Session
Moderator
Dr. DT10/ 4（sun）
9:00 - 10:30
4F〜6F ホール C
Session 61
The Digital ― Material Interface:
Validated Workflows from Diagnosis to Prosthetics
― Veneers ―
デジタル × マテリアルの最前線:
診断から補綴までを貫く“エビデンス主導ワークフロー ～デジタルべニア～
This session explores the role of digital dentistry and artificial intelligence in modern veneer and aesthetic restorative workflows, demonstrating how AI-driven diagnosis can enhance precision, consistency, and clinical decision-making when guided by expert input. It highlights fully integrated digital workflows—from facial analysis and diagnosis to design and execution—enabling more predictable and minimally invasive aesthetic rehabilitations. Advances in materials and technologies, including intraoral scanning, CBCT integration, 3D printing, and milling, are presented as key drivers in simplifying complex cases. By reducing clinical time, cost, and complexity, these digital approaches transform veneer treatments and full-mouth rehabilitations into streamlined, patient-centered processes with highly predictable outcomes.
Lecturer
From AI-driven diagnosis to smart personalised treatment
From AI-driven diagnosis to smart personalised treatment
- One can trust AI if trusting the human experts behind
- AI-driven diagnosis is more efficient and consistent
- AI-driven treatment can be the perfect dental assistant
- One can trust AI if trusting the human experts behind
- AI-driven diagnosis is more efficient and consistent
- AI-driven treatment can be the perfect dental assistant
Lecturer
Maximize your dental practice using the full potential of a Digital workflow
Maximize your dental practice using the full potential of a Digital workflow
- Simplified digital workflow for full mouth rehabilitation
- Dynamic facial analysis for esthetic-driven treatment planning
- Integration of intraoral scanning, CBCT and digital design software
- Digital production using 3D printing and milling technologies
- Predictable, efficient rehabilitation with reduced time, cost and clinical complexity
- Simplified digital workflow for full mouth rehabilitation
- Dynamic facial analysis for esthetic-driven treatment planning
- Integration of intraoral scanning, CBCT and digital design software
- Digital production using 3D printing and milling technologies
- Predictable, efficient rehabilitation with reduced time, cost and clinical complexity
Lecturer
Digital Dentistry
― Modern Approach to Aesthetic Ceramic Restorations ―
Digital Dentistry
― Modern Approach to Aesthetic Ceramic Restorations ―
- Minimally invasive aesthetic all-ceramic restorations – The key steps for success and predictable outcomes.
- The use of digital technologies from planning to execution for complex aesthetic rehabilitations.
- The use of 3D printable materials in supporting and simplifying complex digital workflows.
- Minimally invasive aesthetic all-ceramic restorations – The key steps for success and predictable outcomes.
- The use of digital technologies from planning to execution for complex aesthetic rehabilitations.
- The use of 3D printable materials in supporting and simplifying complex digital workflows.
Moderator
Dr. DT10/ 4（sun）
10:45 - 12:15
4F〜6F ホール C
Session 61
The Digital ― Material Interface:
Validated Workflows from Diagnosis to Prosthetics
― Dentures ―
デジタル × マテリアルの最前線:
診断から補綴までを貫く“エビデンス主導ワークフロー ～デジタルデンチャー～
This session explores the rapidly evolving landscape of digital dentures, highlighting how artificial intelligence and advanced digital workflows are transforming diagnosis, treatment planning, and prosthetic fabrication. It demonstrates how AI-driven systems, when guided by clinical expertise, can enhance efficiency, consistency, and personalization in prosthodontic care. The session also presents the full digitalization of complete denture workflows, showcasing improvements in reproducibility, cost-effectiveness, and the expanding use of CAD/CAM, milling, and 3D printing technologies. In addition, hybrid approaches that combine digital and conventional techniques are introduced, offering flexible and clinically adaptable solutions for a wide range of cases. Overall, the session provides a forward-looking perspective on how digital technologies, materials, and AI integration are reshaping removable prosthodontics into more precise, efficient, and patient-specific treatments.
Lecturer
From Scan to Smile: AI for diagnosis and digital prosthodontics
From Scan to Smile: AI for diagnosis and digital prosthodontics
- One can trust AI if trusting the human experts behind
- AI-driven diagnosis is more efficient and consistent
- AI-driven treatment can be the perfect dental assistant
- One can trust AI if trusting the human experts behind
- AI-driven diagnosis is more efficient and consistent
- AI-driven treatment can be the perfect dental assistant
Lecturer
The HD Denture: a hybrid digital workflow for complete dentures
The HD Denture: a hybrid digital workflow for complete dentures
- Step-by-step hybrid workflow for predictable complete denture fabrication
- Clinical indications and characteristics of milled and 3D-printed complete dentures
- Current possibilities and future developments of digital complete denture protocols
- Step-by-step hybrid workflow for predictable complete denture fabrication
- Clinical indications and characteristics of milled and 3D-printed complete dentures
- Current possibilities and future developments of digital complete denture protocols
Lecturer
The cutting edge of digital dentures
The cutting edge of digital dentures
- Digital workflows improve efficiency and consistency through simplified procedures and CAD/CAM precision.
- More flexible and cost-effective solutions with milled and 3D-printed dentures.
- Future shift toward AI-driven prosthodontics and fully digital removable prostheses.
- Digital workflows improve efficiency and consistency through simplified procedures and CAD/CAM precision.
- More flexible and cost-effective solutions with milled and 3D-printed dentures.
- Future shift toward AI-driven prosthodontics and fully digital removable prostheses.
