Digital Orthodontics Symposium 2025

Abstract

This program includes the rationale and mechanics behind a .020x.026” slot bracket system. The seven factors affecting anterior tooth size discrepancies and their relationship to finishing excellence and esthetics are explained in detail. Furthermore, it includes a comprehensive segment on airway-friendly orthodontics and teaching methods to assess and treat airway obstructions through orthodontic, surgical, and prosthodontic interventions. Interdisciplinary treatment approaches are also discussed, covering topics such as the Treatment of gummy smiles, Pre-Orthodontic Provisionalization (POP) Dynamic Orthodontic Provisionalization (DOP), Global Diagnosis, Facially Driven Treatment Planning, MARPE, Direct TADs (Buccal, Palatal, IZC, Buccal Shelf), Indirect TADs, Skeletal Anchorage Systems (SAS), 3D Trans-palatal Arches (TPA’s). In the hands-on part, participants will be presented with a range of cases and tasked with formulating detailed treatment plans utilizing the concepts previously discussed. Additionally, participants will apply brackets to 3-D printed models, adhering to the parameters established in the morning's lectures. Feedback on bracket placement will be provided to refine techniques and improve precision. Comprehensive progress records and the outcomes for all cases will be reviewed to ensure a thorough understanding of the applied methods and results. 

Learning Objectives

• Understand the rationale and mechanical benefits of the .020x.026” slot bracket system and distinguish between active and passive self-ligation techniques. 
• Identify and manage anterior tooth size discrepancies using seven key factors. 
• Learn to conduct thorough airway assessments for orthodontic purposes, differentiate between nasal and pharyngeal obstructions, and explore how maxillary expansion can improve airway function. 
• Master the Global Diagnostic process, focusing on critical questions and factors necessary for diagnosing conditions like gummy smiles and selecting appropriate provisionalization strategies. 
• Utilize techniques such as Skeletal Anchorage Systems and various provisionalization methods in challenging cases, applying learned principles to real-world scenarios. 
• Practice placing brackets on 3-D models and develop comprehensive treatment plans, enhancing skills in macro, mini, and micro-esthetic evaluations.

Agenda

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Abstract

This program includes the rationale and mechanics behind an .020x.026 slot bracket system. Accurate positioning and comprehensive bonding guide are explained, and the efficiency of increased control in finishing is demonstrated via a number of applicable cases. The seven factors affecting anterior tooth size discrepancies and their relationship to finishing excellence and esthetics are explained in detail.

Learning Objectives

• To understand the rationale and mechanical advantages of an .020x.026 slot bracket system.
• To delineate between active and passive self-ligation.
• To understand various bracket position setups for various types of cases.
• To know the 7 factors involved with resolving anterior tooth size discrepancies (TSD).
• To understand the clinical assistant’s role in helping resolve TSD’s.

Abstract 

This lecture is designed to provide a comprehensive overview of a digital patient journey, employing a fully digital orthodontic workflow. The presentation will highlight how each stage—from initial engagement to patient retention—is driven by advanced digital tools. The journey begins with a high-resolution scan that captures data for diagnosis, which seamlessly integrates into a smile visualization tool. Following this, the session will cover digital treatment planning and in-face visualization, leading to treatment with Aligners.

Additionally, we will delve into the cutting-edge advancements in early interceptive orthodontics, with a focus on young patients and teens who require mandibular advancement, skeletal palatal expansion, and alignment. To showcase the tangible benefits of these innovations, we will present clinical cases that vividly demonstrate how these advancements contribute to patient growth and enhanced treatment outcomes. This session promises to be both enlightening and illustrative of the transformative power of digital orthodontic workflows.

Learning Outcomes

• Understand the complete digital patient journey, from initial engagement to retention, using fully digital orthodontic workflow.
• Learn how high-resolution scanning integrates with smile visualization tools to support accurate diagnosis and patient communication.
• Gain proficiency in digital treatment planning and in-face visualization to enhance clinical decision-making and patient experience.
• Explore advanced techniques in early interceptive orthodontics, including mandibular advancement, skeletal palatal expansion, and alignment for young patients and teens.
• Analyze clinical cases that demonstrate the effectiveness of digital innovations in driving patient growth and improving treatment outcomes.
• Develop the ability to apply digital tools and protocols to deliver efficient, personalized, and transformative orthodontic care

