Abstract 

This interactive hands-on workshop is designed to give clinicians a complete, practical understanding of the chairside 3D printing workflow for veneers, onlays, and crowns. From the first digital scan to the final seated restoration, participants will experience every step of the process with guided, hands-on instruction and clinical insight.

We will walk through the entire A-to-Z workflow—starting with intraoral scanning, followed by digital design, 3D printing setup, post-processing, characterisation, and final delivery. At each stage, you’ll learn clinical tips and tricks to improve accuracy, efficiency, and predictability, enabling you to confidently implement same-day restorative solutions in your practice.

A special focus will be given to achieving high-end esthetic outcomes for veneers, where subtlety and detail matter most. Participants will observe and practice cutback techniques and staining protocols to enhance translucency, texture, and natural appearance. Different resin materials and their indications will be explored, helping you choose the best options for both provisional and long-term restorations.

We’ll also compare DLP, SLA, and LCD printing technologies, evaluate key parameters like print orientation and curing settings, and guide you through troubleshooting and optimisation strategies. Relevant literature will be discussed throughout the workshop to support clinical decision-making with evidence-based insights. Real case examples will illustrate how 3D printing offers design flexibility and time savings that go beyond traditional milling systems.

By the end of the workshop, you will have completed a full chairside workflow and gained practical skills to immediately apply in your clinic. Whether you’re new to digital dentistry or looking to elevate your current protocols, this hands-on experience will provide you with a repeatable, esthetic-driven workflow—from scan to smile.

Learning objectives

• Discuss the advantages and limitations of chairside 3D printing compared to traditional milling in restorative dentistry.
• Explain the complete digital workflow from intraoral scanning to final delivery of 3D-printed veneers, onlays, and crowns.
• Demonstrate the setup, operation, and optimisation of 3D printing systems for in-office use.
• Explain the selection and handling of resin materials based on clinical indications, esthetic requirements, and mechanical performance.
• Demonstrate esthetic enhancement techniques, including cutback, staining, and polishing, to achieve lifelike results for printed veneers.

Agenda

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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

Gingival recessions are very common, resulting in suboptimal aesthetics. Over the years, many different surgical techniques have been proposed to correct these recession defects and improve the periodontal phenotype. Regardless of the surgical technique, several fundamental skill sets will be required. These skills can be best explored and mastered with the coronally advanced flap used for managing single tooth recessions.

Learning Objectives

• Diagnosis and surgical risk assessment for recession defects.
• Surgical preparation of the coronally advanced flap for single tooth recession coverage. 
• Different techniques for harvesting connective tissue grafts from the palate.
• Securing the connective tissue graft or soft tissue substitutes.
• Achieve tension-free coronal flap advancement and closure.

Agenda

Supported by

This course is sold out! Check out other available courses.

Abstract

A hands-on workshop on the use of digital anesthesia systems in pediatric dentistry. During this workshop, we will be talking about how to use digital anesthesia systems and especially using intraosseous anesthesia which is a game changer anesthesia technique in pediatric dentistry. Participants will learn the basics, advantages and how to administer intraosseous anesthesia using digital systems. All workshop participants will have the opportunity to use these systems and learn how to administer intraosseous anesthesia on models.

Learning Objectives

• During the workshop, participants will have the opportunity to use digital anesthesia systems 
• Tips and tricks of administering intraosseous and intraligamentary anesthesia with digital anesthesia systems will be discussed
• The science behind digital intraosseous anesthesia will be discussed
• The mechanisim of action of a single point injection technique will be explained
• Behaviour management through painless local anesthesia will be discussed

Agenda

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Abstract

This immersive hands-on session is designed to provide a step-by-step, clinically relevant experience in mastering prosthetically driven implant placement through a guided surgical approach. Using a case-based, interactive format, participants will explore the full potential of the OneGuide system—a scientifically validated, comprehensive digital workflow for restorative-driven implantology.

Starting from intraoral scanning and CBCT data acquisition, attendees will progress through virtual planning, digital design, and surgical execution with static guides. The course emphasizes practical application in both aesthetic and posterior regions, including solutions for challenging anatomical scenarios and bone management strategies.

Through close mentorship and hands-on training, clinicians will gain confidence in integrating computer-guided techniques into their daily practice. The session will highlight the versatility of OneGuide, including analog and digital workflows, sleeve and sleeveless templates, and innovative prosthetic options—demonstrating how they contribute to predictable outcomes and reduced chair time.

Participants will also gain practical insight into reading and merging DICOM and STL files, managing soft tissue considerations, and recognizing indications and limitations of guided protocols. Special focus will be placed on optimizing implant positioning to achieve long-term prosthetic success—"design first, drill second" as the guiding philosophy.

Tips, tricks, and real-world clinical pearls will be shared to address common complications and improve decision-making. Whether new to digital workflows or looking to elevate your skills, this hands-on course offers a comprehensive foundation for restorative-driven implant surgery using the OneGuide system. 

Learning objectives

• Discuss the principles and clinical benefits of prosthetically driven implant planning using static guided surgery.
• Explain each phase of the OneGuide digital workflow—from intraoral scanning and CBCT acquisition to treatment planning and surgical execution.
• Demonstrate the correct use of the OneGuide kit for guided implant placement in both anterior and posterior regions.
• Share clinical decision-making strategies for choosing between different guide designs and surgical options based on anatomical and prosthetic considerations.
• Practice and refine guided drilling protocols through hands-on exercises, enhancing accuracy, confidence, and clinical predictability.

Agenda

Supported by

Abstract

Enamel demineralization in children, whether due to caries, developmental enamel defects, or dietary factors remains a critical concern in clinical practice. With the ongoing paradigm shift toward preventive and minimally invasive dentistry, enamel remineralization has emerged as a cornerstone of contemporary pediatric dental care. This presentation will delve into the science and clinical application of evidence-based remineralization strategies aimed at preserving and strengthening the primary dentition. Key topics will include the pathophysiology of early demineralization, current methodologies for early lesion detection, and a critical review of the latest evidence supporting the use of remineralizing agents. Emphasis will be placed on the clinical efficacy of fluoride therapies, CPP-ACP, bioactive glass formulations, and emerging peptide-based technologies. Integrating current research with clinical protocols, the lecture will offer practical guidance on selecting and implementing remineralization strategies tailored to individual patient needs. Special attention will be given to treatment decision-making in complex cases, including those involving high caries risk and with developmental defects of enamel.

Learning objectives

• Differentiate between demineralization and developmental enamel defects and understand their implications for caries risk and management.
• Highlight patient-specific factors affecting enamel response.
• Develop a preventive and restorative care approach tailored to children with weakened enamel, incorporating risk assessment, behavior management, and minimally invasive dentistry.
• Apply evidence-based remineralization strategies in pediatric dental practice, including dietary counseling, oral hygiene reinforcement, and product recommendations.
• Evaluate current evidence on remineralization strategies, including fluoride-based therapies, calcium phosphate technologies, and biomimetic agents.

Abstract

Dental veneers represent a pivotal approach in modern dentistry, seamlessly blending aesthetics with functional restoration. The use of natural tooth morphologies enhances the balance between visual appeal and biomechanical integrity, ensuring outcomes that are both durable and harmonious. The integration of advanced techniques, digital workflows, and personalized methodologies enables the creation of high-quality restorations that excel in form, color, texture, and function.

Learning Objectives

• The role of natural tooth morphologies in enhancing the aesthetic and functional outcomes of dental veneers.
• Explain how the integration of advanced techniques, digital workflows, and personalized methodologies contributes to seamless veneer restorations.
• Demonstrate the relationship between form, color, texture, and function in achieving harmonious and durable veneer restorations.
• Discuss the importance of interdisciplinary collaboration in optimizing the process of designing and delivering dental veneers.
• Explain the impact of modern digital tools on the predictability and precision of veneer restorations.

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.

 This course is not available for individual purchase. If you wish to attend the course on 14 November 2025 (limited seats available only), you have to register for the conference (14-15 November).

Abstract

This hands-on training offers a focused approach to modern endodontics, emphasizing conservative access and efficient canal preparation. The session begins with key principles of minimally invasive access under magnification, followed by practical exercises on simulated teeth. Participants will learn shaping protocols using the WaveOne Gold system and gain experience with the X-Smart Pro+ motor. Thermoplastic obturation techniques—continuous wave and carrier-based—will be demonstrated and practiced. The workshop also covers coronal restoration strategies and endo-resto interface design to ensure long-term clinical success. With a blend of lectures, demonstrations, and hands-on exercises, this course is designed to enhance the precision, safety, and predictability of endodontic treatment in daily practice.

Learning Objectives

• Understand conservative access cavity principles under magnification.
• Practice access preparation on simulated teeth.
• Learn efficient canal shaping using the WaveOne Gold system.
• Master thermoplastic obturation techniques.
• Design effective coronal restorations and endo-resto interfaces.

Agenda

Supported by

Abstract

This comprehensive seminar explores spectrum of pediatric restorative dentistry—focusing on how clinicians can achieve esthetic excellence while maintaining developmental appropriateness. From the first primary incisor to the adolescent smile, participants will learn how to select materials and techniques that respect the child’s age, anatomy, and growth.

Dr. Lucero draws on his extensive restorative experience in private practice, surgery centers, and continuing education to present a practical, case-based journey through common and complex restorative scenarios. Attendees will leave with an updated toolbox of evidence-based strategies that support both functional outcomes and parental expectations for esthetics.

No matter the situation, this course will show that you don’t have to compromise, you can have both.

Learning Objectives

• Understand the principles of developmentally appropriate restorative dentistry for pediatric patients.
• Choose esthetic restorative materials and techniques tailored to age and behavior.
• Integrate MTA pulp therapy, zirconia crowns, and minimally invasive options into daily.

Abstract

Implant placement in the esthetic zone demands both surgical precision and restorative predictability. The high esthetic requirements leave little margin for error, while correct implant positioning is essential for long-term biomechanical and functional success.

Digital guided surgery, though requiring more extensive and costly pre-operative planning, allows clinicians to work with a well-designed surgical template that reduces anxiety, time, and stress. Most importantly, it ensures that the restorative phase proceeds smoothly, leading to predictable esthetic outcomes.

Even for clinicians without extensive surgical experience, guided systems provide reliable support by determining implant position, angle, and depth in advance. This minimizes complications and creates a strong foundation for restorative success.

This session will present a comprehensive treatment flow for esthetic zone implant therapy, emphasizing both surgical accuracy and restorative excellence. Attendees will learn how digital workflows enhance predictability today and shape the future of esthetic implant dentistry.

Learning objectives

• Discuss the unique challenges of implant placement in the esthetic zone.
• Explain the role of digital guided systems in improving surgical precision and restorative predictability.
• Demonstrate the treatment flow from digital planning to final prosthetic restoration.
• Compare conventional implant placement approaches with digitally guided workflows.
• Identify strategies to reduce clinical errors and complications when working in the esthetic zone.
• Evaluate future trends and innovations in digital guided implant surgery for esthetic cases.

Abstract

Liquid Ceramic is an innovative finishing system that combines opalescent and fluorescent paste materials to create highly aesthetic results in dental restorations. By layering color, structure, and glaze, technicians can achieve outcomes comparable to traditional multi-layered restorations. Unlike conventional staining, Liquid Ceramic allows for enhanced vitality, translucency, and natural light dynamics, all while maintaining efficiency and speed. This system bridges the gap between simple staining and complex layering, empowering technicians to deliver superior esthetics with minimal effort and time.

