FEE: $3999
DATES: November 8th-9th 2024, March 8th-9th 2025
CE Credits: 16
In the last 40 years, dentistry has benefited from many advances in adhesives, composites, and ceramics that have allowed the profession to transition from mechanical restorative goals to biologic ones. These materials provide clinicians with the ability to restore teeth in a minimally invasive manner, close to their original biomechanical function. Unfortunately, these materials are not often used to their full potential and are employed with only slight variations to more invasive traditional preparation designs.
Why Choose Direct Composite Restorations?
Direct composites allow for the most minimally invasive restorative treatment: only the decayed and/or damaged tissue is removed. Direct composites can last and serve patients for decades, as supported by published evidence. However, many dentists face early failures such as fractures, leakage, post-operative sensitivity, pulpal failure, recurrent caries, and marginal staining. In fact, dental insurance expectations are that direct composite restorations last only 2 years. In this course, Dr. Schiffenhaus will review advanced adhesive techniques, material science, biomechanics, diagnosis, and preparation design to ensure that minimally invasive direct composite restorations can last long-term.
Course Format This course provides both didactic and hands-on training. To allocate more time for hands-on training during the live course, many didactic lectures have been moved online, which can be watched before and up to 6 months after the course. Therefore, the “total CE” for the course includes both online and in-person coursework.
Course Objectives
Learn the BAARD Approach to Restorative Dentistry
Understand indications for direct composites and evidence behind decades of longevity
Grasp important principles of Engineering, Biomechanics, Tooth Structure, and Restorative Materials
Material Selection for long-lasting composite restorations, including Fiber Reinforced Composites
Learn proper adhesive protocols to eliminate post-operative sensitivity and improve pulpal outcomes for deep restorations
Learn ceramic preparation fundamentals and the BAARD Overlay & Onlay Preparation Protocol (Hands-On Training)
Understand Deep Caries Removal: evidence and workflows, and why Liners & Bases are detrimental to your restorations
Learn how to successfully and easily place rubber dams to improve outcomes and reduce stress during adhesive procedures
Hands-On training for posterior and anterior direct composites: Class I, Class II, Class III, and Class IV Composites, as well as Rubber Dam Placement
Techniques Learned in This Course
Cavity Preparation Design
Advanced Adhesive Techniques
Rubber Dam Isolation
Various Matrixing Solutions for More Heavily Damaged Teeth
2024 Course Details
Dates
- March 8th-9th
- November 8th-9th
Location
Dr. Schiffenhaus DMD, 1496 N Higley Rd. STE 104, Gilbert, AZ 85234
Fee:
$3999
(Cancellation Accepted Up to 90 days before course date otherwise tuition is held and can be credited towards future course)
Seats:
Limited availability
About the Speaker
Dr. Schiffenhaus received his Bachelor’s and Master’s degrees in Molecular & Cellular Biology from Arizona State University, where he conducted research on biomarkers for a cancer vaccine. He completed a Master’s Degree in Biomedical Sciences and a Doctor of Medical Dentistry Degree at Midwestern University. Dr. Schiffenhaus owns a private practice in Gilbert, Arizona, focusing on Adhesive Dentistry with a Biomimetic Philosophy. He founded the Biomimetic Advanced Adhesive Restorative Dentistry (BAARD) Institute in 2020 and is a key opinion leader and speaker for companies including Kurrary Noritake, Bien Air, Meisinger, Ivoclar, Zeiss, and others. He is married to Sara Schiffenhaus, with two children, James and Margot, and resides in Gilbert, AZ.
The BAARD Institute Nationally Approved PACE Program Provider for FAGD/MAGD credit. Approval does not imply acceptance by any regulatory authority or AGD endorsement. 10/1/2023 to 9/30/2027. Provider ID# 402344