World-Class CE for Dental Professionals

Hot Topics In Esthetics, Dental Ceramics, Adhesion, and Digital Dentistry: 2017

February 10, 2017 - 8:00am to February 11, 2017 - 5:00pm
Edward A. McLaren, D.D.S., M.D.C.
Dr. McLaren is a Prosthodontist, Professor and director of Post Graduate Esthetic Dentistry at the UCLA school of Dentistry. He is the director of the UCLA Center for Esthetic Dentistry, a full time didactic and clinical program for graduate dentists. He is also the founder and director of the UCLA Master Dental Ceramist program. The residency program is a full time master ceramist program for dental technicians featuring extensive experience with the newest esthetic restorative systems. Dr. McLaren maintains a private practice limited to prosthodontics and esthetic dentistry in which he does all of his own ceramics. Dr. McLaren is actively involved in many areas of prosthodontic and materials research and has authored over 80 articles. He is performing ongoing clinical research on various restorative systems. He has presented numerous lectures, hands-on clinics and postgraduate courses on ceramics and esthetics across the nation and internationally. He recently published a book, on his ceramic techniques and features dental photographic art, entitled “The Art of Passion: Ceramics, Teeth, Faces, and Places.”

HOTEL:  Attendees needing a room for this meeting at the Westin Atlanta, can now receive a reduced rate of $159 if booked by Friday, January 20, 2017.  To make a reservation at the discounted rate please click here.  Reservations made after the cutoff date will have an increased nightly rate.



This presentation will cover many of the current “hot topics” in esthetics, dental ceramics, adhesion, and digital dentistry. The lecture will go into how I treatment analysis, design, and plan an esthetic case. It will also clarify the most appropriate clinical situations and restorative requirements of the various ceramic systems from conventional feldspathic glass systems, glass ceramic systems, to solid sintered mono-phase Zirconia based systems, both layered and the used of the newer higher translucent “monolithic” higher CUBIC PHASE zirconia materials.  Clinical and esthetic guidelines for using these ceramic systems will be covered. This presentation will focus on specific clinical indications and contraindications for the use of the various ceramic systems, specifically for no-prep, minimal prep, and normal prep veneers, inlay/onlay, “vonlay (combination of veneer and onlay), and crown clinical indications.

  1. Treatment planning and case set-up
  2. The materials and clinical indications for use of conservative (minimal or no-preparation) techniques for anterior bonded porcelain restorations.
  3. Clinical indications for normal and more aggressive porcelain veneer situations where mostly dentin is exposed.
  4. Clinical indications, materials, and techniques for Inlays, Onlay’s, and Vonlay’s
  5. New Glass ceramics: Lithium Disilicates and Zirconia Reinforced Lithium Silicates
  6. Clinical situations and materials when a crown is indicated.
  7. Layered Zirconia based ceramics- problem solving porcelain chipping
  8. Higher “Cubic” Phase Zirconia Monolithic systems.
  9. Digital impressions, Chair Side Cad-Cam, and the DDT “digital dental team” concept
  10. State of the art Adhesion, Cements and cementation
  11. Integrating visual and digital shade taking and how this applies to ceramic layering techniques

This presentation discusses the most effective use of computerized shade taking systems and will present data comparing the efficacy of computerized systems to visual shade taking.

The presentation will cover a broad range of ceramic systems and their application in veneer, inlay, onlay, vonlay and crown. Specifically high strength glass ceramic and solid sintered Zirconia based ceramic systems will be detailed from prep to cementation along with laboratory guidelines to minimize or eliminate the widely discussed porcelain chipping problem. Current cutting edge concepts and issues and research with cements and cementation both adhesive and non-adhesive will be featured.