Learning Objectives

• Identify the unique properties of opalescent and fluorescent layers in Liquid Ceramic and their role in achieving natural-looking restorations.
• Compare the results and workflow of Liquid Ceramic finishing with conventional staining and traditional layering approaches.
• Learn the step-by-step clinical and laboratory application methods to achieve high esthetic outcomes quickly and consistently.
• Assess the advantages of Liquid Ceramic in terms of translucency, vitality, and natural light reflection for improved patient satisfaction.

Abstract

During this demonstration, we will discuss the specifics of implant crowns. We will explain how to pick the right T base from the ReplicaDent library for each case and demonstrate the staining technique with the new liquid ceramics from Sagemax Paint 3D to show you how to achieve life-like results in your daily work. We would also discuss the importance of picking the right zirconia disc for a specific indication, paying attention not only to the esthetics, but to the function as well.

Learning objective

• Identify the correct T-base from the ReplicaDent library for different clinical cases.
• Apply staining techniques using Sagemax Paint 3D liquid ceramics to achieve natural esthetics.
• Recognize the key factors in selecting the appropriate zirconia disc for each indication.
• Balance esthetic and functional considerations in implant crown design.
• Integrate material selection and staining protocols into daily clinical workflows.

Abstract

Green-state finishing protocols: Proper adjustment of margins, occlusal anatomy, and surface texture prior to sintering. Emphasis will be placed on instrument selection, pressure control, and the avoidance of surface flaws that may act as fracture initiators post-sintering.

Application of Paint 3D liquid ceramic: Techniques for layering gingival shades, effect modifiers, and translucency enhancers to replicate natural tooth and soft-tissue characteristics. Attention will be given to firing cycles, thermal compatibility, and glaze stability to ensure predictable outcomes.

Learning Objective

• Perform green-state finishing protocols for accurate margins, anatomy, and surface texture.
• Select and use proper instruments to ensure flaw-free surfaces before sintering.
• Apply Paint 3D liquid ceramics to achieve esthetic enhancement and lifelike characterization.
• Incorporate effect modifiers and translucency enhancers for natural depth and fluorescence.
• Ensure functional durability through controlled firing cycles and scientifically guided workflows.

Abstract

In modern dental technology, the focus is increasingly on simplicity without compromising aesthetics. Monolithic restorations have become a standard due to their strength and efficiency, yet the challenge remains - how do we breathe life, character, and natural beauty into these 'blank canvases'?

This lecture will introduce a new material from the VITA portfolio - a liquid ceramic in glaze paste form, developed specifically for the individualization of monolithic constructions. Through a practical demonstration of staining and surface characterization, participants will see how simple techniques can create depth, translucency, and nuanced color, mimicking the complexity of natural teeth.

Using the concept 'from blank canvas to artwork,' we will emphasize the importance of thoughtful use of color, light, and texture, where the dental technician becomes both an artist and a craftsman. The goal is not just to copy a tooth, but to interpret it in a way that merges function with aesthetic and emotional value. This lecture is intended for all technicians who wish to enhance their understanding of monolithic staining, explore the potential of new materials, and find inspiration to elevate their work toward artistic excellence.

Learning Objectives

• Understand the basic properties and benefits of the new VITA glaze paste ceramic.
• Learn fundamental techniques for staining monolithic restorations to achieve a natural appearance.
• Recognize the importance of color, light, and texture in dental aesthetics.
• Apply acquired techniques in everyday laboratory practice with confidence and efficiency.
• Analyze and evaluate finished restorations in terms of both function and aesthetic value.

Learning Objectives

This lecture addresses key questions in contemporary digital implant prosthetics:

• Is the integration of digital data sources – such as IOS, CBCT, and face scans – more accurate and efficient with or without the use of artificial intelligence?
• What role does 3D printing play in the production of surgical guides and models as a foundation for precise restorations?
• Is cementation in implantology still relevant – or have screw-retained solutions become the new standard?
• Are monolithic restorations made from multilayer zirconia already the clinical norm – or are new material generations on the horizon?

If you're looking for clear answers to these questions, this lecture provides practical insights and up-to-date perspectives across the full spectrum of the digital workflow in dental technology.

This course is sold out! Check out other available courses.

 This course is not available for individual purchase. If you wish to attend the course on 14 November 2025 (limited seats available only), you have to register for the conference (14-15 November) as the first one hour of the course is lecture by Dr Paulo Kano in the main conference hall.

Dr. Paulo Kano will be in Dubai to deliver his hands-on training course on 14 November 2025 and will be leading an exclusive hands-on training session, focusing on advanced veneer preparation techniques for aesthetic treatments. This course is designed for professionals striving for excellence in aesthetic dentistry. It will cover advanced techniques for veneer design, particularly addressing the challenges many dentists face with the adaptation of veneers and crown milling by CAD/CAM technology. With the rapid advancements in digital dentistry, this course will help professionals refine their skills and overcome obstacles in modern veneer and crown preparations.

Very limited seats are available, registration is on a first come first serve basis. Don't miss the chance to be part of this exclusive and transformative training experience.

Abstract

The process of dental preparation has undergone a transformative shift with the advent of CAD/CAM technology. While many practitioners encounter challenges with the adaptation of machine-milled veneers and crowns, a crucial yet often overlooked factor is the fundamental difference in how these machines operate compared to the human hand. As a result, traditional dental preparation techniques may lead to complications within the digital workflow.
A well-executed dental preparation is essential not only for ensuring the proper fit and cementation of restorations but also for streamlining the laboratory process. It facilitates greater precision during the digital design and milling phases, ultimately enhancing overall efficiency.

Learning Objectives

• Discuss the transformative impact of CAD/CAM technology on the dental preparation process and its implications for clinical and laboratory workflows.
• Explain the key differences between traditional dental preparation techniques and the requirements for effective integration into digital workflows.
• Demonstrate how to create a well-executed dental preparation that ensures accurate fit, cementation, and streamlined laboratory processes.
• Demonstrate a dental preparation technique for aesthetic veneers
• Explain the importance of precision in digital design and milling phases for achieving optimal restoration outcomes in modern dentistry.

Agenda

Supported by

Abstract

Why go digital? It makes everything easier! Learn how integrating digital technology into every step of your clinical workflow and implant practice can enhance the patient experience. A digital workflow can help deliver predictable, quality dentistry, improve office efficiency and productivity, and leave a positive impression on your dental implant patients. Diagnosis, CBCT-scan planning, digital impressions, and treatment sequencing for implant patients can become seamless and predictable. It is true that the advent of new technologies has enabled the dental team to use new material and new equipment that facilitated the production of an adaptation and an accuracy of the prosthetic rehabilitation that has, up to now, been difficult to obtain. Today, intra-oral scanning technology is one of the most exciting new areas in dentistry since three-dimensional scanning of the mouth is required for a large number of procedures such as prosthodontics, implant dentistry and orthodontics. All the existing intra-oral scanning technology is being developed and implemented at a high pace because of the advantages over traditional impression techniques including speed, accuracy, and digital transmission to face the limitations and the disadvantages of the traditional impression procedure maintaining an high accuracy level in order to be used as an efficacious alternative to the conventional impression technique. The Agnini Brothers will analyze different cases, highlighting the operational differences that they have developed over time, with the increasing knowledge of the new materials and the daily developing of the new softwares. They will also explain how superior results are being achieved in less time by implementing new technologies.

Learning objectives

• Understand how to seamlessly integrate digital technologies into every patient’s treatment plan
• Develop a structured protocol for conducting an effective first digital consultation
• Discover practical tips and strategies to enhance the value and impact of the hygiene department
• Learn how to monitor and follow up on clinical cases over the long term
• Master a reproducible digital workflow for implant planning and execution

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 

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

The integration of artificial intelligence (AI) into implantology is advancing clinical practices by improving diagnostic precision, treatment planning, and prosthetic workflows. AI-supported software facilitates comprehensive analysis of radiographic and CBCT data, enabling accurate anatomical landmark identification, virtual implant positioning, and prosthetic design. These technologies enhance efficiency, reduce human error, and provide personalized treatment strategies tailored to individual patient needs.

Applications of AI in daily practice include automated segmentation of imaging data, dynamic jaw tracking, and predictive modeling for implant success and complication management. Additionally, AI streamlines prosthetic design processes, offering superior accuracy in occlusion, fit, and aesthetics. Despite its transformative potential, challenges such as data security, algorithmic bias, and ethical concerns necessitate ongoing research and collaboration to ensure its responsible implementation.

This lecture will give an insight about AI’s growing role in implantology which signifies a paradigm shift towards precision, efficiency, and patient-centered care in routine clinical practice.

Abstract

The integration of artificial intelligence (AI) into implantology is advancing clinical practices by improving diagnostic precision, treatment planning, and prosthetic workflows. AI-supported software facilitates comprehensive analysis of radiographic and CBCT data, enabling accurate anatomical landmark identification, virtual implant positioning, and prosthetic design. These technologies enhance efficiency, reduce human error, and provide personalized treatment strategies tailored to individual patient needs.

Applications of AI in daily practice include automated segmentation of imaging data, dynamic jaw tracking, and predictive modeling for implant success and complication management. Additionally, AI streamlines prosthetic design processes, offering superior accuracy in occlusion, fit, and aesthetics. Despite its transformative potential, challenges such as data security, algorithmic bias, and ethical concerns necessitate ongoing research and collaboration to ensure its responsible implementation.

This lecture will give an insight about AI’s growing role in implantology which signifies a paradigm shift towards precision, efficiency, and patient-centered care in routine clinical practice.

Abstract

Dental caries remains the most common chronic disease in children worldwide, with significant implications for their health, well-being, and quality of life. While traditional treatments have often relied on surgical interventions, today’s evidence strongly supports a shift toward prevention, early detection, and minimally invasive management - especially in pediatric dentistry, where reducing fear and discomfort is essential.

This lecture will focus on innovative, child-friendly strategies for managing caries in young patients.

We will present a risk-based approach to prevention, including the use of fluoride therapies such as varnishes, which support remineralization and can effectively arrest early lesions. Special attention will be given to non-invasive and micro-invasive techniques that eliminate the need for drilling or local anesthesia, making them ideal for managing caries in children. We will explore tools for early diagnosis - from visual-tactile methods to adjunctive technologies - that support clinicians in making informed, minimally invasive treatment decisions.

Through real clinical cases and step-by-step protocols, participants will learn how to integrate these strategies into daily practice, demonstrating that “prevention-first” approaches can be both effective and well-tolerated by pediatric patients.

Learning Objectives

• Discuss the prevalence and impact of dental caries in pediatric populations and its relevance to public health.
• Apply principles of risk-based caries assessment in children, including the use of tools like CAMBRA adapted for pediatric care.
• Implement preventive strategies using fluoride therapies and home care routines specifically designed for young patients.
• Describe non-invasive and minimally invasive techniques for caries arrest that are appropriate for pediatric settings.
• Utilize diagnostic aids to support early caries detection and guide conservative treatment planning in children.

Abstract

Dentin hypersensitivity (DH) is a common condition that can compromise patient comfort and influence restorative planning. This lecture outlines an evidence-based, stepwise approach to DH management. The lecture will describe protocols from daily home care with desensitizing toothpastes to in-office therapies and prosthodontic interventions. Clinical scenarios will demonstrate how effective management of DH improves patient comfort contributing to the success of direct restorations, veneers, crowns, and full-mouth rehabilitations.

Learning Objectives

• Explain the etiology and mechanisms of dentin hypersensitivity (DH) and how they impact patient comfort and restorative treatment planning.
• Identify and evaluate evidence-based strategies for at-home management of DH, with emphasis on desensitizing toothpastes and oral hygiene practices.
• Describe in-office therapeutic options, including topical agents, resin sealants, and laser therapy, and their indications.
• Integrate DH management protocols into restorative and prosthodontic procedures such as direct restorations, veneers, crowns, and full-mouth rehabilitation.

