This CE webinar simplifies sensitivity management through a practical, real-world approach designed for the entire clinical team. Participants will learn how to identify different types of sensitivity using a simplified clinical decision tree and understand how to match the right products and protocols to specific patient needs. The webinar will also review proper application techniques for commonly used desensitizing materials, evidence-based in-office therapies, and at-home recommendations that improve patient comfort and long-term outcomes.

Attendees will leave with practical strategies they can immediately implement to improve patient education, reduce post-operative discomfort, and create more predictable sensitivity management protocols within their practice.
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Join us for Full SPEED Ahead: From STML to SPEED - Lessons Learned from 8 Years of Digital Dentistry, a webinar exploring the evolution of multilayer zirconia and its impact on modern digital restorative workflows. This CE webinar will review how optimized milling and sintering protocols can help reduce turnaround times while maintaining esthetic and functional outcomes. Participants will gain practical strategies for implementing high-speed zirconia workflows that improve efficiency, profitability, and the patient experience. The discussion will also highlight how expanded shade options can simplify treatment planning and inventory management in a digital practice. (read more)

The current technological advances led to creating of all-tissues lasers for dental use like Er:YAG and CO2. However, these lasers have different characteristics based on their wavelength and main chromophores. While the Er:YAG laser is absorbed mainly by water and less by hydroxyapatite, the CO2 laser(s) are predominantly absorbed by hydroxyapatite and less by water. These differences are giving specific tissue interactions providing advantages and disadvantages in the context of different procedures. In contrast with Er:YAG laser the CO2 laser can ensure absolute hemostasis which is essential for the bleeding control but this is not desirable during the flap surgery where the tissue vitality is essential for the final success of the therapy. The caries treatment is also a challenge for the CO2 laser because of the highest absorption in the hydroxyapatite which is resulting in superficial energy concentration and melting. And while the melted surface is preferred for treatment of dentinal hypersensitivity, in the context of caries treatment it could affect negatively the adhesive strength. These and many other aspects of laser-assisted treatment will be discussed in this lecture illustrated by relevant clinical cases and supported by evidence-based scientific data. (read more)

Discover how preparation design, adhesive protocols, and bioactive restorative materials work together to create stronger, longer-lasting, more predictable restorations. Adhesive dentistry has transformed the way we restore teeth, but successful restorative treatment requires more than simply creating a strong bond. Material selection, preparation design, isolation, and an understanding of how restorative materials interact with the oral environment all play a critical role in long-term clinical success. This CE webinar explores the evolution of restorative dentistry beyond traditional adhesive concepts and examines how bioactive restorative materials can contribute to durable, predictable outcomes. Through evidence-based principles, clinical techniques, and real-world case presentations, participants will gain practical strategies for improving efficiency, reducing failures, and selecting restorative materials that support both the restoration and the surrounding tooth structure. (read more)