EXHIBITION – 37TH INT'L DENTAL CONFEX

Abstract
Implant planning is a key element in achieving a predictable treatment result and patient satisfaction. The correct placement of the implant is determined by a prosthetic restoration. The dentist must therefore make the right plan and use the right tools to transfer this position to the patient's mouth in accordance with the planned crown, bridge or other complex reconstruction. Treatments performed with the help of computer navigation become the gold standard. Thanks to this technology, the dentist can place the implant with the highest precision. However, new technologies require time and commitment to get to know them and implement them successfully.

Learning Objectives 
● Planning of implant positions due to anatomical structures and bone quality.
● Surgical guide manufacturing.
● Reducing the number of complications.
● Reducing the time of surgery.
● Superimposing DICOM and STL files in appropriate software allows for precise planning of the implant treatment and production of the surgical stent.
● Predictable procedures with immediate implant loading.

Abstract
Sobczak Concept innovative fully digital workflow for immediate full-arch restoration in edentulous patients, highlighting advancements in precision and efficiency. The workflow integrates surgical and prosthetic procedures, utilizing denture replica surgical guides as reference landmarks for accurate scan registration and implant placement. This ensures anatomically adapted and natural-looking prostheses, addressing both functional and aesthetic requirements. The process involves a sequence of digital planning, guided surgery, and immediate provisional prosthesis delivery, which reduces clinical time and enhances patient experience. The presented case demonstrates the benefits of utilizing cutting-edge digital technology to minimize inaccuracies commonly found in conventional methods. Overall, this workflow shows significant promise in advancing implant-supported full-arch restoration, contributing to improved outcomes, patient satisfaction, and streamlined dental care processes.

Learning Objectives: 
● Understand the fully digital workflow for implant-supported full-arch restoration.
● Learn the use of denture replica surgical guides for accurate implant placement.
● Explore the sequence of digital planning, guided surgery, and provisional prosthesis delivery.
● Recognize the functional and aesthetic benefits of digital prostheses.
● Analyze the impact of digital technology on minimizing inaccuracies in conventional methods.

Abstract
Introduction to facial driven smile design and planning using Rayface workflow :
● Introduction to technology.
● Technical description of rayface.
● Intro to rayface software.
● Multiple case demonstrations for different cases such as veneers and full arch implant planning.

Abstract
Treatment of gingival recession has become nowadays an important therapeutic issue due to the increased esthetic demands of our patients. In recent years, a variety of surgical procedures have been proposed to obtain esthetic root coverage and augment the zone of keratinized tissue, including pedicle flaps such as coronally or laterally advanced flaps, free gingival grafts and subepithelial connective tissue grafts (CTGs). More recently, the use of 3D collagen matrices has been introduced as a possible alternative to CTGs in periodontal plastic surgery. This course will focus on the use of collagen matrices in esthetic root coverage procedures.

Learning Objectives 
● Incision design and flap manipulation for gingival recessions defects.
● Different surgical techniques and combinations for esthetic root coverage .
● The use of 3D-collagen matrices for root coverage.
● Choice of sutures, different suturing techniques.

Learning Objectives 
● Understand the Basics: Participants will grasp the fundamental concepts of Ceramir CAD/CAM technology and its significance in modern dentistry
● Evaluate Material Properties: Attendees will be able to assess the properties of Ceramir blocks and compare them with other CAD/CAM Blocks.
● Identify Clinical Applications: Participants will learn how to effectively utilize Ceramir blocks in various dental restorations.
● Navigate the Fabrication Process: Attendees will gain insights into the CAD/CAM workflow and the key considerations for successful fabrication.

Abstract
A well-organized workspace during a routine root canal treatment helps the clinician to perform a high-quality reproducible treatment. In more complex cases ergonomics will help the practitioner find the necessary instruments and materials, minimizing the risk of error or delay during the procedure. Moreover, the standardized protocols creates a more professional environment, which can increase patient trust and confidence.

Learning Objectives
● Improving work posture to reduce the clinician health risks.
● Magnification and Ultrasonics an endodontic game changer.
● Ergonomic modern tools and equipment simplifying treatment steps.
● How to organize work environment to improve efficiency, productivity and treatment quality.