Abstract

Pain management is one of the most important factors for achieving a successful treatment and behaviour management in pediatric dentistry. Although conventional anesthesia with traditional syringes is the most frequently used technique,  it can be difficult for clinicians to administer especially in pediatric patients. Nowadays, with the newly developed techniques such as digital anesthesia systems, a more effective and painless  local anesthesia can be achieved.In this presentation, we will be discussing the digital anesthesia systems using the most effective local anesthesia administering techniques with the help of the current evidence and clinical cases to better understand the advantages of these systems and techniques.The main goal is to achieve painless and effective anesthesia in pediatric patients.

Learning Objectives

• Understand the significance of pain management in pediatric dentistry and its role in successful treatment and behavior guidance.
• Identify the limitations and challenges of conventional syringe-based anesthesia techniques in children.
• Explore the principles and functionality of digital anesthesia systems and how they differ from traditional methods.
• Evaluate current evidence and clinical cases demonstrating the effectiveness and advantages of digital anesthesia in pediatric patients.
• Gain practical insights and strategies to administer painless and efficient local anesthesia using digital systems in everyday pediatric dental practice.

Abstract

Pain management is one of the most important factors for achieving a successful treatment and behaviour management in pediatric dentistry. Although conventional anesthesia with traditional syringes is the most frequently used technique,  it can be difficult for clinicians to administer especially in pediatric patients. Nowadays, with the newly developed techniques such as digital anesthesia systems, a more effective and painless  local anesthesia can be achieved.In this presentation, we will be discussing the digital anesthesia systems using the most effective local anesthesia administering techniques with the help of the current evidence and clinical cases to better understand the advantages of these systems and techniques.The main goal is to achieve painless and effective anesthesia in pediatric patients.

Learning Objectives

• Understand the significance of pain management in pediatric dentistry and its role in successful treatment and behavior guidance.
• Identify the limitations and challenges of conventional syringe-based anesthesia techniques in children.
• Explore the principles and functionality of digital anesthesia systems and how they differ from traditional methods.
• Evaluate current evidence and clinical cases demonstrating the effectiveness and advantages of digital anesthesia in pediatric patients.
• Gain practical insights and strategies to administer painless and efficient local anesthesia using digital systems in everyday pediatric dental practice.

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

Localized Vertical Ridge Augmentation with GBR has demonstrated to be a predictable technique in long term studies with more than 30 years follow-up. The use of titanium reinforced PTFE membranes associated with autologous particulated bone grafts and deproteinized bovine bone is the most documented method, however, it is technically sensitive and available only for experienced surgeons. The non-resorbable membrane must be manually trimmed, shaped to fit with the anatomical characteristics of the defect and fixed with several tacs or screws. New devices are actually available to simplify the surgical technique, like customized semi-permeable titanium foils that can be manufactured in advance from a Tri dimensional CBCT image and fixed with only a couple of mini-screws. The traditional and the new techniques will be presented and compared by means of histological analysis.

Learning Objectives

• Apply GBR techniques with resorbable, non-resorbable, and customized titanium meshes.
• Manage severe bone resorption in esthetic areas using GBR and soft tissue grafts.
• Perform bone and soft tissue augmentation with adjacent root coverage.
• Explore advancements in customized titanium foils for simplified surgical application.
• Compare traditional and modern approaches through clinical and histological outcomes.

Abstract

Sleep-disordered breathing (SDB) in children is increasingly recognized as a significant health concern, yet it often remains underdiagnosed in dental practice. Pediatric dentists are uniquely positioned to identify early risk factors and guide families toward appropriate care, as children typically visit their dentist more frequently than their physician. This lecture will focus on the dentist’s role in patient education, parent coaching, and early recognition of potential sleep-related breathing problems in children. Drawing on recent evidence and practical case experience, participants will learn how to integrate screening protocols into routine pediatric visits, communicate effectively with parents, and understand when referral to a sleep specialist is warranted. The session will highlight the importance of collaborative prevention strategies and the impact of patient education in improving outcomes for children at risk.

Learning Objectives

• Recognize common signs and symptoms of sleep-disordered breathing in children during dental visits.
• Understand key risk factors (such as tonsillar hypertrophy, obesity, malocclusion, and family history) without delving into growth/structural mechanisms.
• Implement simple screening tools and chairside questions to identify children who may be at high risk.
• Educate and coach parents on recognizing warning signs and the importance of early intervention.
• Establish referral pathways by knowing when and how to guide families toward pediatric sleep specialists for comprehensive management.
• Integrate preventive strategies into pediatric dental practice to enhance oral and general health outcomes.

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

Modern restorative dentistry is evolving beyond isolated treatments—embracing a more integrated, patient-centered approach that considers tooth movement as part of the long-term functional and aesthetic outcome. This lecture will explore how incorporating tooth alignment into daily clinical workflows can elevate restorative care and help preserve tooth structure, optimize function, and enhance patient satisfaction.

Speaker will reflect on adopting an ortho-restorative mindset, supported by digital visualization tools including 3D planning and facially driven simulations. The session will present real clinical scenarios that illustrate how planned tooth movement enabled restorative goals that would have been otherwise compromised or impossible using restorative techniques alone. Emphasis will be placed on using digital tools to communicate treatment intent, increase patient understanding, and support more predictable outcomes.

This lecture is ideal for clinicians interested in broadening their diagnostic perspective and improving treatment acceptance through interdisciplinary planning.

Learning Objectives

• Learn how incorporating teeth alignment into daily workflows can improve patient outcomes and enhance overall practice efficiency.
• Identify patient cases where an ortho-restorative approach can lead to more conservative, long-lasting results.
• Understand how digital visualization tools support diagnosis, planning, and patient communication.
• Review finished ortho-restorative cases that illustrate the efficiency of the digital system and workflow.
• Gain insight into how adopting an interdisciplinary mindset can expand treatment possibilities and elevate patient care.

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

Providing effective and painless anesthesia is a constant challenge in pediatric dentistry, particularly in cases where conventional infiltration or mandibular block techniques fail. Digital intraosseous anesthesia has emerged as a valuable alternative, offering rapid onset, profound pulpal anesthesia, and reduced discomfort for young patients. Despite its advantages, clinicians often face questions on when, where, and how to best apply this technique in daily practice.

This lecture will focus on solving real clinical problems through digital intraosseous anesthesia, supported by case-based discussions and evidence from current literature. Practical tips and tricks will be highlighted to guide clinicians in overcoming failed anesthesia, managing anxious children, and improving treatment efficiency. By bridging clinical challenges with innovative solutions, the session aims to help practitioners integrate digital intraosseous anesthesia into routine pediatric dental care.

Learning Objectives

• To understand the limitations of conventional anesthesia techniques and the need for alternative approaches in pediatric dentistry.
• To explore the principles, mechanisms, and advantages of digital intraosseous anesthesia.
• To analyze case-based problem solving where intraosseous anesthesia provides predictable solutions.
• To apply practical tips and tricks for incorporating digital intraosseous anesthesia into everyday pediatric dental practice.
• To enhance treatment success and patient comfort through evidence-based use of painless anesthesia techniques.

Abstract

As digital technologies reshape modern dentistry, 3D printing stands at the forefront of this transformation, offering a new vision for restorative workflows. But is it truly a game-changer—or just another tool in the digital workflow? This lecture takes a critical yet optimistic look at how 3D printing is revolutionizing restorative dentistry through enhanced efficiency, simplified processes, and improved clinical outcomes.

We will explore how 3D printing overcomes the limitations of traditional milling, enabling faster chairside production, intricate design capabilities, and a more sustainable use of materials. The focus will be on the precision and repeatability of printed restorations—crowns, veneers, splints, dentures, and implant prosthetics—delivered with accuracy and aesthetics.

Participants will be introduced to the essentials of 3D printing in practice: understanding the differences between DLP, SLA, and LCD technologies; selecting the right 3D printing resins, and fine-tuning key parameters such as layer height, curing protocols, and print orientation. Clear, step-by-step guidance will be provided to ensure restorations are functional, durable, and aesthetic.

Clinical case examples will showcase real-world applications across various treatment needs, demonstrating measurable benefits in turnaround time, consistency, and patient satisfaction. The discussion will also address current challenges—such as material limitations and considerations for complex cases—helping clinicians make informed choices.

By the end of the session, attendees will be equipped with the insights and confidence to integrate 3D printing into everyday clinical practice—whether for efficient provisional solutions or as a pathway toward long-term, definitive care. Join us to discover whether this technology is not just an innovation, but a true paradigm shift.

Learning Objectives

• Discuss the evolving role of 3D printing in restorative and prosthetic dentistry and its potential to transform traditional clinical workflows.
• Explain the differences between major 3D printing technologies (DLP, SLA, LCD) and how to select the most appropriate system for various clinical applications.
• Demonstrate an understanding of how to choose and apply suitable 3D printing resins based on clinical indications and performance requirements.
• Describe the key steps in optimizing print parameters and post-processing protocols to ensure accuracy, durability, and aesthetics of printed restorations.
• Evaluate clinical cases to assess the practical benefits and current limitations of 3D printing in terms of speed, precision, and patient satisfaction.

Abstract

As digital technologies reshape modern dentistry, 3D printing stands at the forefront of this transformation, offering a new vision for restorative workflows. But is it truly a game-changer—or just another tool in the digital workflow? This lecture takes a critical yet optimistic look at how 3D printing is revolutionizing restorative dentistry through enhanced efficiency, simplified processes, and improved clinical outcomes.

We will explore how 3D printing overcomes the limitations of traditional milling, enabling faster chairside production, intricate design capabilities, and a more sustainable use of materials. The focus will be on the precision and repeatability of printed restorations—crowns, veneers, splints, dentures, and implant prosthetics—delivered with accuracy and aesthetics.

Participants will be introduced to the essentials of 3D printing in practice: understanding the differences between DLP, SLA, and LCD technologies; selecting the right 3D printing resins, and fine-tuning key parameters such as layer height, curing protocols, and print orientation. Clear, step-by-step guidance will be provided to ensure restorations are functional, durable, and aesthetic.

Clinical case examples will showcase real-world applications across various treatment needs, demonstrating measurable benefits in turnaround time, consistency, and patient satisfaction. The discussion will also address current challenges—such as material limitations and considerations for complex cases—helping clinicians make informed choices.

By the end of the session, attendees will be equipped with the insights and confidence to integrate 3D printing into everyday clinical practice—whether for efficient provisional solutions or as a pathway toward long-term, definitive care. Join us to discover whether this technology is not just an innovation, but a true paradigm shift.

Learning Objectives

• Discuss the evolving role of 3D printing in restorative and prosthetic dentistry and its potential to transform traditional clinical workflows.
• Explain the differences between major 3D printing technologies (DLP, SLA, LCD) and how to select the most appropriate system for various clinical applications.
• Demonstrate an understanding of how to choose and apply suitable 3D printing resins based on clinical indications and performance requirements.
• Describe the key steps in optimizing print parameters and post-processing protocols to ensure accuracy, durability, and aesthetics of printed restorations.
• Evaluate clinical cases to assess the practical benefits and current limitations of 3D printing in terms of speed, precision, and patient satisfaction.

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

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

Dental anxiety in children is a significant barrier to providing effective and compassionate care. Nitrous oxide sedation—often referred to as “laughing gas”—has been a trusted adjunct in pediatric dentistry for decades. This lecture explores the journey of transforming fear into a positive dental experience using nitrous oxide sedation. This lecture will enable participants to achieve an understanding of the administration of nitrous oxide/oxygen analgesia for dental treatment.

