Tooth loss in the anterior zone not only impacts function but also profoundly alters hard and soft tissue volume, challenging the aesthetic integration of implant restorations. While guided bone regeneration (GBR) and augmentation techniques can restore missing structures, achieving a natural, harmonious prosthetic outcome remains complex—especially when it comes to papilla reconstruction.

Join Dr. Marco Ronda as he explores the strategies for managing severe anterior bone defects and achieving a truly mimetic prosthetic result. This session will delve into predictable techniques for soft tissue preservation, papilla reconstruction, and the integration of implant restorations in the aesthetic zone.

This course provides a comprehensive, hands-on exploration of the key components essential for achieving expert-level microsurgical performance. Participants will gain practical insights into choosing the right instruments and suture materials, as well as adapting to the altered clinical environment required for microsurgical precision.

Beyond technique, the session will delve into microsurgical perception, the integration of visual and tactile cues, and their role in refining the overall workflow.

With a decade of advancements, microsurgery in periodontal and implant dentistry is no longer just an innovation—it is the new standard of care. Join this session to deepen your expertise and elevate your clinical outcomes.

Immediate implant placement in post-extraction sites offers significant clinical advantages, but achieving long-term success depends on a precise approach to soft tissue management, atraumatic extraction, and gap grafting. In anterior sites, immediate prosthetics play a crucial role in maintaining tissue stability and aesthetics over time.

This session will provide a comprehensive analysis of immediate vs. delayed loading protocols, exploring when and why immediate implant placement with immediate loading is the optimal choice. Participants will gain advanced insights into soft tissue handling, as well as the latest applications of Artificial Intelligence (AI) in treatment planning using cutting-edge digital tools.

A live implant surgery will demonstrate key techniques in real time, followed by hands-on practical exercises, allowing participants to apply the acquired knowledge.

Implant failure can result from various factors, but bacterial infections remain one of the most significant threats to both early and late-stage implant stability. Peri-implantitis and post-extraction pathogens can accelerate bone loss, impair healing, and compromise implant success. While traditional disinfection methods rely on pharmaceuticals or invasive surgical approaches, laser therapy is emerging as a safer, more effective alternative.

Join Dr. Duarte as he presents cutting-edge laser protocols designed to decontaminate, stabilize, and promote healing in implant sites using Er:YAG and Nd:YAG wavelengths. This lecture will cover minimally invasive techniques for both implant placement and the management of peri-implantitis, offering a predictable, patient-friendly approach to long-term implant success.

Advancements in digital implantology have revolutionized full-arch restorations, with photogrammetry emerging as a game-changer for precision, efficiency, and workflow optimization. Traditional impression techniques often introduce inaccuracies due to soft tissue distortion and scan misalignment. Photogrammetry, particularly with iCam 4D, eliminates these challenges by capturing exact implant positions, ensuring a passive fit and reducing chair time.

Join Dr. Antoanela Garbacea as she explores the scientific foundation and clinical workflow of photogrammetry in full-arch implant dentistry, demonstrating how a fully integrated digital workflow enhances predictability, efficiency, and patient experience.

In modern implantology, screw-retained implant-supported restorations have become the preferred solution for extensive oral rehabilitations. Driven by marketing and patient expectations, a single dominant approach has emerged as the go-to method for treating full-arch edentulism—often seen as a universal solution.

However, complex cases require more than a standardized approach. This session will delve into the key decision-making principles that guide clinicians in choosing the most predictable and patient-specific implant rehabilitation strategies.

Join this session to refine your clinical decision-making process and gain deeper insight into selecting the most effective implant rehabilitation strategies for each patient.

Successful bone augmentation requires precise decision-making, advanced techniques, and structured protocols to ensure predictable outcomes. This session will cover bone defect classification, GBR vs. Bone Block strategies, flap design, graft selection, and soft tissue management, all essential for long-term implant stability. Participants will gain hands-on experience in handling grafting materials, fixation systems, and tension-free suturing techniques, refining their approach to complex augmentation cases. Master the key surgical steps, optimize treatment timing, and ensure reproducible success in bone regeneration.

The long-term success of implant restorations depends on a deep understanding of biomechanics, material properties, and biological interactions. This session will explore the role of bite force, elasticity modules, and surface engineering in optimizing implant stability and performance. Key topics include the impact of zirconia in bolted joints, ion release in immune-compromised patients, and bacterial control strategies to reduce peri-implantitis risks. By refining material selection and surface modifications, we can create stronger, more stable, and biologically resilient implant systems for lasting clinical success.

In modern prosthetic rehabilitation, achieving the perfect balance between aesthetics and function requires a tailored approach. Whether dealing with minor esthetic corrections or complex cases of pathological tooth wear, the right strategy is essential to ensure long-term success.

Join Dr. Leonardo Bacherini as he explores how digital tools can revolutionize diagnosis, treatment planning, and execution in minimally invasive prosthetic procedures. This lecture will provide practical insights into optimizing aesthetic and functional parameters while reducing risks of failure.

Achieving predictable, long-lasting esthetic rehabilitations requires more than just technical skill—it demands a systematic, time-tested approach. With over 40 years of experience, Dr. Mauro Fradeani has perfected a clinical workflow that integrates minimally invasive prosthetic procedures (MIPP), ensuring optimal esthetic, functional, and biological outcomes.

In this lecture, Dr. Fradeani will demonstrate how vertical dimension of occlusion (VDO) modification allows for conservative full-mouth rehabilitations, reducing invasiveness while maintaining structural integrity. Through precise material selection and advanced bonding techniques, clinicians can now achieve highly resistant and durable restorations without the need for aggressive preparation.

The interproximal papilla is a crucial element in both the aesthetic and functional success of implant-supported restorations. Beyond preventing unsightly black triangles, well-preserved papillae enhance patient satisfaction, improve hygiene accessibility, and protect periodontal structures from long-term complications. However, reconstructing papillae around implants remains one of the most challenging aspects of modern implantology.

Join Dr. Ricardo Kern as he explores the latest surgical and non-surgical techniques for interproximal papilla regeneration, addressing both anatomical considerations and clinical innovations. This session will provide evidence-based insights into achieving optimal soft tissue integration and long-term stability.