AAO Annual Sessions 2025 (LIVE SESSIONS)
DateApril 25, 2025Explore the cutting-edge applications of AI and 3D technology in orthodontics. This presentation will focus on how large language models (LLMs), AI segmentation tools, and open-source 3D software like Blender, combined with Python scripting, are transforming orthodontic diagnostics and treatment planning. Participants will learn how to leverage these technologies to calculate complex biomechanics and enhance their diagnostic capabilities. Attendees will gain insights into the rapidly evolving landscape of AI and its role in developing a more precise and efficient orthodontic practice.Objectives
- Identify existing and potential applications of AI technologies in orthodontic diagnosis and treatment planning.
- Understand the concept of the virtual patient and how AI-driven 3D simulations can enhance diagnostic accuracy.
- Apply 3D simulation tools and AI techniques, including biomechanical calculations, to improve treatment planning and outcomes in orthodontics.
Speakers
Juan F. González, DDS, MSJean Marc Retrouvey, DMD, MSc- DateApril 25, 2025The growing interest in digital tools has made AI a popular and exciting topic. However, there is not much discussion about how AI might affect orthodontic practice in the future. It's becoming increasingly important to understand how each provider can use these technologies to shape the future. This presentation will offer a comprehensive view of this topic, focusing on orthodontics to show how we can use this technology to advance our field beyond consumerism.
Objectives
- Gain insights into how AI technologies can transform orthodontic practice, including potential benefits and challenges.
- Learn how individual orthodontic providers can engage with and leverage AI to enhance their practice and contribute to advancing the field focusing on professional growth rather than consumer trends.
- Be a critical thinker when using AI and plan its safety.
Speaker
Lina Sharab, DDS, MS, MSc - DateApril 25, 2025In an orthodontic clinic, a pair of eyes serves as a crucial element for keen observation and assessment. These eyes belong to the orthodontic professionals, including orthodontists and their support staff, who meticulously examine patients' facial features, dental alignment, and overall oral health. With a sharp focus, these eyes detect nuances in tooth positioning, jaw structure, and potential issues that may require intervention. Recent developments of AI technologies show promise in serving as the new pair of eyes in the orthodontic clinic. The presentation will review these technologies. They symbolize the empathetic connection between the orthodontic professionals and their patients. Technology conveys a sense of accuracy, efficiency, understanding, reassurance, and commitment to providing the best possible care throughout the transformative journey of achieving a healthier, more confident smile.
Objectives
- Review general terms of artificial intelligence.
- Review digital orthodontic technologies.
- Connect AI technologies (e.g., image segmentation, dental monitoring, feature detection, tooth movement, etc.) to clinical applications.
Speaker
Ching-Chang Ko, DDS, MS, PhD - DateApril 25, 2025Artificial Intelligence (AI) is transforming our ability to care for our patients. The use of AI generates an enormous amount of data on our patients, procedures and our practices. This data can be used to our advantage to help us drive the delivery of care in a way that will revolutionize how we organize our workflow, interact with our team members, deliver care and enhance the patient experience. You may not be a fan of Tesla or AI, but their presence can NOT be ignored. Buckle up!
Objectives
- Recognize how data can help us see our blind spots.
- Demonstrate how the use of AI and data can help us revamp our practice workflow and efficiencies to improve the delivery of care.
- Coordinate and implement the delivery of care with the data available to us through AI and automation to enhance the patient experience and achieve better outcomes.
Speaker
Tara Gostovich, DMD - DateApril 25, 2025This presentation explores how computer vision technology is changing orthodontic practices. We will discuss current applications, such as automated cephalometric analysis, 3D imaging, and virtual treatment simulations, along with future possibilities like AI-driven treatment planning and real-time patient monitoring. By delving into the science behind computer vision, this talk will highlight how these innovations enhance diagnostic accuracy, streamline workflows, and improve patient experiences, ultimately transforming the future of orthodontics.
Objectives
- Gain a foundational understanding of how computer vision technology works, including image processing, feature detection, and deep learning applications.
- Evaluate how computer vision is used in cephalometric analysis, 3D imaging, treatment simulation, and innovations that can improve diagnostic accuracy and patient care.
- Examine how computer vision tools enhance the patient experience and the orthodontist’s workflow and understand the ethical considerations and challenges of integrating AI technologies into clinical practice.
Speaker
Melih Motro, DDS, CAGS, PhD - DateApril 25, 2025The field of artificial intelligence has experienced spectacular development and growth over the past two decades. With recent progress in digitized data acquisition, machine learning and computing infrastructure, AI applications are transforming software development. This presentation will show how to use validated AI software programs in orthodontic diagnosis, treatment planning, imaging, virtual tooth movement, in-direct bonding and virtual debonding.