Learning Objectives

• Understand the role of nitrous oxide in pediatric dentistry.
• Learn patient selection criteria, including behavioral, medical, and developmental considerations.
• Apply safe and effective administration techniques.
• Explore strategies for easing fear and building trust with young patients and their parents.
• Understand how nitrous oxide can contribute to long-term positive dental attitudes in children.
• Explore practical tips for making the dental visit a cheerful experience for pediatric patients.

Abstract

In dental technology, coloring zirconia constructions is far more than a purely technical process—it is a craft that requires finesse, material expertise, and an eye for aesthetics. 

The zirconia framework serves as the foundation for replicating natural tooth morphology and shades. Through the precise application of glaze colors and layered staining techniques, characteristic translucencies, opacities, and light reflections can be accurately recreated. The right combination of chromatic layers and microscopic surface texturing plays a crucial role in achieving lifelike results. 

The interplay of color depth, light dynamics, and individualized adaptation allows for not only functional but also biomimetic aesthetics. Particularly important is the precise use of spectral photometers and digital color scanners to analyze the patient’s natural shade and seamlessly integrate it into the restoration. 

State-of-the-art digital techniques, including spectral color measurement, CAD/CAM-driven color modulation, and adaptive software enhancements, are essential tools for achieving the most realistic shade transitions possible. Software such as Adobe Lightroom, Procreate, and Keynote assist in fine-tuning visual details and ensuring a photorealistic preview before final ceramic processing. 

The goal of this process is to combine science, technology, and craftsmanship to create dental restorations that are not only functionally superior but also meet the highest aesthetic standards—resulting in a smile nearly indistinguishable from natural enamel. 

Learning Objectives

• Understand zirconia’s role as a foundation for replicating natural tooth morphology and shade.
• Master coloring techniques, including glaze and layered staining, to achieve lifelike translucency and texture.
• Apply digital tools like spectral photometers and color scanners for accurate shade matching.
• Utilize advanced software (e.g., Lightroom, Procreate, Keynote) for photorealistic visualization and design refinement.
• Integrate art and science to produce restorations that balance function with biomimetic aesthetics.

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

In his thought-provoking presentation, Prof Avijit Banerjee, the world-renowned expert in cariology and minimum intervention / minimally invasive operative dentistry from King's College London, will outline the modern team-delivered, prevention-based, person-focused and susceptibility-related MIOC delivery approach to managing dental caries in primary care. He will, using clinical translational research evidence, emphasise the move away from the traditional "watch & wait" management of early enamel lesions, describing methods of enamel repair/regeneration. He will also describe and discuss the minimally invasive approach to managing deep cavitated lesions, where pulp sensibility is maintained using selective caries removal and restoration with bioactive materials. He will outline clinically achievable, phased personalised care pathways, with clinical examples.

Learning Objectives

• Describe the MIOC delivery approach to managing dental caries.
• Explain the move away from "watch & wait" management of early carious lesions.
• Describe micro-invasive repair/regeneration of enamel lesions as part of secondary prevention.
• Describe minimally invasive selective caries removal and restoration of deep lesions using hydraulic calcium silicates.

Abstract 

The Alpha Generation—tech-savvy, nutritionally challenged, and behaviorally complex—has changed how pediatric dentists must think about prevention. These children snack more, chew less, and face constant acid and sugar exposure from modern diets. Combined with digital overstimulation and sensory sensitivities, traditional prevention methods no longer suffice.

This lecture introduces a new paradigm for managing and preventing caries in the modern child, supported by an evidence-based toolkit that focuses on healing, not just repairing. We will explore the role of biomimetic and bioactive materials/ toothpastes, oral probiotics, salivary diagnostics, and minimally invasive restorations in restoring oral balance. Emphasis will also be placed on behavior management for anxious or overstimulated children, parental education, and preventive care integration through empathy and technology.

By the end of this lecture, participants will walk away with a deeper understanding of the modern caries process—and the tools to help children heal, thrive, and stay cavity-free in a sugar-driven, digital world.

Learning Objectives

By the end of this session, participants will be able to:

• Recognize the behavioral, biological, and lifestyle factors contributing to early enamel demineralization and caries in Alpha Generation children.
• Apply a holistic prevention model that integrates airway assessment, salivary balance, and microbiome modulation.
• Evaluate emerging biomimetic and bioactive materials that promote enamel regeneration and long-term protection.
• Develop behavioral and communication strategies tailored for digitally stimulated, anxious, and sensory-sensitive young patients.

Abstract

Oral health is far more than just a bright smile — it is a vital indicator and influencer of overall health and wellness. This lecture explores the dynamic relationship between the mouth and the body, revealing how oral conditions can both reflect and contribute to systemic diseases. Mounting evidence shows that poor oral health is closely linked to cardiovascular disease, diabetes, respiratory infections, and even adverse pregnancy outcomes. Periodontal disease, in particular, has been associated with heightened risks of heart disease and stroke due to the inflammatory and microbial pathways that connect oral and systemic health. Likewise, individuals with diabetes often face greater challenges in managing gum disease, which in turn can worsen glycemic control, creating a two-way relationship.

Through an exploration of current research and clinical insights, this session will illuminate the biological mechanisms that bridge oral and overall health, emphasizing the crucial role dental hygienists play in prevention, early detection, and patient education. By understanding the mouth-body connection, participants will be better equipped to promote comprehensive health — one patient at a time.

Abstract

Achieving optimal aesthetic outcomes in dental implants within the aesthetic zone requires careful attention to both the surrounding soft tissues and the emergence profile. This presentation will focus on the critical factors influencing these two aspects, which are essential for a natural and harmonious implant restoration. Proper development of the emergence profile is crucial for ensuring a seamless integration between the implant restoration and the surrounding tissues, preventing issues such as tissue bulging or collapse. The presentation will explore techniques to design and create the ideal emergence profile through the use of customized abutments, provisional restorations, and digital planning tools. Additionally, the management of soft tissues around implants will be discussed, emphasizing the importance of preserving or augmenting the volume, maintaining adequate keratinized tissue architecture, and ensuring proper gingival margin positioning. Soft tissue management under contemporary microsurgical concepts, including minimally invasive procedures and grafting, will be presented as effective strategies to enhance aesthetic results. By addressing both emergence profile development and soft tissue considerations, this presentation aims to provide clinicians with practical insights for achieving superior, long-lasting aesthetic outcomes in the aesthetic zone.

Learning Objectives

• To identify the critical factors influencing soft and hard tissues healing around implants in the esthetic zone.
• To learn different clinical strategies to compensate the dimensional changes after single or multiple extractions in areas of esthetic demands.
• To recognize the fundamental biological aspects influencing wound healing and tissue stabilization through provisional restorations. 
• To discuss the execution of immediate and delayed implant placement in the esthetic zone.
• To discuss the most relevant factors in periimplant plastic surgery in the esthetic zone.
• To demonstrate long term results in different clinical scenarios.

Abstract

The finish line geometry and the surrounding tissue management have always been looked upon as major key factors to achieve a successful prosthetic rehabilitation. In the past  years the author, slightly changing those two pillars, has set up a new clinical protocol made of 6 different steps easy to understand and to apply. It has been called “simplified” because each single phase (tooth prep, temp relining, final impression, technical part and cementation) is more user-friendly both for the clinicians and the dental technician. The whole workflow has become more efficient reducing time and costs.

Learning Objectives

• Demonstrate how the finish line geometry may affect the mechanical and biological response
• Common misconception about vertical geometry
• Clinical application of the Simplified Prosthetic Protocol (SPP) from tooth prep to final delivery 
• Explain the biological background of tissue management in tooth preparation
• Mechanical features of ceramic materials and their proper selection

This course is sold out! Check out other available courses.

 This course is not available for individual purchase. It is an integral part of the Pediatric Dentistry Symposium (PDS). If you wish to attend the course on 15 November 2025 (limited seats available only), you have to register for the full day of lectures on 14 November 2025.

Abstract

This interactive, hands-on workshop is designed for pediatric and general dentists looking to elevate their clinical skills in three essential areas of pediatric restorative dentistry: MTA pulp therapy, prefabricated pediatric esthetic crowns, and space maintenance.

Participants will receive step-by-step instruction and live demonstration, followed by guided practice using typodonts and real-world clinical scenarios. The workshop emphasizes efficiency, predictability, and esthetic outcomes—ensuring that you leave with practical techniques you can apply in your practice immediately.

Whether you’re working in private practice, public health, or the operating room, this workshop will build your confidence and competence in managing the most common challenges in pediatric restorative care.

Learning Objectives

By the end of this workshop, participants will be able to:

• Perform MTA vital pulp therapy with confidence and consistency
• Demonstrate selection and placement of prefabricated esthetic crowns with optimal fit and retention
• Fabricate and deliver space maintainers appropriate for various clinical scenarios
• Integrate these techniques into fast-paced, child-friendly workflows
• Understand clinical decision-making behind material and treatment selection

Agenda

Supported by

Abstract

In his thought-provoking presentation, Prof Avijit Banerjee, the world-renowned expert in cariology and minimum intervention / minimally invasive operative dentistry from King's College London, will outline the modern team-delivered, prevention-based, person-focused and susceptibility-related MIOC delivery approach to managing dental caries in primary care. He will, using clinical translational research evidence, emphasise the move away from the unsustainable traditional approach of simply "treating disease", to the contemporary salutogenic approach of "maintaining oral and dental health". He will focus on care plan strategies that empower people to manage and value their personal oral health, "bringing the mouth back into the body" with behaviour change management at the forefront.

Learning objectives

• Eescribe the MIOC delivery approach to managing dental caries.
• Explain the move away from "treating dental caries" to "its prevention and maintenance of good oral health".
• Describe primary prevention strategies.
• Describe the scope of practice of the oral healthcare team workforce to deliver prevention.

Abstract

This immersive digital lecture will explore the evolution and clinical relevance of prosthetically driven, computer-guided implant surgery within the modern prosthetic workflow. We begin by clearly defining guided surgery—not just as a digital tool, but as a clinical philosophy—followed by a concise review of the most recent scientific evidence supporting its benefits in terms of accuracy, aesthetics, complication prevention, and long-term predictability.

Throughout the session, real clinical cases will be presented to illustrate how a prosthetic-first approach—enhanced by digital planning, surgical guides, and artificial intelligence—can dramatically improve both surgical outcomes and patient satisfaction. These cases will cover a range of indications, including single-tooth implants in the aesthetic zone, complex full-arch rehabilitations, and computer-guided bone regeneration protocols, using various guide designs and techniques.

Participants will be guided through key decision-making steps, with emphasis on the importance of diagnosis and treatment planning as the cornerstone of success. Additionally, the role of emerging technologies—such as AI-driven diagnostics and design—in reshaping modern implantology will be discussed, with a forward-looking perspective on where digital dentistry is heading.

The lecture is designed to benefit both clinicians starting their digital journey and those looking to refine and expand their existing workflows. Expect practical, evidence-based insights, along with valuable take-home messages, tips, and tricks that can be implemented immediately in daily practice. Indications, limitations, and clinical pearls will round out this comprehensive and inspiring session.

Learning Objectives

• Discuss the importance of accurate diagnosis and comprehensive treatment planning in ensuring long-term success of prosthetic rehabilitations—bridging traditional principles with modern digital protocols.
• Explain how guided surgery enhances precision in implant placement, optimizes aesthetic outcomes, and significantly improves patient confidence and satisfaction, thought evidence.
• Demonstrate how digitally driven workflows—including prosthetically driven planning and guided surgery—improve aesthetics, and help to minimize intra- and post-operative complications through predictable, reproducible protocols.
• Discuss the emerging role of artificial intelligence in modern dentistry, exploring current applications in diagnostics, treatment planning, and prosthetic design—highlighting how AI is shaping today’s clinical decisions.
• Explain the evolving future of prosthetic dentistry in the digital era, where AI, guided workflows, and predictive tools converge to elevate clinical outcomes, streamline efficiency, and redefine the patient experience.