Abstract
Treatment of gingival recession has become nowadays an important therapeutic issue due to the increased esthetic demands of our patients. In recent years, a variety of surgical procedures have been proposed to obtain esthetic root coverage and augment the zone of keratinized tissue, including pedicle flaps such as coronally or laterally advanced flaps, free gingival grafts and subepithelial connective tissue grafts (CTGs). More recently, the use of 3D collagen matrices has been introduced as a possible alternative to CTGs in periodontal plastic surgery. This course will focus on the use of collagen matrices in esthetic root coverage procedures.

Learning Objectives 
● Understand the benefits: Explore the scientific evidence supporting the effectiveness of whitening and prophylaxis in improving oral health and aesthetics.
● Master the techniques: Learn about the latest techniques and technologies for whitening and prophylaxis treatments, including in-office and at-home options.
● Address patient concerns: Discuss common patient questions and concerns related to whitening and prophylaxis, and how to effectively address them.
● Integrate into practice: Discover strategies for seamlessly incorporating whitening and prophylaxis into your daily practice to enhance patient satisfaction and revenue.
● Stay informed: Explore the future of whitening and prophylaxis, including emerging trends and technologies that may impact your practice.

Abstract
Digital dentistry is revolutionizing the field by leveraging advanced technology to enhance diagnosis, treatment planning, and patient care. Through tools like digital impressions, CAD/CAM technology, and 3D printing, dentists can create precise. Restorations, such as crowns and bridges, in a fraction of the time compared to traditional methods. Additionally, digital imaging allows for more accurate diagnostics And treatment monitoring, while virtual simulations enable patients to visualize potential outcomes before procedures. This integration of technology not only improves efficiency and precision but also enhances patient experience by reducing discomfort and treatment times, ultimately shaping the future of dentistry. The forefront of dental innovation with this lecture on digital dentistry's transformative impact on the field. This lecture will focus on how digital workflows are reshaping traditional methodologies, from diagnostics and treatment planning to restoration and patient communication.

Learning Objectives 
● Following this lecture, participants will understand how digital technology can be easily integrated into day-to-day dental practice that is affordable and feasible.
● Through a step-by-step case study, participants will learn how to scan, mill, and cement a CAD/CAM restoration using the latest digital technology.

Abstract
Nowadays, intraoral scanning (IOS) accuracy allows fully digital workflow for single crowns and small bridges in both natural teeth and implants. Final accuracy is highly affected by several operator- and technically-related factors including, but not limited to scanning technique and scan body design. However, predictability is still not enough to ensure a passive fit for implant complete arch rehabilitation. Recently, the passive fit has been defined as “The absence of strain, static load or separation of components between a screw-retained implant-supported prosthesis, the implant- abutment interfaces, and the surrounding bone, when installed intraorally and onto the working model (when present), with all of the screws tightened individually and together.” However, as research continues rapidly, accurate digital libraries and proper scanning techniques are essential to achieve passive and long-term successful restorations, particularly in full arch rehabilitations. This round table aims to discuss modern scanning techniques and the digital workflow from IOS acquisition to final prosthesis delivery.

Learning Objectives 
● Learn a simple and effective scanning technique using Medit.
● Explore the novel digital prosthetic solutions by Osstem Implant.
● Import digital files and match libraries in Exocad.
● How to plan and execute (guided surgery) immediate loading in Exoplan.

Abstract
A minimally invasive approach to the sinus is Today a reality, with hydraulic pressure as the gold standard to lift the sinus membrane. Evidence-based dentistry clearly shows the benefit of the Cresta approach. However, sinus surgery is still performed free-hand. Recently, a new surgical kit to perfumer a guided, crystal approach to the maxillary sinus has been proposed, combining the benefits of both procedures (minimally invasive crystal approach to the sinus and computer-assisted, template-guided surgery). The purpose of this round table is to explain the benefits of both procedures and to show, step-by-step, how to perform clinical cases using novel surgical tools/kits.

Learning Objectives: 
● Learn a simple and effective technique to lift the Schneiderian membrane.
● Explore the benefits of computer-assisted, template-based surgery using OneCAS-Kit.
● How to plan real cases (tips and tricks).
● Recognize the functional and aesthetic benefits of digital prostheses.
● How to perform clinical cases using novel surgical kits (step-by-step).