Abstract

Dr Raj’s Airodontics© protocol is an all-encompassing set of diagnostic and treatment regimens to help patients suffering from TMD, SBD and CCMD. It combines varied allied objective medical procedures like EMG (Electromyography), ESG (Electrosonography), JVA (Joint Vibration Analysis), Kinesiography, Axiography, Postural Sway Analysis, CBCT (Airway Volumetry), PSG (Polysomnography), GemPro Sleep Bruxism Analysis and TScan/Occlusense (Occlusal analysis); and other physiological tests like Cranial Nerve screening, Rocabado Distraction technique, Chirodontics (Cranial Suture release), MFT (Myofunctional Therapy), PRP therapy, Digital Smile Designing and Airway Expansion appliances. Add the ULF TENS pulsing to all the above, Airodontics© aims to achieve the most precise and ideal bimaxillary jaw position to attain the right bite!

Dr Raj will walk through these procedures to give you a glimpse of the vast ocean that’s Neuromuscular Dentistry.

Learning objectives

• Understand the Airodontics© protocol for TMD, SBD, and CCMD.
• Learn key diagnostic tools (EMG, ESG, JVA, CBCT, PSG, T-Scan).
• Recognize adjunctive tests (nerve screening, MFT, chirodontics).
• Explore treatment modalities (PRP, airway expansion, ULF TENS).
• Appreciate neuromuscular dentistry’s integrative scope.

Abstract

This seminar will provide a detailed look at treatment protocols through practical problem-solving and clinical insights. We will begin with the early detection of tracking loss using digital tools for Progress Assessment and Virtual Monitoring, supported by the scanner’s high-resolution imaging.

Next, we will cover troubleshooting techniques for addressing tracking issues to optimize treatment outcomes. The session will then move on to finishing mechanics and retention protocols, with an emphasis on growing patients transitioning from Phase I to Phase II or following mandibular advancement (MA) treatment. Specific focus will be on customizing retainers by adding bite ramps, precision cuts, or simulating power chain effects to improve retention and stability.

By diving deeper into these digital tools and protocols, attendees will gain practical knowledge to troubleshoot confidently, complete treatments with accuracy, and enhance patient outcomes. This session aims to equip you with the skills needed to leverage digital advancements for superior orthodontic care.

Learning Objectives

• Understand how to detect early tracking loss using digital tools such as Progress Assessment and Virtual Monitoring, supported by high-resolution imaging from the scanner.
• Gain knowledge on applying effective mid-course troubleshooting techniques to address tracking issues and optimize treatment outcomes.
• Understand finishing mechanics and retention protocols tailored for growing patients transitioning from Phase I to Phase II or following mandibular advancement (MA) treatment.
• Learn how to customize retainers with advanced features like bite ramps, precision cuts, and simulated power chain effects to enhance retention and stability.
• Gain Experience with digital tools and protocols to confidently troubleshoot, complete treatments with precision, and improve patient outcomes.
• Develop the skills to leverage digital advancements for superior orthodontic care and share personal clinical insights to support peer learning.

Abstract

In the orthodontic clinical experience, the use of specific biomechanical strategies can be significantly simplified thanks to the use of TADs (Temporary Anchorage Devices). The aim is to optimize treatments by reducing their overall duration, limiting unwanted tooth movements and improving the efficiency and effectiveness of orthodontic appliances through skeletal anchorage. The use of miniscrews can be further improved thanks to three-dimensional digital planning, which allows for a guided and precise insertion of TADs, integrating perfectly into the digital workflow. The techniques will be illustrated through the presentation of real clinical cases, with an in-depth analysis of the positioning procedures and clinical applications of skeletal-supported orthodontic devices.

Learning Objectives

• Discuss the biomechanical principles underlying the use of TADs in orthodontics and their impact on anchorage management. 
• Explain the advantages of integrating digital workflow in planning and guided positioning of miniscrews. 
• Demonstrate through clinical cases the effectiveness of skeletal anchorage in reducing unwanted movements and improving treatment efficiency.
• Analyze the clinical indications and contraindications for the use of TADs in different orthodontic situations.
• Illustrate the insertion techniques and application methods of orthodontic devices associated with TADs, highlighting the critical issues and practical solutions.