Abstract

This immersive digital lecture will explore the evolution and clinical relevance of prosthetically driven, computer-guided implant surgery within the modern prosthetic workflow. We begin by clearly defining guided surgery—not just as a digital tool, but as a clinical philosophy—followed by a concise review of the most recent scientific evidence supporting its benefits in terms of accuracy, aesthetics, complication prevention, and long-term predictability.

Throughout the session, real clinical cases will be presented to illustrate how a prosthetic-first approach—enhanced by digital planning, surgical guides, and artificial intelligence—can dramatically improve both surgical outcomes and patient satisfaction. These cases will cover a range of indications, including single-tooth implants in the aesthetic zone, complex full-arch rehabilitations, and computer-guided bone regeneration protocols, using various guide designs and techniques.

Participants will be guided through key decision-making steps, with emphasis on the importance of diagnosis and treatment planning as the cornerstone of success. Additionally, the role of emerging technologies—such as AI-driven diagnostics and design—in reshaping modern implantology will be discussed, with a forward-looking perspective on where digital dentistry is heading.

The lecture is designed to benefit both clinicians starting their digital journey and those looking to refine and expand their existing workflows. Expect practical, evidence-based insights, along with valuable take-home messages, tips, and tricks that can be implemented immediately in daily practice. Indications, limitations, and clinical pearls will round out this comprehensive and inspiring session.

Learning Objectives

• Discuss the importance of accurate diagnosis and comprehensive treatment planning in ensuring long-term success of prosthetic rehabilitations—bridging traditional principles with modern digital protocols.
• Explain how guided surgery enhances precision in implant placement, optimizes aesthetic outcomes, and significantly improves patient confidence and satisfaction, thought evidence.
• Demonstrate how digitally driven workflows—including prosthetically driven planning and guided surgery—improve aesthetics, and help to minimize intra- and post-operative complications through predictable, reproducible protocols.
• Discuss the emerging role of artificial intelligence in modern dentistry, exploring current applications in diagnostics, treatment planning, and prosthetic design—highlighting how AI is shaping today’s clinical decisions.
• Explain the evolving future of prosthetic dentistry in the digital era, where AI, guided workflows, and predictive tools converge to elevate clinical outcomes, streamline efficiency, and redefine the patient experience.

Abstract

More and more patients require to improve the color of their teeth: for this reason Dentists and Dental Hygienists must be ready to meet their requests and expectations. The bleaching is a practice that, if properly used, can be very satisfactory with low cost and high biological respect. Of course, as all the therapies that we do, the best results can be obtained only with specify protocols and safety and efficacy materials.

During the lecture we’ll talk about the differences between in office and home technique.

Every technique has pros and cons, if we want to obtain the best outcame ever, we must know how to choose the most indicated technique (and materials) for that particular clinical situation.

Learning Objectives

• Recognize different discolorations and treat them
• Choose the safest and best performing products on the market
• Perform in office whitening treatments with long-lasting results
• How perform effective technique for home whitening treatments
• Discuss the main differences of both techniques
• Manage possible complications and unwanted side effects.

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

Adopting a digital-first approach is no longer limited to early adopters—it’s becoming essential to modern dental practice. This lecture explores how digital tools are reshaping the way clinicians diagnose, plan, and communicate treatment. From patient consultations to interdisciplinary collaboration and lab integration, the shift toward digital workflows is enabling more efficient, accurate, and patient-centered care.

Through real-world clinical examples, participants will see how digital visualizations can improve case acceptance, streamline referrals, and reduce communication barriers—whether you’re using an intraoral scanner or just beginning your digital journey. The session will also highlight how scanning technologies, such as the latest generation systems, can serve as valuable assets to support growth, not just through impressions, but by connecting diagnostics, documentation, and patient trust.

This lecture is designed for specialists seeking practical ways to modernize their workflows, enhance efficiency, and deliver more predictable outcomes in everyday dentistry.

Learning Objectives

• Understand the principles and benefits of transitioning toward a digitally enabled dental workflow.
• Explore how digital visualization improves communication with patients, labs, and interdisciplinary teams.
• Identify opportunities where digital tools can increase case acceptance and streamline clinical decision-making.
• Review clinical cases that demonstrate enhanced outcomes through digital planning and execution.
• Evaluate the role of intraoral scanners—whether already in use or considered for the future—as integrated tools for diagnostics, communication, and practice growth.

Abstract

In the posterior maxilla, residual bone height is limited by the presence of the sinus and often plays a key factor in the placement of dental implants.  A sinus lift is the ideal approach (when evaluating an atrophic maxillary ridge with deficiency in vertical height) to build additional bone in order to place a solid and stable implant. 

Not every clinician is blessed with the best dexterity or have experience of placing hundreds to thousands of implants.  Computer Guided Sinus Lifting System will aid clinicians in placing implants in pre-determined position, angle, and depth with minimum risk of membrane perforation. Most importantly, OneCAS will save clinicians tremendous headache and hassle that come from manually placing implants, and lifting sinus

Learning Objectives

• Recognize the clinical indications and benefits
• Understand the digital workflow
• Compare digital sinus lift protocols with conventional techniques
• Implement guided surgical techniques using 3D-printed templates
• Identify potential challenges and limitations of digital-guided sinus augmentation

Abstract

In the posterior maxilla, residual bone height is limited by the presence of the sinus and often plays a key factor in the placement of dental implants.  A sinus lift is the ideal approach (when evaluating an atrophic maxillary ridge with deficiency in vertical height) to build additional bone in order to place a solid and stable implant. 

Not every clinician is blessed with the best dexterity or have experience of placing hundreds to thousands of implants.  Computer Guided Sinus Lifting System will aid clinicians in placing implants in pre-determined position, angle, and depth with minimum risk of membrane perforation. Most importantly, OneCAS will save clinicians tremendous headache and hassle that come from manually placing implants, and lifting sinus

Learning Objectives

• Recognize the clinical indications and benefits
• Understand the digital workflow
• Compare digital sinus lift protocols with conventional techniques
• Implement guided surgical techniques using 3D-printed templates
• Identify potential challenges and limitations of digital-guided sinus augmentation

Abstract

An overview of the role nutrition has in the dental surgery and how you can support your patients safely and improve patient outcomes with nutrition and lifestyle interventions.

Aim

To introduce participants to safe nutritional advice that can be used in the dental setting to improve patient outcomes.

Learning Objectives

• Understand the need for nutritional support with dental patients and to be aware of the supporting evidence
• Apply safe nutritional support or refer to an appropriate person for a multidisciplinary approach
• List oral and general signs and symptoms of nutrient insufficiencies/deficiencies
• Be aware of lifestyle considerations that may impact patients and how to support them

Abstract

Adopting a digital-first approach is no longer limited to early adopters—it’s becoming essential to modern dental practice. This lecture explores how digital tools are reshaping the way clinicians diagnose, plan, and communicate treatment. From patient consultations to interdisciplinary collaboration and lab integration, the shift toward digital workflows is enabling more efficient, accurate, and patient-centered care.

Through real-world clinical examples, participants will see how digital visualizations can improve case acceptance, streamline referrals, and reduce communication barriers—whether you’re using an intraoral scanner or just beginning your digital journey. The session will also highlight how scanning technologies, such as the latest generation systems, can serve as valuable assets to support growth, not just through impressions, but by connecting diagnostics, documentation, and patient trust.

This lecture is designed for specialists seeking practical ways to modernize their workflows, enhance efficiency, and deliver more predictable outcomes in everyday dentistry.

Learning Objectives

• Understand the principles and benefits of transitioning toward a digitally enabled dental workflow.
• Explore how digital visualization improves communication with patients, labs, and interdisciplinary teams.
• Identify opportunities where digital tools can increase case acceptance and streamline clinical decision-making.
• Review clinical cases that demonstrate enhanced outcomes through digital planning and execution.
• Evaluate the role of intraoral scanners—whether already in use or considered for the future—as integrated tools for diagnostics, communication, and practice growth.

 This course is not available for individual purchase. If you wish to attend the course on 15 November 2025 (limited seats available only), you have to register for the conference (14-15 November) as the first one hour of the course is lecture by Dr Bruno Negri Hernández in the Johara 3 conference hall.

Abstract

Tunneling flap procedures have become a key technique in plastic periodontal and peri-implant surgery due to their ability to achieve aesthetic outcomes while minimizing patient discomfort. This Hands-On Course focuses on critical aspects of tunneling flap procedures, particularly when performed without papilla incisions. The main objective is to highlight the advantages and challenges of using this technique in the management of soft tissue deficiencies around natural teeth and implants. Key factors influencing the success of tunneling procedures, including surgical access, flap mobilization, tissue handling, and blood supply preservation, will be discussed. Additionally, considerations regarding the choice of graft materials, the management of peri-implant soft tissue, and long-term outcomes will be explored.

Learning Objectives

• To identify the prognostic factors in plastic periodontal and implant surgery
• To define critical aspects in flap design with tunneling procedures
• To demonstrate step-by-step procedures for tunneling techniques with microsurgical instruments
• To learn the tunneling technique for the treatment of multiple gingival recessions.
• To learn the tunneling technique for the treatment of gingival augmentation around teeth and implants.
• To learn incisions, flap mobilization, tissue stabilization and suturing techniques applied to tunneling procedures.

Agenda

Supported by

 This course is not available for individual purchase. If you wish to attend the course on 15 November 2025 (limited seats available only), you have to register for the conference (14-15 November) as the first one hour of the course is lecture by Dr Fabio Scutella in the main conference hall.

Dr Fabio Scutella will be in Dubai to deliver his hands-on training course on 15 November 2025 and will be leading an exclusive hands-on training session, focusing on a simplified 6-step protocol for prosthetic rehabilitation, refining finish line geometry and tissue management to improve efficiency. It covers user-friendly techniques for tooth preparation, temporary relining, final impression, lab work, and cementation, making the workflow faster, more predictable, and cost-effective for both clinicians and dental technicians.

Very limited seats are available; registration is on a first-come, first-served basis. Don't miss the chance to be part of this exclusive and transformative training experience.

Abstract

The finish line geometry and the surrounding tissue management have always been looked upon as major key factors to achieve a successful prosthetic rehabilitation. In the past years the author, slightly changing those two pillars, has set up a new clinical protocol made of 6 different steps easy to understand and to apply. It has been called “simplified” because each single phase (tooth prep, temp relining, final impression, technical part and cementation) is more user-friendly both for the clinicians and the dental technician. The whole workflow has become more efficient reducing time and costs.

Learning Objectives

• Demonstrate how to prepare a tooth using both an horizontal and a vertical finish line design
• Explain the technique to manage the soft tissue integrity while preparing the tooth
• Learn how to make a chair-side temporary
• Manage the relining and refining procedures for temporaries
• Learn the final impression techniques

Agenda

Supported by

Abstract

Today’s patients expect more than just function — they demand speed, precision, and natural esthetics. In this lecture, Dr. Barbara Sobczak introduces the *Sobczak Concept*, a fully digital, patient-centered treatment protocol developed to meet the growing demand for immediate, predictable, and life-changing implant solutions.

Combining advanced diagnostics (CBCT, intraoral scanning, facial scanning), digital smile design, guided surgery, and in-house CAD/CAM technology, the Sobczak Concept allows for full-arch restorations to be delivered within just a few hours — with a strong focus on soft tissue management and facial esthetics. Every stage of treatment is carefully planned with the end result in mind, allowing clinicians to restore not just teeth, but confidence and quality of life.

