortodoncia con alineadores sin lugar a dudas esta creciendo y por lo tanto, también veremos una gran cantidad de tips con respecto a la planificación de este tipo de tratamientos así como también revisar el flujo completo para producir los alineadores en la oficina.

• Especialista en Ortodoncia, Facultad de Medicina Dentaria, Universidad de Porto
• Magíster en Ortodoncia, Facultad de Medicina Dentaria, Universidad de Porto
• Cursando Doctorado en Medicina, Facultad de Medicina Dentaria, Universidad de Porto
• Profesor Facultad de Medicina Dentaria, Universidad de Porto, 2004-2008
• Profesor Facultad de Medicina, Universidad de Porto, 2011-presente
• Profesor invitado de Master de Ortodoncia, Universidad Salamanca
• Profesor invitado de Master de Ortodoncia, Universidad Sevilla
• Conferencista KOL Dentsply Sirona-SureSmile
• Certificado CCO, Damon, Invisalign e Incognito
• Presidente SPO (Sociedad Portuguesa de Ortodoncia) 2017-2019
• Conferencista Internacional (Portugal, España, Francia, Austria, Alemania, Rusia, Emiratos Arabes Unidos, Chile, EUA)

La deficiencia esquelética transversal maxilar en adultos jóvenes hasta hace poco tenía como única solución terapéutica una cirugía denominada SARPE (Surgical Assisted Rapid Palatal Expansion).

Recientemente, mediante el uso de mini implantes como anclaje esquelético temporal, la ortodoncia ha experimentado un cambio de paradigma.

El enfoque de la conferencia será abarcar toda la evolución desde el MARPE (MiniScrew Assisted Rapid Expansion) hasta el detalle de la planificación digital con el BAME (Bone Assisted Maxillary Expansion), con casos ilustrados paso a paso, incluyendo:

1. Introducción
2. ¿Por qué usar el análisis tomográfico transversal?
3. ¿Por qué cambiar de MARPE para BAME?
4. BAME: casos paso a paso, planificación, colocación y seguimiento
5. Conclusiones

El objetivo de la conferencia es explicar por qué el tratamiento con BAME, por su planificación digital e individualización del dispositivo, es actualmente la solución de referencia para el tratamiento de la endognatia maxilar en adultos jóvenes.

Dr Chatoo qualified as a Dentist from King's College, London in 1993. He gained his Master’s Degree in Orthodontics at GKT Dental Institute, London in 2001. Following this he embarked on a course of specialist training in lingual orthodontics in Paris in 2002. Dr Chatoo was the co-founder of The London Lingual Orthodontic Clinic, the first clinic in the UK dedicated to lingual braces. He was also a founding member of the British Lingual Orthodontic Society.

Dr Chatoo has a keen interest in the multidisciplinary treatment of adult patients. He has been using digital technology exclusively for treatment planning since 2013 during which time he has been able to treat a variety of complex interdisciplinary cases in adults and teenagers.

Dr Chatoo has lectured around the world on a variety of topics involving treatment with lingual braces and digital technology. He runs a successful in office course teaching the benefits of lingual braces and the various applications to orthodontic therapy.

Dr Chatoo is a member of the following societies:

• Fellow in Dental Surgery of the Royal College of Surgeons of England
• Accredited member of the World Society of Lingual Orthodontics (WSLO)
• Accredited member of the European Society of Lingual Orthodontics (ESLO)
• Founding member and past Secretary of the British Lingual Orthodontic Society
• Honorary Secretary of ESLO 2016 -
• Chairman of the Scientific Committee for WSLO 2019
• Chairman of the Scientific Committee for ESLO 2018
• President of The London Dental Fellowship 2014-2015
• Clinical Lecturer and advisor to IAS 2017 -
• Fellow of the Pierre Fauchard Academy

Over that last 25 years there has been a progressive shift towards technology that is shaping the way we carry out assessments, planning and treatment for all out patients – it is the digital revolution in orthodontics.

Digital records, streamlined laboratory processes and computer aided design and manufacture (CAD-CAM) has enabled planning and production of fully customised appliances. Brackets and aligners can be designed to fit perfectly to the contours of the of the tooth, arch wires can be individually manufactured for each patient and AI (Artificial Intelligence) can monitor tooth movement to tell the patient when they should return to see their clinician.