Abstract

In recent years, clear aligners have become a consistent presence in orthodontic practices as an effective and predictable treatment option. However, the success of aligner therapy relies not only on the aligners themselves but also on the continuous evolution of their design and the integration of innovative features that enhance clinical outcomes.

New structural elements such as integrated bite blocks, built-in buttons within the aligner, and customized trim lines have emerged as valuable tools, expanding the biomechanical possibilities of aligner treatments. These innovations enable better control of tooth movements, more efficient force delivery, and a more personalized approach tailored to each patient’s clinical needs.

This lecture will present clinical cases that achieved nearly 90% predictability using a single set of aligners. Such results were made possible through highly precise digital planning, meticulous staging of tooth movements, and the strategic incorporation of these new built-in features during the treatment design process.

The indications, limitations, and clinical benefits of these integrated aligner elements will be discussed, along with their impact on orthodontic biomechanics and patient experience. Emphasis will also be placed on the crucial collaboration between the clinician and the digital technician to ensure that the final aligner design accurately incorporates the intended biomechanical strategies.

The aim of this presentation is to demonstrate how contemporary aligners have evolved far beyond being merely transparent plastic devices. Instead, they have become sophisticated orthodontic solutions capable of addressing increasingly complex cases with high efficiency, predictability, and patient comfort.

Learning objectives

• Discuss the evolution of structural innovations integrated into contemporary aligners and their impact on orthodontic treatment outcomes.
• Explain the biomechanical principles behind built-in features such as bite blocks, integrated buttons, and customized trim lines in aligner design.
• Demonstrate how precise digital planning and correct staging contribute to achieving high predictability in aligner treatments.
• Describe the clinical indications, benefits, and limitations of using integrated functional elements within aligners.
• Illustrate the importance of collaboration between clinicians and digital technicians to ensure successful incorporation of advanced aligner features into treatment plans.

Abstract

Class III skeletal relationships—often associated with maxillary retrognathia, a narrow maxilla and palate, extreme upper crowding, ectopic canines, proclined upper incisors, and retroclined lower incisors—pose both functional and esthetic challenges. Over the years, a wide range of appliances and strategies have been developed to address these cases. However, many conventional approaches focus primarily on dental compensation, frequently leading to significant side effects such as worsening dental relationships or creating crowding for erupting canines. In some cases, these drawbacks result in unacceptable compromises or even contraindications for treatment.

The introduction of skeletal anchorage–based appliances has transformed the management of Class III malocclusions. By eliminating the dental side effects inherent to traditional methods, skeletal anchorage allows for optimized biomechanics and the simultaneous correction of skeletal and dental discrepancies. This approach can turn a complex, surgery-bound case into one that can be treated effectively in the clinic—expanding the boundaries of what is possible in orthodontics.

The impact is profound, not only on occlusal function and long-term oral health, but also on the psychological well-being of growing patients. Early correction can significantly boost self-esteem during critical developmental years, helping children face the world with greater confidence.

This lecture will present the latest skeletal anchorage–driven appliances and protocols, with a focus on biomechanics, appliance design, and technical considerations. Troubleshooting tips will be shared, along with fully documented case studies demonstrating superior treatment outcomes compared to conventional techniques. Long-term follow-ups will also highlight the high stability and success rates achieved with these protocols.

Participants will leave with practical, evidence-based strategies for managing even the most challenging Class III cases—transforming them from complicated malocclusions into predictable successes.

Learning Objectives

• To be able to recognise patients with severe class III discrepancies with the need of orthopaedic treatment by maxillary advancement.
• To be able to identify the amount of dental decompensation and evaluate the amount of maxillary advancement needed.
• To be able to sketch and construct the appliance needed to fulfil treatment objectives.
• To be able to utilise and use the appliance and to give proper instructions and design treatment progress in a proper way.
• To be able to measure and analyze treatment results and evaluate the prognoses.

Abstract

Open bite malocclusions have long been among the most challenging problems in orthodontics—not only to treat, but especially to retain. When combined with other malocclusions such as a narrow maxilla, Class II, Class III, or asymmetries, these cases can become even more complex, and in many situations, nearly impossible to treat successfully with traditional orthodontics. Often, they are resolved only through orthognathic surgery or by compromising with incisor extrusion.

