CAD/CAM Digital & Oral Facial Aesthetics 39th Int’l Dental ConfEx

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

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

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

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

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

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

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

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 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

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 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

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

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

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

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

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

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 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 

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

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

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.