As more patients turn to the “University of Google” for advice we must be ready to objectively understand the new technology so that we can explain how we can help our patients in the real world.

Digital systems allow for more effective communication with the patient to explain the treatment process, the challenges of treatment and the solutions.

This lecture will aim to objectively identify how current technology can help to provide effective and realistic treatment for our patients.

• Björn Ludwig maintains a private orthodontic practice in Traben-Trarbach, Germany.
• He is Assistant Professor at the University of Homburg/Saar, Department of Orthodontics.
• His focus of research work is skeletal anchorage and 3D imaging.
• He has published more than 200 peer reviewed clinical and scientific articles, and is editor of three books.
• He is editor in chief of the Quintessenz publication “Kieferorthopädie” (Orthodontics).
• He is also co-editor of the Journal of Clinical Orthodontics.
• He is active member of the German board in Orthodontics.
• He is past president of the European Begg Society.

The treatment aims of orthodontics, like occlusion, aesthetics and function, didn´t change too much the last decades. Besides that, the diagnostic and treatment range of modern orthodontics got much wider. New high-tech tools and innovations promise to easily guide us to success. But still achieving acceptable or even excellent orthodontic results seem to be “not easy” in real life everyday orthodontic practice. This lecture will discuss everyday challenges in orthodontic diagnostics and treatment. High- and low-tech biomechanics will be demonstrated, clinical tips and tricks will be given and failures will be shown. All this will be illustrated presenting a wide range of clinical examples and discussed with the orthodontic literature.

Dr. Celestino Nobrega achieved his general dental training degree at Sao Paulo State University, Brazil in 1988 and completed his certificate in Orthodontics in Rio de Janeiro State at ABO Brazi Dental Association. The Mastering of Dental Science degree came in 1996, after publishing an elucidating material about MRIs of TMJs. After taking the Roth-Williams continuing education course at Burlingame in 1997, he got the position of educator at several academic associations in Brazil, organizing courses as post-graduate programs director. Reached the PhD title after presenting a Randomized Clinical Trial about the use of Laser radiation for pain control during the orthodontic treatment. Dr Nobrega is a Clinical Associate Professor of the Department of Orthodontics at Case Western Reserve University, and also the Program Leader of Linhart Center for Continuing Dental Education – New York University College of Dentistry. Dr Nobrega have patents granted in USA. He is one of the developers of the CCO System of Interactive Brackets and currently serves the R&D department at LightForce orthodontics located in Burlinton, MA. Due to it’s commitment to education and research fields, Dr Nobrega is considered an alien of extraordinary ability by the United States federal authorities.

• Why moving forward to fully customised prescriptions?
• The cutting-edge Lightforce Technology
• Torque Expression and Rotational Control with customised brackets

Dr. Jorge Bedoya

• Cirujano dentista de la Pontificia Universidad Javeriana, Colombia.
• Rehabilitador oral de la Pontificia Universidad Javeriana, Colombia.
• Actual director de postgrado de Rehabilitación oral, Pontificia Universidad Javeriana.
• Jefe del área de Prostodoncia y Oclusión, Facultad de Odontología, Pontificia Universidad Javeriana 2016-2017.
• Profesor de la Facultad de Odontología Pontificia Universidad Javeriana en pregrado (prótesis fija, operatoria, materiales dentales) y en el postgrado de Rehabilitación Oral, desde el 2010 a la fecha.
• Práctica privada en Rehabilitación oral.
• Líder de opinión de 3M
• Conferencista internacional.

Dr. David Díaz Cabrera

• Odontólogo de la Universidad Central de Venezuela (UCV).
• Especialista en Ortodoncia, Universidad de Buenos Aires, Argentina.
• Especialista en Sistemas Ertty, biomecánicas compuestas y manejo de planos oclusales por anclaje esquelético con miniplacas.
• DDS Member.
• Colaborador de la plataforma Nemotec.
• Diferentes certificaciones en actualización de diagnóstico y planificación 3D, anclaje esquelético con microtornillos, entre otras.
• Instructor de fotografía clínica odontológica y macrofotografía.
• Conferencista internacional.