Abstract
In this session you will learn on how to implement an end-to-end digital workflow from initial patient consultation, treatment planning all way to the outcome. By attending this session, and seeing the cases presented, you will get an idea on how visualization and digitization of your restorative workflow will transform your patient communication, acceptance and clinical outcomes.

Learning objectives
● The digital workflow for your restorations offers the possibility to build completely new experience for your patients. From presenting them their expected beautiful smile to offering them shorter treatment time and accurate restorations.
● Learn how you can utilize digital smile tools such as Smile Architect and DSD to amaze and inspire your patients from the first consultation.
● Learn how to use digital tools to effectively communicate with your lab to speed the production and ensure the best outcomes for your restorative treatment plans.
● See how complex restorative cases that have been treated with an end-to-end workflow.

Abstract
Since nickel titanium instruments were introduced to the market, they have revolutionised Endodontics. Instrument design has varied, but the problems remained the same, separation. New alloys have changed the standards again. Novel instrument designs and increased resistance to fracture have revolutionised shaping and cleaning possibilities. The RACE EVO® and XP family of instruments have set a new level.

Learning objectives
● To introduce delegates to the RaCe EVO instrument sequences and understanding their advantages in shaping, especially in narrow and curved canals.
● To practice Schilder and non-Schilder style preparations.
● To understand the role of cleaning root canals and the role of adjunctive cleaning processes.
● To practice mechanical debridement of root canals.

Abstract
This review focuses on the latest strategies for managing infected dentin, covering key areas like peripheral sealing, bonding challenges, pulp status assessment, vital pulp therapy, and material selection. Effective peripheral sealing and overcoming bonding difficulties in infected dentin are critical for long-term success. Accurate pulp assessment is essential for determining treatment, while vital pulp therapy techniques aim to preserve pulp vitality. The choice of restorative materials significantly influences the outcomes, making careful material selection essential for effective treatment.

Learning Objectives
● Learn about peripheral sealing.
● Identify bonding difficulties in infected Dentin.
● Evaluate the difficulty in pulp status assessment.
● Learn modern techniques to preserve pulp vitality.
● Explore the criteria for selecting the materials for managing infected dentin.

Abstract
This workshop introduces dental professionals to the versatile applications of the LiteTouch™ Er:YAG laser, focusing on its use in cavity preparation, soft tissue surgery, periodontics, and implantology. Participants will learn how to adjust laser parameters for various treatments through live demonstrations and hands-on practice.

Learning Objectives
● Mastering laser settings for diverse dental applications.
● Enhancing patient comfort with minimally invasive techniques.
● Reducing chair time and promoting faster healing.
● Gaining knowledge of safety protocols and best practices.

Abstract
Demonstrating the application of multi-wavelength soft tissue laser, exploring the parameters and techniques for different dental procedures to achieve desirable results in dental aesthetics and treatments. This will help the practitioners decide the appropriate tips and sittings in different cases. In addition to avoiding any side-effects or risks during or after the procedure.

Learning Objectives
● Exploring the application of diode and Blue laser in dental treatments.
● Understanding the parameters and protocols for different cases.
● Applying the right parameter for the desired outcome.

Learning Objectives 
● Company history; What makes Shining3D different.
● Catalogue overview; A to Z solutions.
● How an IntraOral Scanner works.
● Product overview: Elite scanner and use cases.
● Product overview: MetiSmile and use cases.

Abstract
This Session provides an in-depth examination of HeySmile aligners within the context of clear aligner therapy, catering to both general dentists and orthodontists. It will address the foundational concepts underlying this treatment modality and outline the essential workflow for its successful implementation. Emphasis will be placed on the critical importance of accurate diagnosis in enhancing treatment predictability. Additionally, the session will feature case presentations that exemplify the application of these principles in clinical practice, equipping attendees with the knowledge to optimize patient outcomes in orthodontic care.

Learning objectives
● Basic concepts of Clear Aligner Therapy.
● Clear Aligner Therapy workflow.
● The importance of diagnosis.
● Keys to increase predictability with aligners.
● Clinical Cases.

