Masters of Full Arch Design

Presented by Jimmy Fincher, CDT

Jimmy is the owner of Cosmetic Advantage Dental Lab in the Dallas/Ft.Worth Metroplex.   He started his dental career in the United States Air Force in 1990.  He moved to the private sector in 1996 and obtained his CDT in 2000. Jimmy has studied at both the Pankey and LVI institutes.  He has lectured nationally for E4D technologies and Planmeca as well as served as a key opinion leader for Henry Schein. Jimmy specializes in digital dentistry and enjoys teaching dentists how to embrace it in their everyday practice.

COURSE OVERVIEW:

Module 1: Introduction to Digital Dentistry Objectives: 

• Understand the principles of digital dentistry.
• Explore the role of 3D digital design in implant dentistry.
• Familiarize students with digital scanning technologies.

 Topics: 

• Basics of digital dentistry
• Intraoral and extraoral digital scanning
• Overview of CAD/CAM technologies

 Module 2: Digital Treatment Planning Objectives: 

• Learn how to incorporate digital data into treatment planning.
• Understand the advantages of digital treatment planning.
• Gain proficiency in digital case presentation.

 Topics: 

• Digital treatment planning workflows
• Incorporating 3D scans into treatment planning
• Digital case presentation tools

 Module 3: Digital Prosthesis Design Objectives: 

• Develop skills in designing implant-supported prostheses using CAD software.
• Understand the principles of virtual articulation and occlusion.
• Explore digital smile design concepts.

 Topics: 

• CAD software for prosthesis design
• Virtual articulation and occlusion
• Digital smile design

 Module 4: 3D Printing and Milling Technologies Objectives: 

• Familiarize students with 3D printing and milling in dentistry.
• Learn about materials used in digital prosthesis fabrication.
• Understand the advantages and limitations of different fabrication methods.

 Topics: 

• 3D printing technologies in dentistry
• Milling techniques for implant-supported restorations
• Materials for digital prosthesis fabrication

 Course Goals: 

1. Proficiency in Digital Tools: Develop proficiency in using digital tools for treatment planning and prosthesis design.
2. Efficient Workflows: Enable students to implement efficient and accurate digital workflows in implant dentistry.
3. Innovation and Adaptability: Foster an innovative mindset and adaptability to emerging technologies in the field.
4. Collaboration Skills: Enhance interdisciplinary collaboration skills in a digital environment.
5. Quality Assurance: Ensure the ability to maintain high-quality standards in digital prosthesis design and fabrication.
6. Research and Development: Encourage research and development in the application of 3D digital design in implant dentistry.

This updated course outline reflects the integration of 3D digital design into the curriculum, providing students with a comprehensive understanding of the latest technologies in implant-supported fixed dentures.