El desarrollo de tecnologías a nivel global ha generado un cambio en todas las profesiones y la odontología no es la excepción, la cuarta revolución industrial nos ha dado herramientas altamente confiables que mejoran nuestro desempeño clínico generando una odontología más cómoda y confortable para el paciente. 3D Experience aportará a los asistentes una REAL aplicación clínica en todos los campos de la odontología , mostrará como a partir de años de experiencia y desarrollo los doctores Díaz Cabrera y Bedoya han incorporado estas tecnologías y como los procedimientos clínicos en ortodoncia, prostodoncia y cirugía pueden ser más eficaces y precisos.

Dr. Dania Tamimi graduated with a dental degree from King Saud University, Riyadh, Saudi Arabia. She trained at Harvard School of Dental Medicine and learned a doctorate of medical science (DMSc) and certificate of fellowship in Oral and Maxillofacial Radiology in 2005. She is board certified by the American Board of Oral and Maxillofacial Radiology (ABOMR).

She is a reviewer and an Editorial Board member for Oral Surgery, Oral Pathology, Oral Medicine and Oral Radiology (OOOO), as well as a reviewer for DMFR, Oral Radiology, Head and Neck, Angle Orthodontist and AJO-DO. She is the lead author on two textbooks: “Specialty Imaging: Dental Implants” (which has been translated to Portuguese and Russian) and “Specialty Imaging: Temporomandibular Joint” (translated to Spanish) and a co-lead author on “Diagnostic Imaging, Oral and Maxillofacial” (translated to Spanish). She lectures nationally and internationally.

She currently runs her oral and maxillofacial radiology private practice in Orlando, Florida.

This aim of this lecture is to teach clinicians how to look for radiographic diagnostic clues that may indicate the presence of TMD in their dental patients. Taught by Dr. Dania Tamimi, an Oral and Maxillofacial Radiologist and author of a textbook on the subject, “Specialty Imaging: Temporomandibular joint”, the course will include a comprehensive review of TMJ anatomy as visualized on CBCT and MRI volumes. She will review the growth and development of the TMJ and how dysfunction can change the morphology of the oral and maxillofacial complex, including the airway, and how to diagnose some of these dysfunctions using CBCT. The relationship of the TMJs and airway to the occlusion will be discussed in light of bite changes that may affect the final restorative and prosthodontic outcome undiagnosed. With the correct diagnosis of the patient comes higher likelihood of treatment outcome success.

• Post-título Universitario en Ortodoncia Preventiva e Interceptiva - FAEPO - UNESP, Brasil.
• Post-título Universitario en Ortodoncia Corretiva - GESTOS - Araraquara, Brasil.
• Especialización en Ortodoncia y Ortopedia Facial - GESTOS - Araraquara, Brasil.
• Magister en Ortodoncia y Ortopedia Facial de la Faculdad de Odontología de Araraquara - FOAR - UNESP, Brasil.
• Doctorado en Ortodoncia y Ortopedia Facial de la Faculdad de Odontología de Araraquara - FOAR - UNESP, Brasil.
• Fellowship TMJ Surgery - Shanghai Ninth People’s Hospital - Jiao Tong University School of Medicine, Shanghai - China.
• Co-autora del libro Sistemas Ertty - Ortodoncia | DTM | Oclusión.
• Profesora de los cursos Modulares Sistemas Ertty - Brasília/DF, Brasil.
• Coordinadora del curso de Magister en Ortodoncia Sistemas Ertty de la Universidad São Leopoldo Mandic - Campinas/SP, Brasil.
• Speaker nacional e internacional.

La Ortopedia Facial tiene como objetivo eliminar las interferencias no deseadas durante el crecimiento y desarrollo óseo de los maxilares, promoviendo que los dientes se ubiquen en posiciones funcionales y estéticas. El desplazamiento del disco articular interfiere con el crecimiento y desarrollo de la mandíbula y tiene una alta prevalencia en niños / adolescentes entre 6 y 15 años de edad, por lo que debería ser considerado en los tratamientos ortopédicos. Este y otros trastornos temporomandibulares no siempre se acompañan de dolor, pero pueden visualizarse mediante imágenes tomográficas y de resonancia magnética.

La interrelación entre la Ortopedia Facial y la Disfunción Temporomandibular orienta el diagnóstico, complementa los resultados ortopédicos y confirma científicamente los efectos de un tratamiento ortopédico funcional y mecánico de los maxilares.

• Graduated at Universidade Paulista - UNIP;
• Post Graduation on Oral and Maxilo Facial Surgery;
• Post Graduation on Implants and Periodontal Plastic Surgery;
• Fellowship International on Implants and Periodontal Surgery with Dr. Eric Van Dooren - Antwerp - Belgium Implantes

In this new world that we live in, joining specialties combined with fast procedures has become something fundamental for the success of aesthetic rehabilitation.