Abstract
The concept is simple: brush twice a day and floss. once a day! right? yet the WHO estimates that globally close to 3.5 billion people (approximately 50% of population) suffer from one or the other form of oral disease. With recent advances in technology and manufacturing, oral hygiene care products became more specialized in the eyes of dental professionals but more complicated in the hands of a non-dental consumer.

Learning objectives 
● On this 30-minute round table workshop we aim to work together and discuss how to use individualized oral prophylaxis in educating our patients on the best way to control oral biofilm and prevent oral disease.
● We will tackle the psychology behind the knowing-doing gap and share a better action plan when asked what is the best toothbrush, interdental aid and maybe chemotA7herapeutics by following 3 simple rules: Acceptable, Atraumatic and. Effective. The goal is to help you choose the most suitable toothbrush, learn how to use it and get the best results in biofilm control.

Abstract
We will present both the diagnosis and treatment plan, involving anamnesis, clinical examination, laboratory tests, computed tomography, magnetic resonance imaging (MRI); Facial scanning, in addition to the face, all aesthetics are involved, including the smile, the gummy smile, jaw angles, midline, gingival dorsum, among others, in the best software for facial planning, reconstruction and orthognathic surgery. In practically all cases, arthroscopy and ATM surgery are performed concomitantly, treating the patient in relation to the maxillofacial complex, the surgeries and surgical techniques will be presented as well as examples, casuistry and planning, as the technique presented will be demonstrated. through patients already operated Elucidating the entire proposal.

Learning Objectives 
● A good clinical examination, anamnesis and how to request good imaging tests, such as resonance tomography, scans, and measurements.
● The best techniques and recommendations for each case, for example, Moratti Full Surgery.
● The surgeries performed discussing cases.
● Completion of surgical cases from technique to suturing and follow-up.
● Finishing with the objective of diagnosing, and executing the best surgical technique for that patient, linking the face to the smile and all parameters, and having an integrative vision of orthognathic surgery and the aesthetics of the smile.

Abstract
“Is not the strongest of the species that survive, nor the most intelligent, but the one most responsive to change” (cit. Charles Darwin). As Charles Darwin said, you must be open to change. The digital revolution is taking place in our field. Not everyone is easy to adapt to this new digital workflow. During the lecture, we will explain to you the advantages and disadvantages of digital smile design software. We will analyze this change at 360°. This lecture aims to take the viewer through the digital workflow of treatment planning.

Learning Objectives 
● Better communication with the Patient and building trust through the application of modern technologies.
● Distinguishing factor from the competition.
● Image acquisition.
● Discovering the AI integrated into the digital smile design software.
● Learn how to take photos to make the digital acquisition of a patient’s smile.

Abstract
In the landscape of modern dentistry, implant restoration stands as a pinnacle of innovation, offering enduring solutions for tooth loss. However, traditional approaches often entail cumbersome processes and potential inaccuracies. The emergence of digital technology has catalyzed a profound transformation in this domain, heralding a new era of precision, efficiency, and patient-centric care. At the forefront of this digital revolution lies the Variobase abutment—a titanium marvel compatible with diverse implant systems. This lecture delves into the intricacies of Variobase, showcasing its adaptability and its conical connection design, ensuring robust stability. With a meticulously polished collar, Variobase facilitates seamless integration with soft tissue, yielding natural aesthetics. Furthermore, its synergy with digital tools elevates the restoration process to unprecedented heights of speed and accuracy. Through intraoral scanning and CAD/CAM integration, clinicians can now navigate implant planning with unparalleled precision, culminating in same-day restorations. This lecture illuminates the myriad benefits of Variobase and digital dentistry, underscoring the paradigm shift towards enhanced outcomes and patient satisfaction. Join us as we explore the transformative potential of Variobase abutment, heralding a new dawn in implant restoration.

