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This interactive course is structured to provide step-by-step training at a very personal level. It employs case-based learning by emphasizing evidence-based learning for daily usage. Participants will learn from the basic tools to the latest advancements in digital implant dentistry. Streamlined clinical and digital workflows will be presented to increase efficiency and clinical outcomes. All the secrets of static guided surgery and X-Guide dynamic navigation will be unveiled to discern when and how to use the different surgThis interactive course is structured to provide step-by-step training at a very personal level. It employs case-based learning by emphasizing evidence-based learning for daily usage. Participants will learn from the basic tools to the latest advancements in digital implant dentistry. Streamlined clinical and digital workflows will be presented to increase efficiency and clinical outcomes. All the secrets of static guided surgery and X-Guide dynamic navigation will be unveiled to discern when and how to use the different surgical options, including the review of the current CBCT, IOS and Face scanning technologies.

The DTX Studio™ Clinic, DTX Studio™ Implant and DTX Studio™ Lab software will be presented, explaining how to simplify the digital workflow for predictable guided immediate implant placement and immediate loading. The digital implant planning rules for anterior, posterior and full arch cases will be reviewed and updated to achieve biological, functional and esthetic success. The attendees will improve their own confidence and skills with digital planning through immersive software hands-on.

Indications and limitations of the static and dynamic guided surgery will be reviewed and discussed, from simple flapless to advanced procedures, including digital assisted soft tissue sculpturing (DASS Technique), Guided Socket Shield protocols and X-Act Teeth. Special emphasis will be given to interdisciplinary digitally assisted treatment planning and final aesthetics in the different clinical scenarios.

Learning outcomes

• Gain an update on CBCT and IOS protocols, and extraoral stereophotogrammetry
• Identify the differences between static and dynamic guided surgery vs Dynamic Navigation Guidelines
• Apply static & dynamic virtual patient creation
• Explore all components of DTX Studio™ 
• Understand the digital integration of guided surgery and guided prosthetics
• Experience the digitally assisted immediate implant placement and loading in the anterior and posterior zone

This 2 day didactic and hands-on program is for the GP who wants to improve their fundamental surgical skill set. Participants will be able to experience a wide variety of
surgical procedures typically seen in a GP office, but the emphasis will be on developing effective clinical skills in flaps, suturing and extractions.

This course is limited attendance with a low instructor to student ratio and will take place in our simulation lab where you will learn on phantom heads, special dental models, and pig mandibles.

Learning Objectives

• Effectively assess patient and procedural risks
• Develop proficiency in the selection and use of surgical instruments
• Learn and apply surgical approaches to minimize tissue traumaManage
• Recognize and manage complications

Simulation lab experience will include:

• Flap design
• Suturing (interrupted, continuous locking, figure of 8)
• Biopsy techniques
• Simple extractions (forceps and elevators)
•  Surgical extractions (bone and soft tissue sparing)
• Impactions (lower mesio-angular and horizontal)
• Root removal
• Incision and Drainage (drain placement)
• Oral-antral penetration repair (sliding flaps)
• Tongue and lip tie revision
• Socket preservation and basic GB
• Sinus bump (Summers procedure)
• Connective tissue grafting
• Introduction to implant placement (guided and freehand)

2 Days of Clinical Residence with Prof. Paulo Malo, doing All-on-4® cases, Zygoma cases and single as well multiple implants in complex cases. Introduction to different techniques and new products: Hands-on, live surgery, lectures, prosthetics considerations and clinical case discussions. Follow complex prosthetic cases with the Malo Dental team.

The All-on-4® treatment concept is a highly efficient and effective solution for patients who are edentulous or facing tooth loss. This innovative approach uses four implants to support a full-arch prosthesis, which can be delivered immediately, offering patients rapid and reliable results. During 2 Days of Clinical Residence with Prof. Paulo Malo, the pioneer of the All-on-4®protocol, will guide on how the patient will have immediate function and excellent esthetics with a limited number of implants This course also introduces a variety of other cases such as zygoma, single and multiple implants through hands-on activities, live surgeries, lectures, prosthetic considerations, and clinical case discussions. Participants will have the opportunity to follow complex prosthetic cases guided by Prof. Paulo Malo, gaining practical skills and deeper clinical insight.

Learning outcomes:

• Explore different techniques and new products through  hands-on activities, live surgeries, and in-depth lectures.
• Gain insight into prosthetic considerations by following  complex clinical cases with the expert team.
• Understand the application of advanced surgical and  prosthetic protocols in patient care.
• Participate in clinical case discussions to enhance  decision-making and treatment planning skills.

Core Mini-Residency in Oral Implantology

Session 1: IMPLANT TREATMENT PLANNING & RESTORATIONS

• Treatment planning & Nobel Clinician

• Implant selection & positioning (Hands-on)

• Implant planning from simple to complex

• Abutment selection

• Proper cementation techniques

• Cement retained prostheses

• Screw retained prostheses

• Utilizing implant tools (Hands-on)

• Impression Techniques (Hands-on)

• Implant occlusion

• Provisional Restorations (Hands-on)

• Digital treatment planning & utilization of 3D imaging

An ideal treatment plan requires thorough esthetic, functional, and structural analysis, supported by radiographic and digital examinations. Necessary adjustments to optimize teeth and soft tissues are transferred to the technician to create a wax-up and a diagnostic/functional mock-up. With 3D technology, it is now possible to create a patient “avatar,” enhancing diagnosis, planning, communication, and interdisciplinary workflows — applicable to both esthetic cases and complex full-arch rehabilitations. In implant therapy, diagnosis and treatment planning is still more demanding due to the critical aspect of the soft tissue contour and volume.

The success of implant-supported prostheses depends on optimal integration of all interfaces prosthetic, esthetic, soft tissue, and bone — through well-chosen surgical and restorative protocols. A solid grasp of biological principles and proper material selection are essential for achieving a stable mucosal seal and natural esthetic outcomes. Perfect esthetic integration relies on three pillars: diagnosis and prosthetic planning, proper management of the bone compartment, and careful handling of the supracrestal soft tissue compartment. The latter, increasingly important in modern implantology, is critical for avoiding complications and major esthetic defects.

Safe treatment in esthetic zones begins with thorough evaluation and selection of the most suitable surgical-prosthetic strategy. Finalization requires in-depth knowledge of restorative materials to replicate in the definitive prosthesis all the features tested in provisionals. Close collaboration with the lab and the use of digital workflows improve quality and efficiency. Cementation — especially adhesive protocols — is a critical phase, with specific guidelines for glass ceramics and zirconia. New ceramic materials and adhesive techniques have reshaped restorative dentistry, promoting minimally invasive preparations that preserve enamel and tooth structure.             

Digital workflows, including intraoral scanning, integrate these solutions seamlessly. Managing provisional restorations and accurately transferring esthetic and functional parameters to the lab are key steps. During this week-long course, all these aspects will be thoroughly explored from both a scientific and clinical perspective, with a strong practical approach to enable immediate application of the illustrated protocols. Ample attention will be devoted to the latest advancements in fixed prosthodontics and interdisciplinary protocols, with the aim of optimizing prognosis and the integration of the prosthetic restoration.