The development of skeletal anchorage devices has provided a genuine alternative for certain open bite cases. This lecture will introduce some of the most effective and predictable techniques for molar intrusion using skeletal anchorage to close the open bite. It will also present surprising long-term findings regarding stability and relapse after molar intrusion, revealing new insights into diagnosis, treatment design, and strategy—insights that can significantly improve long-term outcomes.

Participants will learn about optimal miniscrew insertion sites, appliance designs, and retention protocols, as well as the biomechanical principles behind them. Clinical tips and troubleshooting advice will be provided to help clinicians refine their approach.

One of the primary aims of this clinically oriented session is to inspire a shift in the way open bite cases are approached, moving beyond conventional methods toward strategies with proven stability. While some relapse remains inevitable, treatments involving skeletally anchored mesialisation, distalisation, expansion, and Class III correction have demonstrated far higher long-term stability.

The lecture will conclude with clear recommendations on appliance design, treatment timing, and protocols—equipping participants with practical, evidence-based solutions for one of orthodontics’ most persistent challenges.

Learning Objectives

• To be able to recognize patients with good indication for molar intrusion versus patients with the need for orthognathic surgery. 
• To be able to identify the aetiology of the open bite and to evaluate the amount of the remaining growth.
• To be able to sketch and construct the appliance needed to fulfil treatment objectives.
• To be able to utilize and use and activate the appliance and to give the proper instructions and design treatment progress in a proper way.
• To be able measure and analyse treatment results and evaluate the stability and prognoses.

Abstract

Dr. Raj will briefly explain the advantages of measuring the muscles and occlusion digitally so that a dentist can register a bite for any dental procedure, from a single tooth filling to a multi-implant-based full mouth rehabilitation.

This will be followed by a demonstration of how we can utilize specific equipment to register a bilaterally-symmetrical-isotonic-muscle bite using patented TENS unit and measuring the muscles to confirm the bite with Electromyography. 

Dr. Raj will also demonstrate the basic usage of digital occlusion equipment that helps a dentist to confirm the bite in microns. This is very important because the occlusal proprioception starts at 5 microns.

Learning Objectives

• Understand the benefits of digital bite registration for accurate treatment planning across procedures ranging from single fillings to full-mouth rehabilitations.
• Learn how to apply patented TENS technology to achieve a bilaterally symmetrical isotonic muscle bite.
• Gain knowledge of using Electromyography (EMG) to objectively measure muscle activity and confirm the accuracy of bite registration.
• Explore the application of digital occlusion equipment to verify occlusal contact precision down to microns.
• Recognize the clinical importance of occlusal proprioception and its role in detecting discrepancies as small as 5 microns.

Abstract

This session explores advanced clinical strategies for enhancing orthodontic outcomes in adult patients using clear aligners. It focuses on the selective application of trim lines and buttons to optimize force systems, retention, and tooth movement predictability. Clinical indications, biomechanical principles, and evidence-based decision-making are discussed, providing practitioners with practical insights for managing complex adult cases efficiently.

Learning Objectives

• Identify when to use different trim line designs to optimize aligner retention and force delivery.
• Understand the biomechanical role of buttons and elastics in controlling complex tooth movements.
• Determine case selection criteria for adult patients requiring auxiliary features.
• Apply evidence-based strategies for integrating trim lines and buttons into aligner treatment plans

Abstract

In modern orthodontic treatment, the use of TADs (Temporary Anchorage Devices) represents a fundamental resource to simplify some complex biomechanical dynamics. Their use allows to significantly reduce treatment times, minimize unwanted movements and improve the effectiveness of the applied forces. Thanks to the integration of the digital workflow, today it is possible to precisely plan the insertion of miniscrews using 3D guidance systems, increasing the reliability and safety of the procedures. During the meeting, several clinical cases will be analyzed that illustrate the potential of TADs in various therapeutic contexts. Particular attention will be paid to sharing practical tricks and tips to optimize the use of miniscrews: from the choice of the ideal insertion site, to the management of complications, up to the maximization of biomechanical effectiveness. The goal is to provide concrete tools and operational strategies that can be immediately applied in daily practice.

Learning Objectives

• Discuss the strategic role of TADs in simplifying complex orthodontic biomechanics.
• Explain how to effectively integrate the digital workflow for the guided and precise positioning of miniscrews.
• Demonstrate through clinical cases the practical application of miniscrews in different therapeutic scenarios.
• Share clinical tricks, technical tips and practical solutions to maximize the effectiveness and stability of TADs.
• Analyze the most common critical issues related to the use of miniscrews and the strategies to prevent and manage them successfully.