Through real clinical cases, Dr. Sobczak will demonstrate how a digital-first, patient-centric workflow transforms the implant experience — reducing chair time, increasing precision, and delivering consistent esthetic results. Attendees will gain insight into how digital tools can be used holistically, not only to streamline clinical procedures, but also to strengthen the emotional connection between doctor and patient.

Learning objectives

• Set up and organize a small in-house dental lab.
• Apply the daily Digital Smile Design (DSD) workflow.
• Understand key factors in designing teeth.
• Identify common patient concerns.
• Prevent patient dissatisfaction through proper planning.

Abstract

Dental discoloration can cause, in addition to an unpleasant aesthetic, also psychological and relational problems.

Teeth whitening is a practice that, if properly used, can be very satisfactory with low cost and high biological respect. Of course, as all the therapies that we do, the best results can be obtained only with specify protocols and safety and efficacy materials.

During the lecture we’ll talk about materials and techniques we use to fix very bad discolorations, for example non-vital teeth, teeth affected by fluorosis, tetracycline discolored teeth etc.

Learning objectives

• Recognize different discolorations.
• Discuss how to treat them.
• Choose the safest and best performing products on the market.
• Manage clinical cases that involve both whitening and conservative or prosthetic therapies.
• Manage possible complications and side effects.

Abstract

Digital workflows have become indispensable for delivering predictable, efficient, and patient-centric care. “Design, Plan, Execute: Digital Implant Workflows for Every Case” offers a comprehensive exploration of end-to-end protocols, from initial data acquisition to final restoration, tailored to both simple and complex clinical scenarios. Attendees will discover how to use intraoral scanners and CBCT imaging to capture precise anatomical and soft-tissue data, integrate AI-driven smile-design software for aesthetic planning, and employ coDiagnostiX for guided-surgery planning. Through a series of clinical cases, ranging from single-tooth replacements to full-arch rehabilitations, participants will see how digital protocols enhance accuracy, reduce chair time, and elevate patient satisfaction. Practical tips for surpassing common challenges, optimizing lab communication, and leveraging automated workflows will empower clinicians to adopt these technologies with confidence.

Learning Objectives

By the end of this session, participants will be able to:

• Discuss the key stages and tools involved in a fully digital implant workflow, from data capture to final restoration.
• Explain how AI-driven smile-design and guided-surgery software integrate to enhance treatment planning accuracy.
• Demonstrate the step-by-step process of converting a digital plan into a 3D-printed surgical guide and provisional restoration.
• Analyze strategies to minimize chair time and laboratory turnaround through optimized digital communication.
• Apply evidence-based protocols to manage both routine and complex implant cases using advanced digital tools.

Abstract

Digital workflows have become indispensable for delivering predictable, efficient, and patient-centric care. “Design, Plan, Execute: Digital Implant Workflows for Every Case” offers a comprehensive exploration of end-to-end protocols, from initial data acquisition to final restoration, tailored to both simple and complex clinical scenarios. Attendees will discover how to use intraoral scanners and CBCT imaging to capture precise anatomical and soft-tissue data, integrate AI-driven smile-design software for aesthetic planning, and employ coDiagnostiX for guided-surgery planning. Through a series of clinical cases, ranging from single-tooth replacements to full-arch rehabilitations, participants will see how digital protocols enhance accuracy, reduce chair time, and elevate patient satisfaction. Practical tips for surpassing common challenges, optimizing lab communication, and leveraging automated workflows will empower clinicians to adopt these technologies with confidence.

Learning Objectives

By the end of this session, participants will be able to:

• Discuss the key stages and tools involved in a fully digital implant workflow, from data capture to final restoration.
• Explain how AI-driven smile-design and guided-surgery software integrate to enhance treatment planning accuracy.
• Demonstrate the step-by-step process of converting a digital plan into a 3D-printed surgical guide and provisional restoration.
• Analyze strategies to minimize chair time and laboratory turnaround through optimized digital communication.
• Apply evidence-based protocols to manage both routine and complex implant cases using advanced digital tools.

Abstract

Erbium lasers (Er:YAG) are been shown to be able perform suitable osteotomies in the field of oral and maxillofacial surgery. Beside effective bone ablation capacity of Er:YAG in bone surgery, the collateral features such as tissue disinfection, atraumatic cutting, photoacoustic streaming and simultaneous biostimulation enables high patient comfort avoiding postoperative excessive swelling, edema and pain. A recent laser-in-handpiece technology which incorporates laser cavity within the handpiece enhances dramatically freedom of movements and permits high energy delivery by shortened focal distance from source to target tissue. Such improved capacity of laser-in-handpiece Er:YAG could replace mechanical rotary or piezo tools in bone split osteotomies, maxillary sinus lateral window and drill-free implant cavity preparations. In the present lecture various usage alternatives of Er:YAG laser-in-handpiece related to implant dentistry will be explained in case series by clinical pictures and operation videos.  

Learning objectives

• Discuss scientific literature on erbium laser usage in bone surgery 
• Explain bone ablation mechanism of erbium wavelength 
• Explain advanteges of shortened laser cavity distance and target tissue distance in terms of energy delivery capacity of Er:YAG laser
• Demonstrate laser-in-handpiece Er:YAG usage in clinical cases to perform bone split osteotomies, maxillary sinus lateral window and implant cavity preparations
• Evaluate case series by clinical pictures and operation videos in order to make learn participants the benefits and indications of laser-in-handpiece Er:YAG

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

This lecture explores the intricate and evidence-based relationship between oral health and systemic wellness, emphasizing the dentist’s pivotal role in early disease detection, patient education, and interdisciplinary care. Drawing from recent clinical research, it highlights the bidirectional links between periodontal disease and systemic conditions such as cardiovascular disease, diabetes, pregnancy complications, and autoimmune disorders. The session further addresses the growing influence of supplements and herbal therapies on oral and systemic health, underscoring the importance of detailed medical history-taking and risk assessment before dental procedures. By integrating advancements in brushing technologies, supplement awareness, and medical referral protocols, participants will gain practical strategies to elevate patient outcomes through collaborative, holistic care.

Learning Objectives

• Understand the Oral–Systemic Connection
• Describe the biological mechanisms linking periodontal disease to systemic inflammation, cardiovascular events, diabetes control, and adverse pregnancy outcomes.
• Identify Clinical Indicators for Medical Referral
• Recognize oral signs and symptoms that warrant referral for medical evaluation, including uncontrolled diabetes, cardiovascular risk factors, and autoimmune manifestations.
• Evaluate the Impact of Supplements and Multivitamins on Oral Health
• Discuss how common herbal and nutritional supplements (e.g., ginseng, ashwagandha, berberine) influence bleeding risk, healing, and drug interactions in dental practice.
• Promote Evidence-Based Preventive Strategies
• Compare manual versus electronic brushing technologies, interpreting recent clinical evidence to support personalized recommendations for improved oral and systemic outcomes.
• Integrate Collaborative Care Models
• Develop a multidisciplinary approach to patient management that enhances communication between dental, medical, and pharmacy teams for comprehensive health promotion.

Abstract

Data acquisition has become an indispensable tool in the modern dental practice, fundamentally transforming clinical workflows, diagnostics, and patient management. This presentation explores the burgeoning landscape of digital data capture, from intraoral scanners and CBCT (Cone Beam Computed Tomography) to digital photography and CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) systems. We will discuss how integrating these technologies streamlines processes, enhances diagnostic accuracy, and improves treatment predictability. The abstract will highlight the benefits of a data-driven approach, including more precise treatment planning, personalized patient care, and the ability to track long-term outcomes. This session aims to empower dental professionals to leverage the full potential of data acquisition to elevate their practice in the digital era.

Learning Objectives

• Understand the various technologies and devices used for data acquisition in modern dentistry, including intraoral scanners, CBCT, and digital photography, and their specific applications in different clinical scenarios.
• Learn how to integrate digital data from multiple sources to create a comprehensive patient profile, enabling more accurate and predictable treatment planning and enhancing communication with both patients and lab partners.

Abstract

Data acquisition has become an indispensable tool in the modern dental practice, fundamentally transforming clinical workflows, diagnostics, and patient management. This presentation explores the burgeoning landscape of digital data capture, from intraoral scanners and CBCT (Cone Beam Computed Tomography) to digital photography and CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) systems. We will discuss how integrating these technologies streamlines processes, enhances diagnostic accuracy, and improves treatment predictability. The abstract will highlight the benefits of a data-driven approach, including more precise treatment planning, personalized patient care, and the ability to track long-term outcomes. This session aims to empower dental professionals to leverage the full potential of data acquisition to elevate their practice in the digital era.

Learning Objectives

• Understand the various technologies and devices used for data acquisition in modern dentistry, including intraoral scanners, CBCT, and digital photography, and their specific applications in different clinical scenarios.
• Learn how to integrate digital data from multiple sources to create a comprehensive patient profile, enabling more accurate and predictable treatment planning and enhancing communication with both patients and lab partners.

Abstract

In the full arch digital implant impression, the use of intraoral scanners is still considered a challenge. However, today, the use of intraoral scanners in full arch implant scanning is possible, provided the operator is familiar with the key factors in determining the quality of the impression. These factors are:

• The intrinsic accuracy of the scanner.
• The scanning strategy and operator experience.
• The number, position, inclination and depth of the implants.
• The environmental conditions.
• The type of scanbody chosen.
• The congruence between scanbody mesh and implant library.

In this lecture, the speaker will report on all these factors and their influence in determining the final quality of the impression. He will also addresses novel and important topics like the use of solid indexes, auxiliary devices, extraoral and intraoral photogrammetry, as modern tools for helping clinicians to obtain high quality full arch impressions.

Learning objectives

• Discuss the topic of full arch implant impressions.
• Explain how to eliminate obstacles using the conventional scanning tools and techniques.
• Demonstrate how solid indexes, auxiliary devices, extraoral and intraoral photogrammetry can represent a valid alternative for digital full arch implant impressions.

Abstract

Wisdom teeth surgery is one of the most performed surgeries in dental practices. The goals of modern surgery are to keep the procedure safe and easily repeatable by the general practitioner. This presentation aims to present a protocol to perform the correct diagnosis and apply a cutting-edge technology to reduce intraoperative risks and facilitate the operator during the procedure.

Learning objectives 

• Analyse the difficulties of this procedure
• Evidence of the advantages of technological applications
• Demonstrate the effectiveness of piezoelectric power
• Understand the importance of a clear and visible diagnostic tool
• Expose and explain a repeatable protocol to simplify an unpredictable surgery

Abstract

Apical surgery has undergone a profound transformation in recent years, moving from a last-resort treatment to a predictable and minimally invasive procedure. Advances in digital planning, microsurgical techniques, and biocompatible materials have significantly improved clinical outcomes and patient experience. This lecture will highlight the integration of 3D imaging, surgical navigation, ultrasonic root-end preparation, and novel biomaterials into modern endodontic microsurgery. Through clinical cases and evidence-based discussion, participants will gain insight into how these strategies can optimise treatment success and expand the scope of apical surgery in contemporary practice.

Learning Objectives

At the conclusion of this session, participants will be able to:

• Describe the key technological innovations that have enhanced predictability in apical surgery.
• Recognize the role of 3D imaging and digital planning in case selection and surgical execution.
• Understand the principles of microsurgical instrumentation and root-end management.
• Evaluate the clinical applications of new biomaterials for root-end filling and tissue healing.
• Integrate modern apical surgery strategies into daily endodontic and restorative practice.