Objectives
- Recognize the applications of validated AI software packages in orthodontics.
- Maximize the workflow efficacy by incorporating new technology to their offices.
- Identify the differences between AI software programs that are commercially available.
Speaker
Tarek ElShebiny, DDS, MSD - DateApril 26, 2025This presentation explores the transformative impact of 4D printing in orthodontics, revolutionizing education, research, and clinical applications. 4D printing is a process that uses 3D printers to create objects that are able to change their shape or properties in a predictable way over time in reaction to conditions such as exposure to water, air, heat, or an electric current. 4D printing introduces dynamic adaptability, enhancing residents learning experiences and advancing realistic research simulations. The presentation will also introduce a novel 4D-printed typodont for educational purposes, marking a pioneering step in orthodontic education. Embracing the potential of 4D printing, this session envisions a future where personalized orthodontic care is redefined for improved patient outcomes.
Objectives
- Understand how 4D printing can reshape orthodontic education, providing attendees with a clear vision of the innovative ways in which dynamic models can enhance the learning experience for students.
- Acquire knowledge on how 4D printing technology facilitates advanced research, allowing attendees to grasp the potential for realistic simulations in orthodontic structures and its implications for treatment planning and outcomes.
- Practically integrate 4D printing in orthodontic clinical settings, and appreciate the technology's role in creating personalized and adaptive orthodontic devices for more effective and patient-centered treatment strategies.
Speaker
Elie Amm, DDS, MS, PhD - DateApril 26, 2025Skeletal anchorage through temporary anchorage devices (TADs) has expanded the capabilities of tooth movement in directions and magnitudes that were not possible to achieve in the past. Miniscrews in the palate typically require appliances that deliver predictable force mechanisms to the teeth in the maxilla. These appliances can now be designed and 3D-printed to deliver precise force systems from TADs to intrude, mesialize and distalize groups of teeth.
Objectives
- Define how to design and fabricate maxillary 3D-printed appliances anchored on palatal TADs to deliver precise anteroposterior and vertical forces.
- Demonstrate how 3D-printed appliances from TADs can be used in combination with clear aligners for more predictable mechanics.
- Demonstrate how mini plates can be combined with 3D-printed appliances in complex cases.
Speaker
Flavio A. Uribe, DDS, MDentSc - DateApril 26, 2025This presentation will describe the fundamental characteristics of 3D-printed materials used for aligners and the workflow for an efficient production (tips and tricks) as well as clinical applications. We'll also review the results of a movement accuracy study we performed comparing different aligners.
Objectives
- Understand the properties of direct printed aligners.
- Understand the proper production workflow of direct printed aligners.
- Evaluate the efficiency and movement accuracy of direct printed aligners and select proper cases to start production.
Speaker
Marco Migliorati, DDS, PhD, MSc - DateApril 26, 2025Artificial Intelligence (AI) has become an integral part of orthodontic practice, reshaping our clinical strategies and decision-making. The fusion of AI with 3D imaging and additive manufacturing technologies has improved how we interpret 3D digital models and Cone Beam CT imaging, and create 3D printed orthodontic appliances. AI's role is critical in managing complex dental and skeletal conditions, enriching our understanding of facial changes driven by growth and treatments. Clinically, AI aids in addressing a range of challenges including the management of ectopic tooth eruption, correction of various malocclusions, treatment of facial asymmetries, and evaluation of postoperative stability. While we continue to understand the long-term implications of orthopedic and surgical interventions, AI's predictive models offer insights into post-treatment dynamics, including adaptation and potential relapse. These advances blend technology with clinical acumen to enhance patient care.
Objectives
- Provide insights into the current capabilities of AI in orthodontics, debunk common misconceptions, and foster a realistic understanding of what AI can and cannot do in clinical decision-making.
- Critically examine the limitations and challenges of integrating AI into orthodontic practice, including data reliability, algorithmic transparency, and ethical considerations.
- Prepare yourselves for the influx of AI-driven courses and tools, offering strategies to selectively integrate AI into practice, ensuring patient safety, and maintaining the clinician's pivotal role in treatment planning and execution.
Speakers
Jonas Bianchi, DDS, MSc, phDUniversity of the PacificLucia H. Cevidanes, DDS, MS, PhD - DateApril 26, 2025This session will present the workflow and the new possibilities for orthodontic treatment with direct printed aligners and how these new materials with memory shape properties can maximize clinical results. The evolution and advances of CAD-CAM technologies and 3D printing are quite evident today, including optical intra-oral scanning, which has led to a surge in the popularity of clear aligners as an efficient treatment modality. The production of in-house aligners is a reality in current orthodontics, the possibility of the orthodontist planning his case and producing their aligners without the need for a third party increases the possibility of a better outcome, and this independence can also improve the final results by giving the chance to make refinements at any time, deliver the aligners with less turnaround time, the use of hybrid mechanics, enhance treatment flexibility by mixing the materials such as the normal thermoformed aligners, fixed appliances, and auxiliaries. Direct printed aligners can be designed with different thicknesses, hooks, and buttons, using fewer attachments and more audacious staging parameters, with realistic and feasible results. The production of direct printed aligners in-house has expanded clinical possibilities and facilitated the aligner manufacturing process. The clinical experience of the orthodontist and the mastery of digital planning software can reflect positively on clinical results. In-house aligners can be produced sequentially with periodic sequential intra-oral scanning chairside with shorter treatment planning based on clear and targeted objectives to optimize the clinical results.
