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Added:11/20/2024 10:48 AM
Course Description:
This course is a comprehensive overview of the latest advancements and techniques in bonding to dental ceramics. Dental ceramics are widely used in modern restorative dentistry due to their esthetic appeal, biocompatibility, and durability. However, achieving a reliable and long-lasting bond between dental ceramics and various restorative materials remains a challenge for dental practitioners. This course addresses the key factors influencing the success of ceramic bonding and highlight innovative approaches to enhance bond strength and longevity.
Learning Objectives:
Understanding the fundamentals of dental ceramics, gaining insights into the different types of dental ceramics, their composition, and unique properties that make them suitable for various restorative applications.
Exploring bonding mechanisms: The presentation delves into the chemical and mechanical principles underlying the adhesion of dental ceramics to restorative materials, including resin cements and adhesive systems.
Assessing surface treatments: Learn about the significance of various surface treatment techniques, such as silica coating, airborne particle abrasion, and laser irradiation, to optimize the ceramic's surface for bonding.
Selecting the appropriate bonding protocol: The presentation highlights the importance of selecting the most suitable bonding protocol based on the type of ceramic restoration, including veneers, inlays, onlays, and crowns, to achieve predictable and durable bonding outcomes.
Investigating new technologies: Participants are introduced to emerging technologies and bonding agents that have shown promising results in enhancing the bond strength and long-term stability of dental ceramics, such as universal adhesives and resin-modified ceramics.
About the Presenter:
Rolando Nunez DDS, MSc
Release Date: 11/27/24
Review 1 Date: 11/27/2027
AGD Code: 780
This course is a comprehensive overview of the latest advancements and techniques in bonding to dental ceramics. Dental ceramics are widely used in modern restorative dentistry due to their esthetic appeal, biocompatibility, and durability. However, achieving a reliable and long-lasting bond between dental ceramics and various restorative materials remains a challenge for dental practitioners. This course addresses the key factors influencing the success of ceramic bonding and highlight innovative approaches to enhance bond strength and longevity.
Learning Objectives:
Understanding the fundamentals of dental ceramics, gaining insights into the different types of dental ceramics, their composition, and unique properties that make them suitable for various restorative applications.
Exploring bonding mechanisms: The presentation delves into the chemical and mechanical principles underlying the adhesion of dental ceramics to restorative materials, including resin cements and adhesive systems.
Assessing surface treatments: Learn about the significance of various surface treatment techniques, such as silica coating, airborne particle abrasion, and laser irradiation, to optimize the ceramic's surface for bonding.
Selecting the appropriate bonding protocol: The presentation highlights the importance of selecting the most suitable bonding protocol based on the type of ceramic restoration, including veneers, inlays, onlays, and crowns, to achieve predictable and durable bonding outcomes.
Investigating new technologies: Participants are introduced to emerging technologies and bonding agents that have shown promising results in enhancing the bond strength and long-term stability of dental ceramics, such as universal adhesives and resin-modified ceramics.
About the Presenter:
Rolando Nunez DDS, MSc
Release Date: 11/27/24
Review 1 Date: 11/27/2027
AGD Code: 780
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Course Description:
This course is a comprehensive overview of the latest advancements and techniques in bonding to dental ceramics. Dental ceramics are widely used in modern restorative dentistry due to their esthetic appeal, biocompatibility, and durability. However, achieving a reliable and long-lasting bond between dental ceramics and various restorative materials remains a challenge for dental practitioners. This course addresses the key factors influencing the success of ceramic bonding and highlight innovative approaches to enhance bond strength and longevity.
Learning Objectives:
- Understanding the fundamentals of dental ceramics, gaining insights into the different types of dental ceramics, their composition, and unique properties that make them suitable for various restorative applications.
- Exploring bonding mechanisms: The presentation delves into the chemical and mechanical principles underlying the adhesion of dental ceramics to restorative materials, including resin cements and adhesive systems.
- Assessing surface treatments: Learn about the significance of various surface treatment techniques, such as silica coating, airborne particle abrasion, and laser irradiation, to optimize the ceramic's surface for bonding.
- Selecting the appropriate bonding protocol: The presentation highlights the importance of selecting the most suitable bonding protocol based on the type of ceramic restoration, including veneers, inlays, onlays, and crowns, to achieve predictable and durable bonding outcomes.
- Investigating new technologies: Participants are introduced to emerging technologies and bonding agents that have shown promising results in enhancing the bond strength and long-term stability of dental ceramics, such as universal adhesives and resin-modified ceramics.
About the Presenter:
Rolando Nunez DDS, MSc
Release Date: 11/27/24
Review 1 Date: 11/27/2027
AGD Code: 780
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