Online Dental CE

Digital technology has made another advancement, allowing clinicians to explore the role of mandibular jaw motion tracking in enhancing digital aesthetic and restorative workflows. Participants will learn how motion tracking technology functions as a virtual articulator, enabling more precise treatment planning and predictable outcomes. Clinical case examples will illustrate how integrating jaw movement data with intraoral scanning and CAD/CAM systems supports accurate smile design, functional restorations, and improved patient care. (read more)

Take your patient care to the next level by incorporating materials that do more than just ‘fill’ or ‘seal’ teeth. Hydrophilic, bulk-fill, biomimetic, desensitizing, remineralizing. The chemical and physical properties of glass ionomer restoratives make them an ideal dental material choice. For clinicians that are either new to glass restoratives or looking to expand their use of these materials, the wide array of products can sometimes create confusion. Dr. MacLean will use case studies to demonstrate how she utilizes different materials to achieve clinical success. Learn how glass ionomer cement sealants can do more than just provide a physical barrier from plaque on pits and fissures, they are hydrophilic, can be placed on partially erupted molars, and act as a fluoride reservoir that helps to prevent caries and enhance remineralization. Glass hybrid restoratives help to reduce post-op sensitivity, reduce recurrent caries, improve outcomes, and have enhanced physical properties for long-lasting durability and esthetics. Dental materials are evolving and so should you! (read more)

Indirect restorative dentistry involves many details that can significantly affect the final outcome, with preparation and temporization often being overlooked. In this CE webinar, we will cover how to properly fabricate ideal crowns, bridges, and veneers using advanced provisional materials, while also addressing the critical role of temporary cements. We’ll discuss how cement selection impacts retention, sensitivity, marginal seal, and esthetics, and provide guidance on choosing the right cement for different clinical situations to ensure predictable, successful results. (read more)