When we are faced with an interdisciplinary case involving cosmetic surgery, the use of digital planning for a correct and fast guided execution, combined with prosthetic rehabilitation, offers the patient and staff a more predictable, quick and less invasive treatment, seeking dentistry planned and non-reactive results.

During this presentation, we will show how to work with a fast and predictable digital workflow combining Implants, surgical periodontics and aesthetic rehabilitation.

• Odontólogo egresado de la Universidad de Buenos Aires.
• Co Director de la Carrera Diseño Dinámico de la Sonrisa. Universidad de Buenos Aires.
• Profesor Titular de la Facultad de Odontología de la Universidad del Desarrollo, Chile, a cargo de Oclusión en la especialidad de Rehabilitación Oral.
• Ex Profesor de la Universidad del Salvador y John F. Kennedy, Argentina
• Ex Presidente de la Asociación Prostodóntica Argentina seccional de la AOA.
• Socio Honorario de la Sociedad de Rehabilltación Oral y de la Sociedad de Odontología Estética de Brasil, además de la sociedad Peruana de Prótesis dental y Maxilofacial.
• Autor de publicaciones en diferentes revistas internacionales como QDT, PROA, ESTÉTICA dental press, APCD.
• Conferencista internacional.

El concepto del diagnóstico debe ser interpretado como una necesidad para cualquiera de las áreas terapéuticas que realizamos al momento de ver a un paciente por primera vez. Hoy en día y ayudados por la tecnología, existen herramientas 3D que nos permiten obtener otro tipo de información y que tal vez y gracias a ellas, podamos alcanzar un grado de conocimiento muy importante al momento de comenzar un tratamiento. Debemos recalcar que una anamnesis y una historia clínica muy detallada, serán las principales cosas a puntualizar al iniciar el diagnóstico. En segundo lugar debemos incluir los exámenes a través de imágenes radiológicas y todo lo obtenido a través de ellas con mediciones como por ejemplo los cefalogramas o evaluaciones a nivel del estado articular y vertebral. En tercer lugar, debemos recalcar la importancia de un correcto montaje en articulador de modelos de estudio para así poder tener una mejor idea del presente y también proyectar el futuro de un tratamiento. En este aspecto, hoy en día los escaneos intraorales, extraorales y la utilización de diferentes softwares, nos pueden otorgar desde un inicio la visualización del futuro tratamiento, así como también un conocimiento mayor de las dinámicas mandibulares y de esta manera conocer no sólo en forma estática al paciente sino también de manera dinámica. Los invito a realizar un recorrido por cada uno de estos pasos y que de esta manera podamos ayudarnos entre todos a tener una mejor visión para nuestros próximos tratamientos.

He is professor in maxillo-facial and facial plastic surgery. He is a consultant maxillo-facial and facial plastic surgeon at the division of Maxillo-Facial surgery, General Hospital St John, Bruges and coordinator of the Cleft & Craniofacial Centre Bruges. Private practice in cosmetic facial surgery, Clinic Tilleghem, Bruges.

He obtained his medical degree in 1995 at the University of Antwerp (UA) and his dental degree at the University of Brussels (ULB) in 1998. He was trained in cranio-maxillo-facial surgery in Hannover (Prof. J.-E. Hausamen and Prof. H. Schliephake) and plastic reconstructive and aesthetic surgery in Hannover and Brussels (Prof. A. De Mey). He obtained his certificate in “maxillo-facial surgery” in 2002 and in “plastic and aesthetic surgery” in 2005. He obtained his PhD degree (“Habilitation”) in 2004 at the Hannover Medical School and became associate professor. In 2009 he became the academic title “APL-Professor”.

His interests are orthognatic surgery, cosmetic facial plastic surgery and congenital malformations. He has a special interest in three-dimensional virtual imaging, planning and design of new innovative patient specific implants. He has been member of the Education Committee of the International Association of Oral and Maxillofacial surgery (IAOMS) and section editor of the “Imaging Section” of the International Journal of Oral Maxillofacial Surgery until 2017. He is actually councilor for Belgium of IAOMS. He published extensively in the scientific literature and presented on numerous occasions at both national and international congresses. He is editor of two books: “Three-Dimensional Cephalometry. A Color Atlas and Manual” and “Three-Dimensional Virtual Planning of Orthognathic Surgery”.

