2026 Courses and Events

Course #: 3010
Date: 11/29/2026
Time: 9:00am - 12:00pm
Course Info: Half Day
Speaker(s):
Ji Wook Jeong, DMD
Alberto Lopez, DDS

Topic: Implant Dentistry
Tuition: $295.00
Credits: 3
Recommended For:
Dentists, Hygienists, Assistants, Students, Educator

Description:

JI WOOK JEONG, DMD

PREMIXED BIOCERAMIC MATERIALS IN MODERN ENDODONTICS
Premixed bioceramic materials have become integral to modern endodontic practice, with applications ranging from root canal obturation to perforation repair, root-end filling, and vital pulp therapy. This course will review the biologic and physicochemical properties of premixed bioceramic sealers and putty materials, with emphasis on their setting mechanisms, bioactivity, sealing ability, and clinical performance. Current scientific evidence will be critically evaluated.

Learn:

• biologic, chemical, and physical properties of premixed bioceramic materials
• clinical applications of premixed bioceramic materials
• evidences, controversies, and clinical challenges

ALBERTO LOPEZ, DDS
BEYOND THE TEMPORARY: REDEFINING THE ROLE OF PRINTED RESINS
Redefining the Role of Printed Resins explores how modern 3D-printed materials are transforming restorative dentistry. This lecture reviews current evidence, clinical applications, material properties, and workflows, highlighting how printed resins are evolving from simple temporaries to versatile tools for esthetic, functional, and predictable treatment outcomes.

Learn

• the current evidence regarding the mechanical, optical, and biological properties of 3D-printed dental resins
• the clinical indications, advantages, and limitations of printed resins for provisional and restorative applications
• the impact of printing parameters and post-processing protocols on the performance and longevity of printed restorations
• practical strategies for integrating printed resins into digital workflows to improve efficiency, predictability, and patient outcomes

Support for this program is provided by Korean Dental Industry Association, KODIA