Where Innovation Meets Clinical Mastery

Session Abstract:

In this lecture, we will explore the use of clear aligners in growing patients, from early interceptive treatment to achieving long-term stability. Key principles of diagnosis and treatment planning in mixed dentition will be discussed, along with clinical strategies to guide growth and optimize tooth movement with aligners.

Through clinical cases using Angel Aligner, we will analyze treatment protocols, applied biomechanics, and the use of auxiliaries to enhance efficiency and predictability. Additionally, factors influencing post-treatment stability will be reviewed, emphasizing how to incorporate them into treatment planning from the outset.

This session is designed for clinicians seeking to expand their knowledge in interceptive orthodontics with aligners and to improve outcomes in young patients through a modern, evidence-based approach.

Session Abstract:

This clinical session showcases how clear aligners can be used in Neurofunctional Orthopedic Rehabilitation (RNO) for growing patients. Through Angel clinical cases, we will demonstrate functional guidance, sagittal correction, and occlusal development, highlighting the biomechanics, features, and materials that make treatment predictable and efficient.

Attendees will learn practical strategies to integrate aligners into early orthodontic therapy, achieving real functional improvements and stable outcomes.

Session Abstract:

Class II malocclusion offers two critical windows, and every untreated visit is a clinical choice with consequences.

This keynote builds a structured Angel Aligner decision tree across the full product range, illustrated by documented clinical cases from early mixed dentition to complex adolescent correction, including cases where timely intervention eliminated the need for extraction or surgery.

Session Abstract:

Management of Class III malocclusions in growing patients presents unique challenges due to skeletal growth, dental compensations, and soft tissue considerations. This 45 minutes session will provide a comprehensive overview of both sagittal and transverse strategies
using Angel Aligner therapy.

The presentation will highlight diagnostic protocols, digital treatment planning tools, and sequential mechanics to optimize skeletal and dental outcomes. Real case presentations will demonstrate practical approaches to manage growth modification, sagittal correction, and transverse expansion, illustrating how digital tools and Angel Aligner specific features enhance predictability and efficiency in complex cases.

Session Abstract:

This 45-minute clinical session will explore a innovative approach to pediatric dental expansion using Angel Aligner. Attendees will learn how the system’s advanced features—such as precise force control, customizable high-trimline material, and predictive modeling—enable predictable, efficient, and comfortable outcomes in growing patients. Through case examples, we will demonstrate how these innovations streamline treatment planning, improve patient experience, and support clinical decision-making in pediatric orthodontics. Participants will have the opportunity to discuss alternative approaches at key points in each case, examining the potential outcomes of different strategies. The focus will be on understanding how careful diagnostic assessment informs treatment planning, and how thoughtful choices lead to predictable and successful results.

By engaging directly with the cases, attendees will experience a dynamic learning environment that emphasizes critical thinking, clinical reasoning, and practical application of aligner therapy principles

Session Abstract:

Impacted canines present one of the most common and challenging scenarios in orthodontics. This 45-minute clinical session will provide a detailed overview of efficient and predictable mechanics for guiding impacted canines into the arch using Angel Aligner therapy.

Participants will learn step-by-step strategies for diagnosis, treatment planning, and digital setup, including the use of Angel Aligner digital tools to control force vectors, optimize tooth movement, and enhance predictability. Real clinical cases will illustrate how to manage complex traction mechanics, integrate auxiliaries, and coordinate with technicians to achieve reliable outcomes.

Attendees will leave with practical insights and actionable techniques for managing impacted canines with aligners in a safe, efficient, and predictable manner.

Session Abstract:

Session Abstract:

The Molar Distalization Protocol by Angel Aligner constitutes a significant breakthrough in sequential molar distalization using clear aligners, providing markedly superior clinical outcomes in complex malocclusions. Through meticulously designed sequential staging, purpose-engineered attachments, and varied trimline configurations, the protocol achieves robust anchorage preservation and authentic bodily molar distalization, with distal crown tipping consistently limited to less than 5°.

This refined biomechanical strategy delivers exceptional treatment predictability, accelerated treatment efficiency, enhanced patient comfort, and sustained occlusal and periodontal stability over the long term.

By overcoming traditional limitations of clear aligner therapy, the A8 protocol meaningfully extends its clinical scope, establishing a highly effective, non-invasive—and frequently biomechanically advantageous—alternative to conventional fixed appliances in the management of moderate to severe Class II malocclusions.

Session Abstract:

Treating periodontally compromised patients isn’t about avoiding movement — it’s about redefining how we move. In this 45-minute clinical session, Dr. Skander Ellouze will present a structured, evidence-based approach for aligner therapy in patients with reduced
periodontal support, emphasizing predictable outcomes while protecting tissue stability.

Through real clinical cases with Angel Aligner, participants will learn strategies for patient selection, inflammation control, force management, movement staging, attachment design, and anchorage optimization in compromised systems. Special attention will be given to adapting biomechanics and digital planning to the differences between healthy and weakened periodontal environments.

This session demonstrates how aligners can enhance treatment control, patient compliance, hygiene, and long-term stability — because in these patients, success means preserving what remains, not just moving teeth.

Session Abstract:

Extractions in clear aligner therapy present both significant opportunities and distinct biomechanical challenges. While aligners offer improved aesthetics and patient comfort, achieving predictable space closure, root control, and anchorage management remains complex. Successful outcomes depend on careful case selection, precise digital treatment planning, and the strategic use of auxiliaries such as attachments, elastics, and temporary anchorage devices.

Common pitfalls include loss of torque control, uncontrolled tipping during space closure, posterior anchorage loss, and aligner tracking issues. Additionally, the absence of continuous force systems may compromise the efficiency of bodily tooth movement compared to fixed appliances.

This lecture explores key biomechanical principles, clinical strategies, and evidence-based approaches to optimize extraction treatment with aligners, highlighting both successful protocols and frequent sources of failure.

Session Abstract:

In complex orthodontic cases, successful treatment requires a deeper understanding of how to adapt biomechanics to each clinical situation.

This session dives into the hidden variables, trimline modifications, material choices, and movement staging that transform routine protocols into predictable outcomes. Through clinical cases on distalization, open bite, and deep bite cases, we’ll show how high trimline designs and Pro material allow precise control, improved tracking, and fewer refinements.

Attendees will leave with a strategic toolkit for adapting treatment plans when standard approaches aren’t enough, reinforcing why biomechanics still drive results.

Session Abstract:

The orthodontic management of skeletal Class III malocclusions remains one of the greatest clinical challenges due to their complex etiology and the limited response of conventional protocols without surgical intervention. Traditionally, correction of this type of malocclusion
has required combined treatment with orthopedic appliances or orthognathic surgery. However, advances in clear aligner therapy offer new biomechanical possibilities to address selected skeletal Class III cases.

This presentation will analyze the limitations and potential of aligners in treating Class III patients, with an emphasis on the underlying biomechanical principles, attachment design, strategies for distalization and dental compensation, and anchorage control. Clinical protocols, case studies, and practical recommendations will be presented to optimize outcomes, highlighting the importance of meticulous digital planning and interdisciplinary collaboration when needed.