Objectives
- Recognize 3D printing workflow to produce directly printed aligners "in-house".
- Identify the importance of the clinical expertise of the orthodontist for mastering digital planning software and propose an optimized treatment plan.
- Evaluate the clinical alternatives for direct printed aligners and different staging parameters.
Speaker
Antonio U. Jacob, DDS, MS - DateApril 26, 2025Digital indirect bonding strengthened by artificial intelligence backed remote monitoring is radically changing the practice of Orthodontics. Utilization of a digital workflow including digital indirect bonding and artificial intelligence allows the doctor more data by which to evaluate the progress, effectiveness, and overall quality of treatment being administered. By harnessing the power of automation, a practice can reach new levels of efficiency and gain the ability to increase productivity, profitability, and peace of mind. Remote monitoring has the ability to provide the patient a more connected experience with their doctor, while at the same time, maintaining the flexibility every patient desires. The combination of digital indirect bonding, artificial intelligence, and remote monitoring can elevate a practice to new heights by improving clinical outcomes, efficiencies, and experiences.
Objectives
- Learn how digital indirect bonding can streamline clinical systems and case outcomes.
- Learn how artificial intelligence can help provide a customized treatment experience for each patient.
- Implement the workflow needed to leverage digital indirect bonding and artificialiIntelligence to improve clinical outcomes and gain greater clinical control.
Speaker
Barry Benton, DMD, MSD - DateApril 26, 2025This presentation focuses on the advancements in 3D-printed clear aligners and their application in attachment-free treatment approaches. We will explore how to achieve effective tooth movement without relying on traditional attachments, using the latest innovations in 3D printing technology and digital design. Special attention will be given to the biomechanical principles behind attachment-free aligners and how this approach can enhance both treatment efficiency and patient experience. The session will also discuss the potential of 3D printing to revolutionize the precision and customization of clear aligners.
Objectives
- Understand the impact of 3D printing technology on clear aligner fabrication and explain the advantages and limitations of this approach in treatment planning.
- Analyze the biomechanical principles of attachment-free clear aligners and their effectiveness in achieving tooth movement.
- Identify the technical challenges and solutions in developing customized 3D-printed aligners using digital design and manufacturing processes.
Speaker
Ki Beom Kim, DDS, MSD, PhD - DateApril 26, 2025Going digital in an orthodontic office requires an implementation plan and then taking your team on the journey. This presentation will include: - how to create a digital orthodontic practice incorporating clear aligners, 3D digital braces and virtual at home monitoring - creating efficiencies for patient treatment and the patient journey - using digital treatment planning and monitoring to create excellence in orthodontic results - engaging the orthodontic team and using their skills to achieve a successful and productive practice
Objectives
- Empower your team in the implementation of digital treatment modalities.
- Be more efficient with your time utilizing digital platforms.
- Create convenience for your orthodontic patients with efficient and effective treatment options powered by digital technology.
Speaker
Sarah Lawrence, BDS, MDSc - DateApril 26, 2025Step into a new era of orthodontics as we challenge the status quo of the traditional clear aligner refinement workflow. We've all followed the routine—refinement scan, digital workup, order aligners, deliver aligners. But have you ever questioned why? Just as you don't reposition all braces at each visit, why repeat refinement scans and rework the original plan if it didn’t work the first time? Join me on a transformative journey through chairside refinements, where we unlock the full potential of your clear aligner software. No more rescanning, no additional refinement workups. All adjustments happen chairside, seamlessly integrating new aligners into your existing plan. Through real case studies, witness how this approach accelerates treatment by 30-40%, with fewer appointments. It's time to revolutionize your practice and achieve unparalleled efficiency in clear aligner orthodontics.
Objectives
- Adjust clear aligner treatment plans in real time, eliminating the need for repeated scans and refining the original plan, enhancing precision chairside.
- Explore seamless integration of chairside refinements into the digital workflow, maximizing efficiency in clear aligner treatments for optimal results.
- Witness a 30-40% acceleration in orthodontic treatment through chairside refinements, achieving superior results with fewer appointments and enhanced practice efficiency.
Speaker