Abstract

Endodontics is evolving into a new era with the introduction of four-dimensional endodontics, where innovation and biology merge to elevate treatment outcomes. The first dimension is the latest motor technology, capable of operating at 4000 RPM, enhancing efficiency, precision, and safety in canal preparation. The second dimension is the XP-4D file system, designed to adapt to canal morphology, respect dentin preservation, and achieve optimal shaping in complex anatomies. The third dimension involves advanced irrigation solutions and activation methods, maximizing disinfection and tissue dissolution. The fourth dimension is obturation with bioceramic-based sealers and gutta-percha, ensuring superior sealing ability, dimensional stability, and bioactivity. This lecture will provide evidence-based insights, clinical protocols, and case demonstrations to show how these four dimensions can be seamlessly integrated into daily practice for safer, more predictable, and biologically centered endodontic care.

Learning Objectives

By the end of this lecture, participants will be able to:

• Explain the role of modern endodontic motors operating at 4000 RPM and their impact on shaping efficiency and clinical outcomes.
• Describe the features and clinical advantages of the XP-4D file system in adaptive canal shaping and dentin preservation.
• Evaluate advanced irrigation solutions and activation strategies for improving disinfection and tissue dissolution.
• Discuss the benefits of bioceramic obturation systems for achieving long-term sealing and bioactivity.
• Integrate the four dimensions into a comprehensive workflow to improve predictability in both routine and complex endodontic cases.

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

The field of implant dentistry is undergoing a profound transformation, moving from traditional analog workflows to a fully digital paradigm. Digital Implantology: The New Standard will explore how advanced digital technologies are not merely supplementary tools but are now the cornerstone of predictable and efficient implant treatment. This session will cover the entire digital workflow, starting intraoral scanning for accurate data acquisition, through to virtual implant planning using CBCT data, and the fabrication of 3D-printed surgical guides. We will demonstrate how this integrated approach significantly enhances precision, minimizes surgical invasiveness, and reduces chair time for both the dentist and the patient. Furthermore, the abstract will highlight how digital technology improves communication with dental labs, facilitates immediate loading protocols, and enables a more patient-centric approach to care. This presentation aims to provide a clear roadmap for dental professionals to transition to a digital implantology workflow, ensuring they remain at the forefront of modern dental practice.

Learning Objectives

• Understand the complete digital implant workflow, from initial patient data acquisition using scanners to the final restorative phase, and identify how each step contributes to improved precision and predictability.
• Learn how to effectively integrate CBCT data with intraoral scans to perform virtual implant planning, and design and utilize 3D-printed surgical guides to execute a safe and accurate implant placement.
• Recognize the clinical, economic, and communication benefits of adopting a digital implantology protocol, and learn how to overcome common challenges associated with implementing this technology in a dental practice.

Abstract

In the past few years, a paradigm shift in the way we perceive treatment success and survival took place. Less invasive procedures, enhanced adhesive materials and digitalized dentistry has changed the way we think and practice. Challenging cases and functional rehabilitations can now be approached conservatively, keeping in mind patients’ desires, their high expectations and aesthetic demands. Treatment modalities, sequencing, material selections, and prosthetic designs will be addressed starting with single tooth treatment to full mouth rehabilitations for the fully dentate and edentulous patient.

Learning Objectives

• Comprehend the Fundamental Principles of Adhesive Dentistry 
• Apply Partial Coverage Restorations in Clinical Practice
• Demonstrate the Clinical Application of Dental Veneers
• Manage Adhesive Materials in Restorative Procedures
• Evaluate and Discuss Full-Mouth Adhesive Aesthetic Rehabilitation Cases

Abstract

The lecture will focus on the 3d anatomy of root canals describing those anatomical challenges that make a case complex, and consequently can negatively affect the outcome due to iatrogenic errors. A clinical evaluation of canal curvatures will be presented to provide clinicians useful hints how not to overstress NiTi rotary instruments and reduce the risk of iatrogenic errors like instruments' separation, ledges and canal blockage. The lecture will also show how to manage oval canals, calcified canals, divergent canals with a rationale approach, aiming at increasing clinical outcomes in these complex cases. The lecture will also hightighten the use of CBCT for proper diagnosis and treatment planning in challenging endodontic cases.

Learning Objectives

• Describe the importance of 3d anatomy and the value of CBCT in endodontics 
• Discuss the correlations between curvatures and the related stress on NiTi rotary instruments
• Discuss the clinical approach to oval canals and divergent canals
• Demonstrate the clinical strategies for management of calcified canals
• Demonstrate the clinical strategies for management of iatrogenic errors ( ledges,  canal blockage,etc)

Abstract 

The needs of patients have led to changes in implant designs. Every decade, we gain more insight into implantology and acquire a variety of better instruments to expand our indications. 

Recent advancements in implant shape and design technologies have fundamentally altered our approach to therapy. Tooth shaped dental implants are now possible based on bone healing capacity and time management. Given the current trend of immediate or early insertion, this innovative implant technology provides our patients with quick and safe treatments for nearly all indications. Recent advancements in implant shape and design technologies have fundamentally altered our treatment approach. 

The benefits of the new dental system that covers all indications will be discussed in this lecture. A variety of case series that were completed using a model-free, full digital workflow will be demonstrated step-by-step, both surgically and prosthetically. 

Learning Objectives 

• Treatment protocols for different implant designs
• Prosthetically driven implant placement 
• Model free digital prosthetic solutions for single to full mouth implant treatments
• Immediate/early insertion techniques for faster, safer outcomes
• Universal digital workflow with one implant system across all indications

Abstract 

The needs of patients have led to changes in implant designs. Every decade, we gain more insight into implantology and acquire a variety of better instruments to expand our indications. 

Recent advancements in implant shape and design technologies have fundamentally altered our approach to therapy. Tooth shaped dental implants are now possible based on bone healing capacity and time management. Given the current trend of immediate or early insertion, this innovative implant technology provides our patients with quick and safe treatments for nearly all indications. Recent advancements in implant shape and design technologies have fundamentally altered our treatment approach. 

The benefits of the new dental system that covers all indications will be discussed in this lecture. A variety of case series that were completed using a model-free, full digital workflow will be demonstrated step-by-step, both surgically and prosthetically. 

Learning Objectives 

• Treatment protocols for different implant designs
• Prosthetically driven implant placement 
• Model free digital prosthetic solutions for single to full mouth implant treatments
• Immediate/early insertion techniques for faster, safer outcomes
• Universal digital workflow with one implant system across all indications

Abstract

Totally or partially calcified canals present a constant challenge in clinical endodontics. Negotiating obliterated canals could be from difficult to nearly impossible. The risk of procedurals accidents, such as perforation and instrument separation, is high. However, under the magnification provided by a dental operating microscope the whole procedure of dealing with obliterated canals could become very predictable. Complete root canal space obliteration associated with apical periodontitis is relatively rare. This lecture is designed to help the clinician deal predictably with challenging cases of partial or diffuse calcification in Endodontics and blocked canals.

Learning Objectives

• Understand the Challenges of Calcified Canals involved in negotiating obliterated canals, including the high risk of procedural accidents such as perforation and instrument separation.
• Develop skills to handle challenging cases of partial or diffuse calcification in endodontics, including strategies for successfully negotiating and unblocking calcified canals.
• Describe a new technique with specially designed files to penetrate through calcified canals
• Focus on acquiring techniques and procedures that enable clinicians to deal predictably with blocked and calcified canals, enhancing treatment outcomes and minimizing the risk of complications.

Abstract

Bone healing is a complex process, conditioned by the equilibrium between physical factors and the biological response. The use of bone grafts and substitutes in dentistry have markedly increased in recent years due to advancements in dental implantology and the growing need for repair of alveolar bone defects. These defects may arise from trauma, periodontal disease, surgical excision, infection or congenital malformations, and oral cancer. The most common observation of insufficient quantity of bone in dentistry is following tooth loss, where rapid resorption of alveolar bone occurs. This fact leads to special situations, characterized by different amounts of bone loss, and situations that require the use of bone grafts or substitutes, depending on different circumstances. The used bone grafts can be natural or synthetic, each one with their advantages and disadvantages and special indications as well. Bone substitutes are used to facilitate bone healing through osteoinductive, osteoconductive and osteogenic capacities. The various limitations of single bone grafts, as well as recent technological advances, have led to the presence on the market of various types of bone substitutes, with different chemical structures, mechanical and biological properties adapted to different types of bone defects. None of the products in the market currently possesses all the ideal properties for a bone substitute material including low patient morbidity, ease of handling, low immunogenicity, low cost and angiogenic potential. Composite bone substitute materials combine two or more materials, improving the mechanical properties of each component and their osteoinductive, osteoconductive or osteogenic  properties as well.

The last years have represented a period of uninterrupted progress in terms of solving different types of bone defects. Despite years of effort, the perfect bone regenerative material has not yet been developed.

Learning Objectives

• To discuss different types of alveolar bone defect
• To discuss characteristics different types of bone grafting materials
• To demostrate the indications for composite bone grafts in alvolar ridge regeneration
• To explain components of recent composite bone grafts used in clinical practice
• To discuss the clinical results after usage of different composite bone grafts

Abstract 

Three-dimensional printing is transforming restorative dentistry by enabling clinicians to fabricate both functional and highly esthetic restorations in a single session. This lecture focuses on hybrid ceramic materials—also known as ceramic-filled resins—and their growing role in replacing direct composite restorations as well as in delivering high-end esthetic results. We will explore the advantages of additive manufacturing over traditional techniques, with particular emphasis on the material properties that make these resins suitable for a wide range of indications. Through clinical cases ranging from everyday posterior restorations to anterior high-translucency veneers, participants will gain insights into how to implement these materials effectively in their practice. The presentation will also address workflows, printing protocols, and finishing techniques essential for achieving predictable outcomes. 

Learning Objectives

• Discuss the clinical indications for hybrid ceramic (ceramic-filled resin) materials in 3D printing. 
• Explain how to replace direct restorations with printed alternatives in a single session. 
• Demonstrate the workflow for producing highly esthetic restorations using hybrid ceramics. 
• Describe the printing and post-processing protocols needed to ensure optimal fit and finish. 
• Evaluate the benefits of integrating this technology into daily restorative practice.

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

More and more colleagues are asking for solutions to restore edentulous patients with fixed teeth even in cases of severe atrophy and poor-quality bone. Flexibility, agility, competence. This is what it takes to master extreme cases. This session is aimed at those who already face full arch rehabilitations with confidence but often stop in front of the most challenging cases, especially in the atrophic maxilla. If you are looking for solutions this is the session for you. After this session, you will increase your treatment options in cases of moderate and severe bone resorption, and you will be able to treat more patients with immediate full arch protocol. I will show you how to solve your full arch cases in one day, graft less and with immediate loading. I will teach you how to solve 100% of your full arch cases with Maxilla-For-All® treatment concept by using pterygoid, trans sinus and zygomatic implants.

Learning Objectives

• Learn to evaluate and plan full arch treatments for patients with severe maxillary bone resorption, expanding your capacity to handle complex anatomical challenges.
• Gain competence in placing pterygoid, trans-sinus, and zygomatic implants, and understand when and how to use each technique for optimal outcomes.
• Understand the principles and surgical workflow of the Maxilla-For-All treatment concept to reliably treat full arch cases
• Learn strategies for immediate loading protocols in compromised maxillae without relying on grafting, ensuring predictable and fast results.
• Increase the range of treatable patients in your practice by incorporating graftless, fixed full arch rehabilitations into your daily workflow.

Abstract

Ultrasonics is transforming the landscape of modern endodontics, redefining what is possible in challenging clinical scenarios. In synergy with high-magnification visualization, ultrasonic tips empower clinicians to work with exceptional precision and a truly conservative philosophy preserving tooth structure while overcoming obstacles that once hindered successful outcomes. From navigating calcified canals to tackling complex retreatments with removal of cast posts, screw posts, fractured instruments and fiber posts, ultrasonics opens doors to solutions beyond the reach of conventional techniques. 

