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BIOMIMETIC CAD/CAM RESTORATIONS:THEORY, APPLICATION & EFFICIENCY

BIOMIMETIC CAD/CAM RESTORATIONS:THEORY, APPLICATION & EFFICIENCY

$495.00Price
$295 (early registraion by 5/10/24) **Enter code "NEJAD20" at checkout screen to save. 
 
This course provides an introduction to biomimetic dentistry, focusing on the unique advantages of indirect biomimetic restorations. Participants will learn what sets these restorations apart from traditional indirect ceramic restorations, including their ability to closely mimic the natural properties of teeth.

The curriculum covers key concepts of the biomimetic indirect workflow and explores how integrating CAD/CAM technology enhances the precision and efficiency of dental restorations. Detailed recommendations on CAD/CAM equipment, settings and parameters, material selection, design strategies, and characterization will be covered. Case presentations will demonstrate the exceptional possibilities achievable with in-office production of CAD/CAM Biomimetic restorations, equipping practitioners with the knowledge to apply these advanced techniques in their practices.

  • General Information

    *Course Brochure Download*

     

    Topic: 

    "CAD/CAM Biomimetic Restorations: Theory, Application and
    Efficiency"

     

    Course Speaker: 

    Matt Nejad, DDS

    International Lecturer

     

    Date/Time: 

    • June  2, 2024 (SUN) 9:00AM - 12::00PM

     

    CE units earned: 

    3 CEU  

     

    Tuition: 

    $495

    $295 (early registraion by 5/10/24) **Enter code "NEJAD20" at checkout screen to save. 

     

    Location: 

    World Academy of Dental Education

    (Young's Dental Training Facility 1F)

    13043 166th Street

    Cerritos, CA 90703

     

  • Speaker

    Dr. Matt Nejad / International Lecturer

     

    Dr. Matt Nejad is an expert biomimetic and esthetic dentist practicing in Beverly Hills, CA. He is a Fellow of the Academy of Biomimetic Dentistry and serves as a Scientific Advisor to mentor and train dentists. He provides education and training in Biomimetic Dentistry through the Nejad Institute for Biomimetic Dentistry. Dr. Nejad received his DDS degree from the Herman Ostrow School of Dentistry (University of Southern California School of Dentistry) in 2010.

     

    As a student, Dr. Nejad was mentored in a selective program run by Dr. Pascal Magne, known globally as the leading authority in esthetic dentistry and credited as the “father” of biomimetic dentistry.

     

    Throughout his professional career, Dr. Nejad has committed substantial time and energy to advance the practice, education, and development of Biomimetic Dentistry. The Nejad Institute provides training and mentorship for dentists interested in learning Biomimetic Dentistry. Today, Dr. Nejad is considered one of the top opinion leaders in the dental industry and he is a member of the ADA Standards Committee on Dental Products (SCDP). His areas of research and interest are adhesion, polymerization stress, residual stress, biomechanics, occlusion, and esthetics.

  • Course Objectives

    This course provides an introduction to biomimetic dentistry, focusing on the unique advantages of indirect biomimetic restorations. Participants will learn what sets these restorations apart from traditional indirect ceramic restorations, including their ability to closely mimic the natural properties of teeth.
    The curriculum covers key concepts of the biomimetic indirect workflow and explores how integrating CAD/CAM technology enhances the precision and efficiency of dental restorations.

     

    Detailed recommendations on CAD/CAM equipment, settings and parameters, material selection, design strategies, and characterization will be covered. Case presentations will demonstrate the exceptional possibilities achievable with in-office production of CAD/CAM Biomimetic restorations, equipping practitioners with the knowledge to apply these advanced techniques in their practices.

     

    1. Define the principles of biomimetic dentistry and explain how they apply to indirect restorations.
    2. Identify the distinctions between biomimetic indirect restorations and traditional indirect ceramic restorations.
    3. Describe the key concepts of the biomimetic indirect workflow.
    4. Demonstrate how CAD/CAM technology can be integrated to enhance the precision and efficiency of biomimetic restorations.
    5. Select appropriate CAD/CAM equipment, materials, and settings that optimize the design and production of biomimetic restorations.
    6. Apply design strategies and characterization techniques to create detailed and aesthetically pleasing biomimetic restorations.
    7. Analyze case studies to understand the practical applications and benefits of CAD/CAM in biomimetic dentistry.
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