The aim of this presentation is to show how patient morbidity in orthognathic surgery can be decreased by increasing overall efficiency in the operation theatre. A evidence-based new innovative concept towards “Step-by-step” minimally invasive orthognathic surgical techniques will be presented. The potential and benefits regarding its clinical routine use in regard to decreasing overall patient morbidity, increasing safety, and its cost-effectiveness will be discussed.

• DDS LSU School of Dentistry 1980
• Certificate in Orthodontics LSU School of Dentistry 1982
• FACE 1985-1987
• American Board of Orthodontics 1988
• Roth Study Club 1987-2018
• Roth Williams International 1994-2018

• Graduada en Odontología, Pontificia Universidad Católica de Paraná – PUCPR.
• Especialista en Cirugía Buco-maxilofacial, SOBRACIBU.
• Magister en Trastornos Temporomandibulares y dolor Orofacial, São Leopoldo Mandic – 2010.
• Postítulo en Trastornos Temporomandibulares, dolores de cabeza y dolores faciales crónicos, Marquette University School Of Dentistry, USA .
• Curso de Artroscopía de ATM en MARC Institute (Dr. McCain).
• Fellowship en cirugía de ATM, Ninth Peoples Hospital, Dr. Yang, Shangai, China.

La ATM es la articulación más compleja del cuerpo humano. Representa un desafío diagnóstico y terapéutico para la Odontología, dada su complejidad anatómica y fisiológica. Para establecer un diagnóstico correcto, además de un plan de tratamiento adecuado, son imprescindibles los registros clínicos e imagenológicos: tomografía computarizada y resonancia magnética. A través de ellos, es posible evaluar la integridad y la relación de los tejidos duros y blandos, que incluyen: cóndilo mandibular, fosa glenoidea, eminencia articular, disco articular y sus estructuras anexas. La alteración de las estructuras anatómicas de la ATM causadas por el desplazamiento del disco articular es una condición clínicamente importante, con alta prevalencia en poblaciones de pacientes sintomáticos y asintomáticos y puede afectar la homeostasis del cartílago articular, el cual debe ser evaluado cuidadosamente, especialmente en pacientes que serán sometidos a cualquier tratamiento de ortodoncia. De esta forma, se reduce el riesgo de recidivas y, en consecuencia, se aumentan las posibilidades de lograr la estabilidad a largo plazo de los tratamientos propuestos.

• Studies of Dentistry at the University of Showa (Tokyo-JAPAN).
• Postgraduate student in Orthodontics at the University of Showa, department of Orthodontics Professional.
• Private practice as a specialist in Orthodontics in Tokyo (Shinjuku and Hongo) since 2007 with Dr. Dan, Dr. Kumagai, Dr.Watanabe, Dr.Seko and Dr.Sugawara.
• Adjunct Professor University of Torino(Italy) Orthodontics Department.
• American Academy of Cosmetic Orthodontics Asian Chapter president.
• President of JAPAN Academy of Aligner Orthodontics.
• DSD/Aligner Key Opinion Leader.
• Advisory Board of Biolux (OrthoPulse).
• Invisalign Global Clinical Speaker & Faculty, Invisalign Black Diamond Provider
• Speaker in Japan, Italy, Germany, Spain, France, Austria, Swiss, Poland, Australia, Iran, Mexico, Brazil, Saudi Arabia, China, Russia,Thailand, Hong Kong,Taiwan, Korea, Indonesia and United States.

Due to advance in aligner technology in recent years, options to treat complex cases with aligners have grown. Today it is possible to obtain excellent orthodontic treatment results for many difficult cases using aligners. Just now we have a over 3000 cases Invisalign system experience among more than 1500 cases acceleration approach. Furthermore by adding accelerate devices as part of the treatment protocol we are able to shorten treatment times significantly.

And now I will share for how to approach about my treatment planning with DSD concept with aligner orthodontics. I will present various cases tooth control TYPES & MANAGEMENT for TADs with aligner orthodontics approach. Type1: Lower molar distalization avoid extraction, Type 2: Camouflage approach avoid surgery from TADs with Aligner. Type 3: Surgery first approach collaboration to aligner orthodontics with TADs. And we explore the extent to which we can accelerate orthodontic tooth movement with aligners though accelerate devices.