Abstract

This session reviews the use of clear aligners in growing patients, highlighting innovative tools that support growth modification and early orthodontic correction. Special focus is given to mandibular advancement blocks and other pediatric-specific features that enhance compliance, comfort, and treatment efficiency. Practical protocols and clinical outcomes are discussed to guide clinicians in managing developing dentitions effectively.

Learning Objectives

• Understand the benefits and limitations of aligner therapy in growing patients.
• Learn the indications and mechanics of mandibular advancement blocks.
• Identify innovative pediatric tools that enhance treatment efficiency and compliance.
• Apply clinical protocols for effective growth modification using aligners.

Abstract

Learn to personalize treatment templates, optimize case submissions, adjust goals in real time, and streamline workflows for faster ClinCheck® approvals and treatment starts.

Learning outcomes

• Create and personalize clinical preference templates to ensure consistent treatment planning.
•  Utilize the Flex Rx submission form for efficient and customized case submissions.
• Modify treatment goals in real time using Plan Editor and 3D control features.
• Streamline the digital workflow to achieve same-day ClinCheck® treatment plan approvals and faster treatment starts.

Abstract

This session explores the Invisalign® Palatal Expander system, highlighting key features, case selection, clinical workflow, and strategies for achieving efficient, successful treatment outcomes.

Learning outcomes

• Identify the key features of the Invisalign® Palatal Expander system.
• Understand case selection criteria to initiate treatment with the Invisalign® Palatal Expander system.
• Describe the treatment workflow using the system.
• Apply patient management strategies for successful treatment outcomes.
• Evaluate clinical efficiency through speaker-shared cases.

Abstract

This session guides clinicians in prescribing Invisalign® mandibular advancement with occlusal blocks, optimizing treatment planning with ClinCheck®, managing patients effectively, and evaluating outcomes through real-world case examples.

Learning outcomes

• Prescribe Invisalign® treatment with mandibular advancement (MA) featuring occlusal blocks.
• Determine patient applicability when treating with Invisalign® treatment with MA featuring occlusal blocks.
• Incorporate clinical pearls for efficient treatment planning of Mandibular Advancement with Occlusal Blocks using ClinCheck® software.
• Integrate patient management strategies for successful treatment outcomes.
• Evaluate clinical efficiency through speaker-shared cases.

Abstract

This intensive hands-on course delivers practical, clinically proven strategies for mastering skeletal anchorage in orthodontics—covering the most modern and successful techniques in the field. From the fundamentals of screw insertion to advanced appliance design, participants will gain both the knowledge and the tactile skills needed to apply skeletal anchorage effectively and confidently.

We will start with optimal insertion sites and techniques—both freehand and guided—ensuring participants understand not just the theory, but also the feel of correct insertion in the palate and interradicular areas. Guided exercises will allow you to practice these skills directly.

From there, the focus shifts to appliance design and biomechanics. You will bend and build skeletally anchored appliances such as mesializers, distalizers, and intrusion appliances, gaining a deeper understanding of how to design for maximum efficiency and stability.

Core clinical challenges—distalization, mesialization, skeletal expansion, and molar intrusion—will be addressed in detail, providing protocols and tips for achieving predictable, long-term results. A special segment will be dedicated to Class III correction in growing patients through maxillary advancement—pushing the boundaries of what can be achieved without surgery.

This course is designed for both beginners seeking a solid foundation and experienced orthodontists looking to significantly increase their success rates. It is clinically oriented, packed with real-world tips, troubleshooting advice, and design strategies you can implement immediately.

By the end, you will not only understand the principles behind skeletal anchorage but also have the hands-on confidence to apply them in your practice—transforming complex cases into predictable successes from the very next day.

Learning Objectives

• Recognize the indications for skeletal anchorage in orthodontics and expand treatment options when presenting plans to patients.
• Explain and demonstrate TAD insertion techniques—including freehand and guided approaches—and know when and how to use them effectively.
• Incorporate TADs into both analog and digital clinical workflows to optimize treatment outcomes.
• Sketch and construct appliances designed to fulfill specific treatment objectives.
• Activate and adjust appliances appropriately, provide clear patient instructions, and manage treatment progress effectively.

Agenda

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