Dental World
8-9-10 October, 2026
Budapest, HUNGEXPO Zrt. Albertirsai út 10, 1101 Budapest
His scientific work includes publications, continuous participations in national and international meetings and teaching experience in Italy (university of Brescia).
Since 2010he is an active member of the Italian Society of Endodontics and the Italian Society of Microscopic dentistry. He is also a member of Style Italiano study club.
He is the inventor of ProTrain®, and has collaborated for several other innovations in dental industry. Dr Tonini maintains Private Practice limited in Endodontics for the last five years in Brescia, Italy.
Endodontic disease makes up a large proportion of dental emergencies. Whatever dentistry you perform, there is always a need to be able to relieve a patient’s pain. This talk will focus on the diagnosis and treatment of pain caused by endodontic disease and how the clinician can resolve this quickly.
Omar was born in Christchurch, New Zealand, and completed his undergraduate degree at Otago University. After practising in New Zealand, he moved to London in the UK, where he gained experience in cosmetic and emergency dentistry. During his time in London, Omar completed the FRACDS fellowship and was accepted into King’s College London to study his Master’s in Endodontology. His thesis was published in the International Endodontic Journal during the final year of his course.
Omar is a Fellow of the International College of Dentists and the Pierre Fauchard Academy. In 2021, he co-developed the EndoPrep smartphone app, designed to help dentists improve the worldwide standard of care in endodontics.
His passion is teaching dentists and empowering them to embrace saving teeth as a means of fulfilling their role as true health professionals. Every year, he travels locally and internationally to teach, and he also does this across his various social media platforms.
14.00-15.30
15.30-16.00
Calcified canals present a challenge to anyone undertaking root canal treatment. The second mesiobuccal canal in upper molar teeth is commonly calcified and makes treating these teeth a challenge. The good news is that we have many tools available to help us locate and negotiate these canals. This talk will also describe a novel patency-filing technique to reduce the number of hand files needed to complete a case.
A smart person learns from their mistakes, but a wise person learns from the mistakes of others. In this talk, common complications that occur during the treatment process will be discussed, along with how to avoid them, how to remedy them, and how they affect the overall prognosis of treatment.
Saving natural teeth is what we must strive to do in dentistry. Often, compromised teeth require advanced restorative treatment with specialised materials. These include deep marginal elevation and techniques to manage encroaching periodontal tissues. This talk will discuss concepts and techniques we can use to preserve natural teeth and explain why implants are not always the answer.
Particular emphasis will be placed on the role of artificial intelligence (AI) in modern endodontics, focusing on diagnostic accuracy, treatment planning, and patient communication. The use of AI-based platforms, such as Diagnocat, will be illustrated through clinical examples demonstrating their potential to enhance detection of pathologies, support decision-making, and predict procedural challenges.
Specific clinical scenarios—including root resorptions, management of immature teeth, and intentional replantation—will be analyzed to highlight practical approaches and key prognostic considerations.
By combining digital tools, advanced imaging, and evidence-based protocols, clinicians can achieve greater precision, consistency, and confidence in managing both routine and complex endodontic cases. This presentation seeks to bridge the gap between innovation and clinical reality, promoting a systematic and predictable approach to endodontic complexity.
Endodontic treatment encompasses a wide spectrum of clinical situations ranging from apparently straightforward cases to those of considerable complexity. However, the boundary between “simple” and “complex” is often indistinct, as anatomical variations, diagnostic uncertainties, and biological factors can significantly influence case difficulty and prognosis. This lecture aims to provide a structured framework for assessing and managing complexity in endodontic practice, integrating contemporary evidence with technological innovation.
Particular emphasis will be placed on the role of artificial intelligence (AI) in modern endodontics, focusing on diagnostic accuracy, treatment planning, and patient communication. The use of AI-based platforms, such as Diagnocat, will be illustrated through clinical examples demonstrating their potential to enhance detection of pathologies, support decision-making, and predict procedural challenges.
Specific clinical scenarios—including root resorptions, management of immature teeth, and intentional replantation—will be analyzed to highlight practical approaches and key prognostic considerations.
By combining digital tools, advanced imaging, and evidence-based protocols, clinicians can achieve greater precision, consistency, and confidence in managing both routine and complex endodontic cases. This presentation seeks to bridge the gap between innovation and clinical reality, promoting a systematic and predictable approach to endodontic complexity.
This lecture presents a comprehensive, step-by-step workflow that guides the clinician through the entire smile design process – from initial analysis to final execution. We will discuss the principles of smile aesthetics, and the role of wax-ups and mock-ups in planning, patient communication, and outcome visualization. The lecture explores how harmony can be achieved between white and pink aesthetics, and how this can be integrated into a stable functional framework.
A long-lasting and truly aesthetic result is built upon the unity of well-understood function and precisely designed aesthetics. The presentation will outline the analytical steps and protocols that enable predictable and durable smile reconstructions.
This time, the focus will be on indirect restorations: beyond the planning phase, we will take a detailed look at the veneer workflow, emphasizing the coordination between laboratory and clinical procedures, as well as the fine details that ensure a natural, harmonious, and lasting smile.
Through a series of clinical cases, we will demonstrate that while every situation is unique, the key to success remains the same: a well-structured, consistent, and thoughtful workflow – the “Blueprint to Beauty”.
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Albertirsai út 10, 1101 Budapest
50% OFF UNTIL DECEMBER 31
50% OFF UNTIL DECEMBER 31
50% OFF UNTIL DECEMBER 31