Dr. Lucia Cevidanes is the Thomas and Doris Graber Professor of Dentistry and Associate Professor at the Department of Orthodontics at the University of Michigan, and a Diplomate of the American Board of Orthodontics. She is a practicing clinician who has published over 145 manuscripts on 3D imaging for which she has received research grants from the American Association of Orthodontics Foundation and the National Institute of Dental and Craniofacial Research. Her work has been recognized by the American Association of Orthodontists Thomas M. Graber Award, the B F Dewel Award, Milo Hellman Award, and the Wuehrmann award from the American Academy of Oral and Maxillofacial Radiology. Her interests include Artificial Intelligence and 3D Imaging to solve difficult clinical problems in orthodontics, studying current and new treatment approaches and technical procedures, and understanding treatment outcomes for craniofacial anomalies and dentofacial deformities

• Profesora de Odontología Thomas and Doris Graber y profesora asociada en el Departamento de Ortodoncia de la Universidad de Michigan, y Diplomada de la Junta Estadounidense de Ortodoncia.
• Médico en ejercicio que ha publicado más de 145 manuscritos sobre imágenes 3D para los que ha recibido becas de investigación de la Fundación de la Asociación Estadounidense de Ortodoncia y el Instituto Nacional de Investigación Dental y Craneofacial. Su trabajo ha sido reconocido por el premio Thomas M. Graber de la Asociación Americana de Ortodoncistas, el premio B F Dewel, el premio Milo Hellman y el premio Wuehrmann de la Academia Americana de Radiología Oral y Maxilofacial.
• Sus intereses incluyen Inteligencia Artificial e Imágenes 3D para resolver problemas clínicos difíciles en ortodoncia, estudiar enfoques de tratamiento nuevos y actuales y procedimientos técnicos, y comprender los resultados del tratamiento para anomalías craneofaciales y deformidades dentofaciales.

Las imágenes en 3D, la fabricación aditiva y el aprendizaje automático han innovado recientemente nuestra práctica clínica con modelos digitales 3D, fotografías 3D, imágenes de CBCT (Cone Beam) y aparatos impresos 3D. Los datos 3D (3D data) brindan información sobre las compensaciones dentales y los cambios esqueléticos producidos por diferentes enfoques utilizados para la corrección ortopédica de maloclusiones de Clase II y Clase III, con un nuevo entendimiento de los cambios faciales en 3D con el crecimiento y la respuesta al tratamiento. Si bien los datos 3D longitudinales en el ámbito de la corrección ortopédica son actualmente sólo a corto plazo, la corrección quirúrgica también puede mostrar notables adaptaciones y recidivas posquirúrgicas.

• Graduated in Dentistry at Universidade Paulista (UNIP), São Paulo, Brazil.
• Master Degree in Cell and Tissue Biology at the University of São Paulo (ICB/USP). Theme: Histological aspects of tooth movement.
• Doctor Degree and Specialist in Orthodontics-Facial Orthopedics at the University of Ulm, Germany. Topic: Biomechanics in Orthodontics-Facial Orthopedics.
• Visiting Professor of the Postgraduate Course in Orthodontics-Facial Orthopedics, Department of Dentistry, Universidade Paulista
• Visiting Professor, Department of Orthodontics, University of Ulm, Germany
• Associate Researcher at the Laboratory of Oral Biology (LBO), Faculty of Dentistry, University of São Paulo (FO/USP)
• Clinical Director of CA Clear Aligner do Brasil
• Certifying Professor and Consultant at Scheu-Dental / CA-Clear-Aligner International
• Dolphin Imaging Clinical Consultant in Brazil.
• Fellow of the World Federation of Orthodontics
• Member of the European Orthodontic Society, the German Society of Orthodontics (Deutsche Gesellschaft für Kieferorthopädie) and the Brazilian Association of Orthodontics (ABOR)
• Guest Speaker in several National and International Class Associations and Entities

The new era in Orthodontics involving clear aligner therapy have been challenging our knowledge and mindset. A complete digital workflow is changing our clinical routine by adoptions & adaptations aiming optimized precision, efficiency, predictability and treatment outcomes. We will briefly share our technical and clinical experience in this field, enhancing key points and factors that improves the connection between virtual planning and clinical results.

Graduated in Medicine and Surgery, specialized in Orthodontics in 1993 with full marks and honors.

