IZEN World Dental Meeting

Info: Guided implantology represents the convergence of advanced digital engineering and specialized surgical expertise. In this lecture, Eng. Ehab Mousa, a biomedical engineer with extensive experience in 3D printing and digital workflows, and Dr. Karim Jelassi, Specialist in Oral Medicine & Oral Surgery with expertise in Implantology and Digital Workflow, will present an integrated approach to implant planning and execution.

Through a representative clinical case, they will demonstrate how meticulous digital planning, precise guide design, and 3D printing technology are harmonized with surgical judgment, biological considerations, and intraoperative decision-making. This lecture emphasizes that the true success of guided implantology lies not solely in technological precision, but in the careful
balance between digital workflows and surgical insight — exemplifying the art of observation and clinical digital synergy.

Info: Computer generated surgical guides can allow the operator to simply apply the predetermined virtual treatment plan during surgery. Some of these plans are difficult or even impossible to obtain by the conventional methods.

The objective of this presentation is to focus on how surgical guides can be efficiently used in some uncommon indications & how to get the best of it in such cases to improve the quality of treatment given to our patients.

Info: This lecture presents a comprehensive digital blueprint that seamlessly integrates the critical pillars of biomechanical stability, implant design, and an efficient digital workflow to ensure exceptional outcomes. We will first deconstruct the concept of stability, moving beyond a single-metric approach. The session will explore how Implant Stability Quotient (ISQ) values serve as one crucial data point within a broader framework that includes primary mechanical stability and secondary biological stability. We will discuss how to interpret ISQ readings clinically and the critical thresholds for safe immediate loading. The core of predictability lies in implant fixture design. This lecture will analyse how macro-design features—such as thread geometry, taper, and apical design—directly influence primary stability, especially in compromised bone densities. Furthermore, we will examine the role of micro-surface design in accelerating osseointegration.

Info: During the lecture, we will take a detailed look at the fundamental differences between these two approaches and the real advantages that the digital protocol provides in daily practice.

We will discuss what is needed for a confident start: what types of scanners exist, how they differ, and how to choose the right scanning format for a specific case.

Step by step, we will go through the scanning protocols for teeth and implants.

A separate part of the lecture will focus on diagnostics and treatment planning in a digital environment, as well as on effective communication between the dentist and the technician.

Participants will gain a clear understanding of the algorithm for transitioning to a digital workflow, learn how to build efficient communication with the laboratory, and enhance the accuracy, predictability, and aesthetics of their clinical outcomes.

The lecture will provide a practical set of tools that can be implemented in daily work immediately.

Info: This lecture outlines the essential principles that make immediate implantation and loading both predictable and minimally invasive. Key parameters such as atraumatic extraction, socket morphology evaluation, and the use of advanced implant macro- and micro-designs will be discussed in relation to achieving optimal primary stability.

Particular attention will be given to how the IZEN Implant System, with its refined thread geometry and hybrid surface technology, contributes to enhanced initial stability and accelerated osseointegration — the fundamental requirements for successful immediate implantation. Furthermore, the integration of digital planning, guided surgery, and chairside CAD/CAM workflows will be explored as critical elements in achieving precise, prosthetically driven outcomes.

Drawing upon more than 600 clinical cases and long-term follow-up experience, Dr. Jahangirnia will share a practical, stepwise protocol — the “10 Key Points for Same Day Dentistry”.

Info: Abstract - severe atrophy of mandible can cause vertical and horizontal cantiliver in prosthesis. Inferior alveolar nerve bypass can be a very effective and safe procedure to eliminate cantiliver and reduce chances of fatigue failures of implant prosthesis assembly

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