This presentation will explore practical, evidence-based clinical strategies for integrating ultrasonics into daily endodontic practice, demonstrating how this technology can expand the therapeutic possibilities and elevate clinical results.

Learning Objectives

• Describe the principles of ultrasonic technology and its role in enhancing precision and conservation of tooth structure in endodontics. 
• Identify the clinical scenarios where ultrasonics provides advantages over conventional techniques, including management of calcifications, retreatments, and post removal. 
• Demonstrate the integration of ultrasonics with high-magnification visualization to improve access, cleaning, and obstacle removal. 
• Evaluate the evidence supporting ultrasonic use in complex endodontic cases and its impact on treatment outcomes. 
• Design an evidence-based clinical workflow incorporating ultrasonics to address challenging anatomical and restorative barriers. 

Abstract

Patient-specific implants (PSIs) are now allowing us to set new standards in challenging cases of full-mouth rehabilitation and mandibular reconstruction. In this lecture, Prof. Hesham El-Hawary presents a fully digital workflow—beginning with imaging and virtual planning to 3D-printed execution—displayed through real clinical cases. Attendees will gain insights into principles of digital design with surgical integration, and the advantages of customized vs standard solutions in complex oral and maxillofacial procedures. Understand the clinical indications for using patient-specific implants in full-mouth rehabilitation and mandibular reconstruction.

Learning Objectives

• Understand the clinical indications for using patient-specific implants in full-mouth rehabilitation and mandibular reconstruction.
• Describe the end-to-end digital workflow, from data acquisition and virtual planning to PSI design, manufacturing, and surgical application.
• Evaluate the advantages and limitations of PSIs compared to conventional reconstructive approaches and modifications to standard PSI designs
• Interpret clinical case examples that demonstrate successful application of digital PSIs and Patient specific mandibles in complex maxillofacial cases.
• Identify common pitfalls and troubleshooting strategies during the digital planning and intraoperative phases of PSI-assisted surgery.

Abstract

Patient-specific implants (PSIs) are now allowing us to set new standards in challenging cases of full-mouth rehabilitation and mandibular reconstruction. In this lecture, Prof. Hesham El-Hawary presents a fully digital workflow—beginning with imaging and virtual planning to 3D-printed execution—displayed through real clinical cases. Attendees will gain insights into principles of digital design with surgical integration, and the advantages of customized vs standard solutions in complex oral and maxillofacial procedures. Understand the clinical indications for using patient-specific implants in full-mouth rehabilitation and mandibular reconstruction.

Learning Objectives

• Understand the clinical indications for using patient-specific implants in full-mouth rehabilitation and mandibular reconstruction.
• Describe the end-to-end digital workflow, from data acquisition and virtual planning to PSI design, manufacturing, and surgical application.
• Evaluate the advantages and limitations of PSIs compared to conventional reconstructive approaches and modifications to standard PSI designs
• Interpret clinical case examples that demonstrate successful application of digital PSIs and Patient specific mandibles in complex maxillofacial cases.
• Identify common pitfalls and troubleshooting strategies during the digital planning and intraoperative phases of PSI-assisted surgery.

Abstract

For several years, new implant designs have been available on the market. These implants, called tray implants, feature wide coils with a reduced body diameter. In this presentation, we will review the fundamentals of bone and mucosal biology surrounding implants. We will then see how these new tray implants will promote this biology from both a mucosal and bone perspective. We will also see the significant differences that exist between these implants, which at first glance all seem identical, in order to be able to establish the indications according to the sites to be treated.

Learning Objectives

• Explain bone biology around the implant body 
• Discuss soft tissue biology around the implant collar
• Explain the new implant designs
• Demonstrate how these designs promote biology (bone and soft tissue)
• Discuss the correct choice of implant according to the site

Abstract

Light curing remains essential for the success of resin-based restorations. Advances from halogen to LED technologies have improved efficiency, with dual-wavelength (polywave) LEDs providing broader spectral coverage. Unlike single-peak LEDs targeting camphorquinone, polywave units also activate alternative photoinitiators such as PPD, TPO, and Ivocerin, ensuring reliable polymerization in esthetic and high-opacity composites. Dual-cure systems further enhance outcomes in areas with limited light transmission, such as deep cavities and indirect restorations. This lecture reviews these technologies and their clinical implications for predictable, durable restorations.

Learning objectives

• Trace the evolution of dental light curing technologies through the different generations, recognizing their clinical implications.
• Differentiate between halogen and LED curing lights in terms of energy output, wavelength spectrum, efficiency, and clinical effectiveness.
• Evaluate the benefits and limitations of dual-cure systems in situations such as deep cavities, fiber posts, and indirect restorations.
• Identify factors affecting depth of cure and polymerization quality to reduce restoration failures and post-operative sensitivity.
• Apply evidence-based guidelines for selecting and using curing lights to achieve predictable and durable restorative outcomes.

Abstract

Cone-beam computed tomography (CBCT) has revolutionized the diagnostic and therapeutic approach in endodontics, particularly when dealing with complex clinical scenarios. This lecture will explore how CBCT can enhance the detection of hidden anatomy, resorptive lesions, vertical root fractures, and pathology undetectable on conventional 2D radiographs. Through clinical cases and evidence-based discussion, we will examine how 3D imaging impacts treatment planning and decision-making, including retreatments, surgical endodontics, and management of calcified canals. Emphasis will be placed on the integration of CBCT with digital workflows, including guided endodontics, artificial intelligence for image interpretation, and 3D analysis for surgical planning. By understanding when and how to utilize CBCT effectively, clinicians can significantly improve the predictability and outcomes of endodontic treatment.

Learning Objectives

By the end of this lecture, participants will be able to:

• Discuss the indications and limitations of CBCT in endodontic diagnosis.
• Explain how CBCT aids in the identification of complex root canal anatomy.
• Demonstrate how CBCT influences treatment planning in retreatment and surgical cases.
• Discuss the integration of CBCT into digital and guided endodontic workflows.
• Explain the role of 3D imaging in detecting vertical root fractures and resorptive defects.

Abstract

Cone-beam computed tomography (CBCT) has revolutionized the diagnostic and therapeutic approach in endodontics, particularly when dealing with complex clinical scenarios. This lecture will explore how CBCT can enhance the detection of hidden anatomy, resorptive lesions, vertical root fractures, and pathology undetectable on conventional 2D radiographs. Through clinical cases and evidence-based discussion, we will examine how 3D imaging impacts treatment planning and decision-making, including retreatments, surgical endodontics, and management of calcified canals. Emphasis will be placed on the integration of CBCT with digital workflows, including guided endodontics, artificial intelligence for image interpretation, and 3D analysis for surgical planning. By understanding when and how to utilize CBCT effectively, clinicians can significantly improve the predictability and outcomes of endodontic treatment.

Learning Objectives

By the end of this lecture, participants will be able to:

• Discuss the indications and limitations of CBCT in endodontic diagnosis.
• Explain how CBCT aids in the identification of complex root canal anatomy.
• Demonstrate how CBCT influences treatment planning in retreatment and surgical cases.
• Discuss the integration of CBCT into digital and guided endodontic workflows.
• Explain the role of 3D imaging in detecting vertical root fractures and resorptive defects.

Abstract

Peri-implantitis is a complex and increasingly prevalent biological complication following dental implant therapy. Characterized by inflammation and progressive loss of supporting bone around osseointegrated implants, peri-implantitis poses significant challenges to long-term implant success. While its clinical management draws on foundational principles from periodontal therapy, key anatomical and pathological distinctions between natural teeth and implant-supported structures necessitate tailored surgical strategies.

This lecture will explore the biological similarities and differences between peri-implant and periodontal tissues and how they impact the surgical management of peri-implantitis. This includes the regenerative and resective surgical techniques with an emphasis on the role of implant surface decontamination, defect morphology, and the selection of biomaterials in regenerative approaches.

Learning Objectives

• Understand the differences between the periodontal and peri-implant tissues
• Appreciate the differences in periodontal and peri-implantitis defects
• Understand how the differences affect flap design and surgical execution 
• Understand the challenges in implant surface decontamination 
• Discuss the biomaterial selection for managing peri-implantitis

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

Supported by

Abstract

The ability to navigate the primary canal system channels to their endpoints using a root canal instrument, referred to as technical patency and glidepath creation, is recognized as the most crucial factor influencing a favorable periapical healing outcome in teeth with apical periodontitis. This might not hold true for teeth without apical periodontitis, where reaching canal endpoints is not essential and could even compromise periapical health. While a natural anatomical glide pathway is generally present in most human roots, its dimensions, content, geometry, and topography can pose challenges. Factors such as root canal curvatures, canal splitting, and calcifications introduce complexities that increase the risk of procedural accidents during the establishment of patency and creation of a consistent glidepath.

Common procedural issues, such as the inability to achieve patency to the apical third and asymmetrical dentine removal leading to transportation, ledging, perforation, and instrument fracture, can jeopardize the management of intraradicular infection, resulting in poor treatment outcomes in cases with apical periodontitis. In fact, curved, splitting, ledged, and constricted canals introduce such complexity that specialized instrumentation concepts have been introduced, and instruments have been designed specifically to address these challenges.

The course on root canal blockages will focus on the re-establishment of the lost glide path in cases of curvature/separation blockages, calcification blockages and ledge blockages.

Learning Objectives

• Understand the importance of technical patency and glidepath creation in root canal treatment, particularly in cases with apical periodontitis.
• Describe the challenges posed by curved, splitting, ledged, and constricted canals in root canal treatment.
• Explore specialized instrumentation concepts and instruments designed to address blockages and navigate complex root canal anatomy effectively.
• Learn techniques for re-establishing lost glide paths in cases of blockages to optimize treatment outcomes.
• Discuss the principles and techniques for different clinical scenarios through case-based discussions.

Agenda

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Abstract

Tooth extractions are the surgical procedure most frequently performed by the dentist. Piezoelectric technology simplifies this surgical practice for the clinician, since the luxation and extraction exploit ultrasonic vibration and not the force that is normally applied to the lever or forceps, instruments that piezoelectric extraction makes less attractive. The new inserts that allow less traumatic access to the element to be extracted will be analysed.

The aim of the course is to create a theoretical and practical path from clinical radiological diagnosis to intervention planning. The procedures to reduce the invasiveness of the surgical act and consequently the risks for the patient will be analysed.

Learning Objectives

• Identify and assess the clinical challenges associated with tooth extraction procedures.
• Highlight the benefits and advancements of piezoelectric technology in surgical applications.
• Demonstrate the clinical efficacy and precision of ultrasonic-powered instrumentation.
• Emphasize the critical role of accurate and transparent diagnostic imaging in treatment planning.
• Present a standardized, reproducible surgical protocol to enhance predictability and reduce procedural risk.

Agenda

Supported by

Abstract

The goal of the presentation is to describe innovative approaches and products for endodontic treatment aiming at making procedure  easier, faster and more predictable even in difficult molar  cases. The course will show a comprehensive approach starting from access cavity design and coronal flaring, describing the use of heat treated NitI rotary files and the benefits provided by their use in complex anatomy ( including retreatment cases) , the concept of shaping and cleaning root canals in 3 dimensions and simplified obturation technique with new bioceramic sealers.

Learning Objectives

• Describe the importance of a correct access cavity  and rationally invasive  coronal flaring
• Discuss the advantages of  heat treated endodontic rotary files and related motions
• Demonstrate the clinical strategies for safe and efficient instrumentation of complex canals
• Discuss the current principles for enhanced irrigation technique
• Demonstrate the clinical advantages of single-cone hydraulic technique with bioceramic sealers

Agenda

Supported by