For over twenty years has dedicated his work exclusively to Orthodontics introducing innovative approaches in the treatment of malocclusions with strategies useful for enhancing the harmony of the face.

Dr. Cocconi has carried out his clinical profession in Parma where, since 1993, Ieads the Cocconi Orthodontic Studio-FACExp Center.

Parallel to his daily clinical activity in the studio, Dr. Cocconi has been engaged in an intense scientific-educational activity at national and international level.

Dr. Cocconi particular attention today is focused on sharing the innovations he constantly introduce for the digital planning of complex orthodontic-surgical and multidisciplinary treatments.

For many years Dr. Cocconi has been invited as the main speaker at the congresses of all the most important European and American Orthodontic Societies.

The advent of implants and new restorative materials expanded the esthetic options for our patients.

Interdisciplinary know how is an important necessity in contemporary orthodontics.

The complexity of these interdisciplinary treatments is related to 3 main aspects.

1.- Planning: 3D digital planning can help the team to resolve the relation between position and size of teeth (dictated by the orthodontist) to obtain the best Form (dictated by the restorative dentist) with Minimal Invasive Preparation (MIP).

2.- Team interaction: who does what and when is critical. The intervention of the restorative dentist is often at the end of the orthodontic treatment and he will guide the orthodontic finishing. In some cases the interaction is more critical at the beginning or during the orthodontic treatment.

3.- Quality of the result: the criteria of success is to be able to provide a proper esthetic outcome, periodontal health and long term stability. An attractive smile within the context of the face might require an orthofacial surgery to resolve the chief complaint of the patient; in this context the orthodontist should be able to position teeth in accordance to the need of the ortho surgical preparation and of the restorative final procedures.

The younger the patient the more important is the potential for reintervention, and subsequently the more important are minimally invasive preparations. In adult patient we will emphasize the techniques that can better resolve the esthetic and functional problems of the damaged dentition.

When is the proper time of an implant in the esthetic zone? Do we have alternative options?

• Dentist, University of Bern
• Orthodontic specialist, University of Basel
• Opening Smile AG (german for: Smile Inc.), private orthodontic clinic in Belp, Switzerland
• Inventor and pioneer in CAD/CAM procedures for metal and acrylic 3d printed orthodontic appliances
• Autor de varias publicaciones en revistas cientificas
• International speaker

Simon Graf has a specific interest in the translation of orthodontic procedures, specially of orthodontic appliances, in the digital world. His main interest is the virtual planning and 3d metal printing of orthodontic appliances. Not only on teeth, but also on mini-implants (TAD), and integrating them in the digital workflow. He is lecturing about these topics since 2016 worldwide.

Simon Graf demonstrates in his lecture how to virtually plan a 3d metal-printed orthodontic appliance, explaining, how to transfer the classic metallic orthodontic appliance in the digital world. He will show the process from planning, 3d-metal printing till clinical insertion in the mouth. As there are not just tooth-borne orthodontic appliances, he will give an overview on how they can be used for different treatment approaches with TADs as well.

Aim:

• Orthodontists should know the basic principles of virtual planning and 3d metal printing of appliances
• They should know the possibilities and restrictions of those virtual planned appliances
• They should know different treatment approaches

CEO of Ortodonzia Estense Ltd, an Orthodontic dental laboratory, education, research and product development center, for new and innovative digital orthodontics technologies. He is a pioneer in Orthodontics digital dentistry, and a leading resource, products, and techniques used in dentistry today. Stefano writes many articles, as one of today’s most exciting lecturers and innovative artisans in the specialty of orthodontics digital dentistry appliances, IDB solution and clear aligners solutions.

From 2011-2012 Master at the University of L’Aquila as specialist in orthodontic lab technique (SDT), from 2015-2016 Master at the University Marconi in Rome as specialist in digital dental solutions. He was elected in the 2015-16 Chairman of Ortec Association of Italian Orthodontist Technicians. He is the 2018 recipient of the Aldridge Medal Awards from the OTA Orthodontic Technicians Association (UK). KOL 3Shape since 2009.

In my lecture I talking about the new mentality of digital workflow in an Orthodontic laboratory, what to think, how to think, how to make workflows simpler, faster and more efficient.

We will face new materials, a new way of designing orthodontic devices, metal free appliances, printing vs milling, tip and tricks.