Learning Objectives: 
● Understand the Evolution of Implant Restoration: Gain insights into how digital technologies are transforming traditional implant restoration methods, offering precision, efficiency, and patient-centric outcomes.
● Explore the Features of Variobase Abutment: Learn about the design and functional aspects of the Variobase abutment, including its titanium construction, conical connection, and polished collar for optimal soft tissue integration.
● Assess Compatibility and Adaptability: Review the compatibility of Variobase with various implant systems and its adaptability in different clinical scenarios.
● Appreciate the Aesthetic Considerations: Understand how the design of Variobase contributes to natural-looking dental aesthetics, crucial for patient satisfaction.
● Leverage Digital Tools in Implant Planning: Explore the use of intraoral scanning and CAD/CAM technology in enhancing the accuracy and efficiency of implant planning and execution.
● Experience the Impact on Clinical Outcomes: Analyze the benefits of incorporating digital abutments in clinical practice, including potential improvements in procedural outcomes and reduction in treatment times.
● Identify Patient-Centric Benefits: Discuss how digital implant abutments like Variobase improve patient experiences and satisfaction through faster and more accurate restorations.
● Visualize Future Developments in Digital Dentistry: Engage with ideas on how continuing advancements in digital technologies might further refine and revolutionize dental implant procedures.

Abstract
Introduction to facial driven smile design and planning using Rayface workflow :
● Introduction to technology.
● Technical description of rayface.
● Intro to rayface software.
● Multiple case demonstrations for different cases such as veneers and full arch implant planning.

Learning Objectives 
● Understand the Basics: Participants will grasp the fundamental concepts of Ceramir CAD/CAM technology and its significance in modern dentistry
● Evaluate Material Properties: Attendees will be able to assess the properties of Ceramir blocks and compare them with other CAD/CAM Blocks.
● Identify Clinical Applications: Participants will learn how to effectively utilize Ceramir blocks in various dental restorations.
● Navigate the Fabrication Process: Attendees will gain insights into the CAD/CAM workflow and the key considerations for successful fabrication.

Abstract
A well-organized workspace during a routine root canal treatment helps the clinician to perform a high-quality reproducible treatment. In more complex cases ergonomics will help the practitioner find the necessary instruments and materials, minimizing the risk of error or delay during the procedure. Moreover, the standardized protocols creates a more professional environment, which can increase patient trust and confidence.

Learning Objectives
● Improving work posture to reduce the clinician health risks.
● Magnification and Ultrasonics an endodontic game changer.
● Ergonomic modern tools and equipment simplifying treatment steps.
● How to organize work environment to improve efficiency, productivity and treatment quality.

Abstract
Treatment of gingival recession has become nowadays an important therapeutic issue due to the increased esthetic demands of our patients. In recent years, a variety of surgical procedures have been proposed to obtain esthetic root coverage and augment the zone of keratinized tissue, including pedicle flaps such as coronally or laterally advanced flaps, free gingival grafts and subepithelial connective tissue grafts (CTGs). More recently, the use of 3D collagen matrices has been introduced as a possible alternative to CTGs in periodontal plastic surgery. This course will focus on the use of collagen matrices in esthetic root coverage procedures.

Learning Objectives 
● Understand the benefits: Explore the scientific evidence supporting the effectiveness of whitening and prophylaxis in improving oral health and aesthetics.
● Master the techniques: Learn about the latest techniques and technologies for whitening and prophylaxis treatments, including in-office and at-home options.
● Address patient concerns: Discuss common patient questions and concerns related to whitening and prophylaxis, and how to effectively address them.
● Integrate into practice: Discover strategies for seamlessly incorporating whitening and prophylaxis into your daily practice to enhance patient satisfaction and revenue.
● Stay informed: Explore the future of whitening and prophylaxis, including emerging trends and technologies that may impact your practice.

Abstract
Nowadays, intraoral scanning (IOS) accuracy allows fully digital workflow for single crowns and small bridges in both natural teeth and implants. Final accuracy is highly affected by several operator- and technically-related factors including, but not limited to scanning technique and scan body design. However, predictability is still not enough to ensure a passive fit for implant complete arch rehabilitation. Recently, the passive fit has been defined as “The absence of strain, static load or separation of components between a screw-retained implant-supported prosthesis, the implant- abutment interfaces, and the surrounding bone, when installed intraorally and onto the working model (when present), with all of the screws tightened individually and together.” However, as research continues rapidly, accurate digital libraries and proper scanning techniques are essential to achieve passive and long-term successful restorations, particularly in full arch rehabilitations. This round table aims to discuss modern scanning techniques and the digital workflow from IOS acquisition to final prosthesis delivery.

