OHI-S Minimally Invasive Aesthetic Restorations Additive, Digital, and Fully Functional Rehabilitation

4 lessons (3h)
Only highly aesthetic and highly functional restorations, built on modern concepts and clinical protocols, for achieving predictable and conservative outcomes.
Camillo D’Arcangelo and Carlo Massimo Saratti will focus on functional integration, including occlusal assessment, vertical dimension management, and the design of restorations that harmonize with the patient’s overall aesthetics and function.
During the course, you will:
— Learn the latest protocols in smile design from global leaders
— Understand modern concepts in adhesive and minimally invasive restorations
— Explore the integration of digital workflows and robotic precision in aesthetic dentistry
— Gain practical insights into full-mouth rehabilitation and treatment planning.
Join and become part of the future of aesthetic dentistry!
The OHI‑S Minimally Invasive Aesthetic Restorations: Additive, Digital, and Fully Functional Rehabilitation course is best for dentists, prosthodontists, and dental technicians who want structured, CE‑accredited training in modern, minimally invasive restorative protocols that combine additive techniques, digital workflows, and functional rehabilitation.
Who Should Enroll

General dentists aiming to adopt minimally invasive, aesthetic restorative techniques for everyday practice.
Prosthodontists managing complex restorative and full‑mouth rehabilitation cases with digital precision.
Dental technicians & lab professionals fabricating restorations using additive and CAD/CAM workflows.
Orthodontists & restorative specialists integrating functional rehabilitation with aesthetic restorative outcomes.
Residents, fellows, and trainees in restorative dentistry or prosthodontics seeking structured training in digital and additive approaches.

What You’ll Learn

Minimally invasive principles: preserving natural tooth structure while achieving aesthetic excellence.
Additive techniques: direct and indirect restorations using composite and ceramic materials.
Digital workflows: intraoral scanning, CAD/CAM design, and digital smile design integration.
Functional rehabilitation: ensuring occlusal stability and long‑term durability of restorations.
Case‑based lessons: clinical examples demonstrating predictable functional and aesthetic outcomes.

+ Topics:

Lesson 1.Totally Additive Prosthodontics in Aesthetic and Functional Treatment

— From mini-invasive prosthodontics to additive prosthodontics
— Additive prosthodontics in aesthetic rehabilitation: advantages and limits
— No-prep veneers and S.A.R. (Selective Area Reduction) veneers: procedure step by step
— Digital-guided procedures for no-prep veneers and S.A.R. (Selective Area Reduction) veneers
— Additive prosthodontics in posterior restorations: when and why
— Additive prosthodontics for worn teeth and bruxist patients rehabilitation: step-by-step procedures
— Digital-guided procedures for worn teeth and bruxist patients rehabilitation.

Lesson 2.Occlusal Diagnosis and Management of Worn Dentition, Bruxism, and TMD

— General concepts of worn teeth, bruxism, and TMJ disorders
— The concept of parafunctional and dysfunctional patients
— Differential diagnosis between parafunctional and dysfunctional patients
— Occlusal diagnosis: intra- and extra-oral clinical examination
— Predictable techniques for vertical dimension management
— S.A.R. (Selective Area Reduction) approach
— Clinical case analysis and a step-by-step treatment approach for:
– Worn dentition
– Bruxism
– TMJ disorders.

Lesson 3.Aesthetic Rehabilitation of Worn Dentitions. Minimally Invasive Approaches

— Main etiological factors of tooth wear and the importance of monitoring
— Diagnostic tools and risk assessment methods
— Aesthetic analysis of models and photographs
— Safe and predictable techniques for vertical dimension management
— Principles of minimally invasive adhesive rehabilitation
— Analysis of clinical cases.

Lesson 4.Digital Approach to Minimally Invasive Adhesive Restorations

— Principles of minimally invasive digital restorations
— Selection of materials with new-generation CAD/CAM options
— Digital workflow: scanning, treatment planning, and CAD/CAM fabrication
— Clinical protocols: tooth preparation, bonding techniques, and finishing
— Maintenance strategies and long-term patient care.