Learning Objectives
● Learn a simple and effective scanning technique using Medit.
● Explore the novel digital prosthetic solutions by Osstem Implant.
● Import digital files and match libraries in Exocad.
● How to plan and execute (guided surgery) immediate loading in Exoplan.

Abstract
A minimally invasive approach to the sinus is Today a reality, with hydraulic pressure as the gold standard to lift the sinus membrane. Evidence-based dentistry clearly shows the benefit of the Cresta approach. However, sinus surgery is still performed free-hand. Recently, a new surgical kit to perfumer a guided, crystal approach to the maxillary sinus has been proposed, combining the benefits of both procedures (minimally invasive crystal approach to the sinus and computer-assisted, template-guided surgery). The purpose of this round table is to explain the benefits of both procedures and to show, step-by-step, how to perform clinical cases using novel surgical tools/kits.

Learning Objectives: 
● Learn a simple and effective technique to lift the Schneiderian membrane.
● Explore the benefits of computer-assisted, template-based surgery using OneCAS-Kit.
● How to plan real cases (tips and tricks).
● Recognize the functional and aesthetic benefits of digital prostheses.
● How to perform clinical cases using novel surgical kits (step-by-step).

Abstract
In recent years, intraoral scanning has revolutionized the field of dentistry by enhancing precision, improving patient experience, and streamlining dental workflows. This training program aims to equip dental professionals with the essential skills needed to effectively utilize intraoral scanners. Participants will gain a comprehensive understanding of the technology behind intraoral scanners, the procedures for capturing high-quality digital impressions, and the integration of scanning data into treatment planning and dental restoration processes. Through hands-on practice and theoretical instruction, attendees will learn how to navigate common challenges associated with intraoral scanning, including patient management, scanner calibration, and data interpretation. Additionally, the training will cover the benefits of intraoral scanning compared to traditional impression techniques, emphasizing the impact on clinical outcomes and practice efficiency. By the end of the program, participants will be proficient in employing intraoral scanners, enabling them to enhance patient care and elevate their practice to meet the demands of modern dentistry.

Abstract
This review focuses on the latest strategies for managing infected dentin, covering key areas like peripheral sealing, bonding challenges, pulp status assessment, vital pulp therapy, and material selection. Effective peripheral sealing and overcoming bonding difficulties in infected dentin are critical for long-term success. Accurate pulp assessment is essential for determining treatment, while vital pulp therapy techniques aim to preserve pulp vitality. The choice of restorative materials significantly influences the outcomes, making careful material selection essential for effective treatment.

Learning Objectives
● Learn about peripheral sealing.
● Identify bonding difficulties in infected Dentin.
● Evaluate the difficulty in pulp status assessment.
● Learn modern techniques to preserve pulp vitality.
● Explore the criteria for selecting the materials for managing infected dentin.

Abstract
This session summarizes key aspects of understanding hypomineralized molars, including their etiology, clinical presentation, and impact on oral health. It highlights their role in increased caries risk, sensitivity, and oral hygiene challenges in children, along with strategies for treatment, prevention, and long-term management.Learning outcomes of studying the challenges of hypomineralized molars in pediatric dental patients.

Learning Objectives 
● Understanding the Etiology and Pathogenesis.
● Recognizing Clinical Presentation.
● Assessing the Impact on Oral Health and understand how hypomineralized molars contribute to an increased risk of dental caries, sensitivity, and difficulties in maintaining oral hygiene in affected children.
● Formulating Treatment Strategies.
● Preventive and Long-term Management.

Abstract
This content provides a comprehensive overview of injectable composites in pediatric dentistry. It covers the material properties, clinical indications, and contraindications while offering guidance on mastering application techniques. The focus is on achieving optimal aesthetic and functional outcomes, along with evaluating the longevity and durability of these restorations in pediatric patients for improved long-term dental care.

Learning Objectives 
● Understanding Material Properties.
● Indications and Contraindications to identify the specific clinical scenarios where injectable composites are indicated and when they should be avoided.
● Mastering Application Techniques.
● Achieving Aesthetic and Functional Outcomes.
● Evaluating Longevity and Durability of injectable composite restorations in pediatric patients.

Abstract
This workshop introduces dental professionals to the versatile applications of the LiteTouch™ Er:YAG laser, focusing on its use in cavity preparation, soft tissue surgery, periodontics, and implantology. Participants will learn how to adjust laser parameters for various treatments through live demonstrations and hands-on practice.

Learning Objectives
● Mastering laser settings for diverse dental applications.
● Enhancing patient comfort with minimally invasive techniques.
● Reducing chair time and promoting faster healing.
● Gaining knowledge of safety protocols and best practices.

Abstract
Demonstrating the application of multi-wavelength soft tissue laser, exploring the parameters and techniques for different dental procedures to achieve desirable results in dental aesthetics and treatments. This will help the practitioners decide the appropriate tips and sittings in different cases. In addition to avoiding any side-effects or risks during or after the procedure.

Learning Objectives
● Exploring the application of diode and Blue laser in dental treatments.
● Understanding the parameters and protocols for different cases.
● Applying the right parameter for the desired outcome.

Learning Objectives 
● Company history; What makes Shining3D different.
● Catalogue overview; A to Z solutions.
● How an IntraOral Scanner works.
● Product overview: Elite scanner and use cases.
● Product overview: MetiSmile and use cases.

Abstract
Endodontic treatment has a high success rate and gives predictable outcomes. However, failures are inevitable. One of the major challenges is to remove the existing root canal filling (de-obturation) to regain access to the root canal. Once this has been achieved then re-cleaning is essential. This workshop will explore the role of XPEndo Rise sequence of instruments to simplify and facilitate this process.

Learning objectives
● To understand the reasons for endodontic failure.
● To understand the role of instrumentation for de-obturation and subsequent disinfection of the root canal system.
● To understand the advantage of XPEndo Rise sequence of instruments in this processs.
● To practice using the XPEndo Rise sequence of instruments to de-obturate root canals.

Abstract
In this workshop, we will discuss the biological background, advantages and limitations of immediate implant placement with or without grafting the buccal gap. We will learn how to go from reducing the buccal hard and soft tissue changes, to completely preventing them, by using the socket shield technique!

Learning objectives
● Understanding the biological rationale behind socket shield.
● Creating the shield on special models.
● Placing immediate anterior implant with high primary stability.

Abstract
Chairside 3D printing is poised to redefine the landscape of modern dentistry as a transformative technology enabling rapid, precise, and cost-effective production of dental restorations and appliances directly in the clinical setting. With all that being said, how far have we come with chairside 3D printing?

Abstract
The rapid evolution of digital dentistry has introduced a paradigm shift in clinical practices, driven largely by the integration of advanced dental scanners. This lecture explores how digital scanning technology enhances diagnostic precision and treatment accuracy, offering significant benefits across various fields, including restorative dentistry, and implantology. By capturing highly accurate 3D models, dental scanners allow clinicians to bypass traditional impression methods, reducing patient discomfort and the risk of errors associated with material distortion. The seamless transfer of digital data to dental labs enables faster, more precise fabrication of prosthetics and orthodontic appliances, ultimately streamlining workflows and optimizing patient care. Attendees will gain insights into the latest advancements in dental scanning technology (Medit scanners) and learn how adopting these tools (Medit link) can lead to improved clinical outcomes, patient satisfaction, and practice efficiency. This session aims to highlight the transformative impact of digital tools in dentistry and inspire a shift towards more innovative, patient-centred approaches in clinical practice.

Abstract
Our Round table will guide you on how to accelerate the growth of your clear aligner practice, transforming patient attraction into long-term retention. With starlynr®️ as your strategic partner, discover how to create a streamlined, patient-centered approach that delivers outstanding treatment experiences, increasing satisfaction and loyalty. Additionally, you’ll learn how to leverage starlynr®️'s comprehensive support—from digital marketing to staff training—to strengthen your clinic’s brand and reputation in the clear aligner market. Join us to uncover actionable insights that can help you stay competitive, effectively scale your practice, and achieve sustained growth and profitability.