Surgical Video Webinar: The next generation of resorbable membranes: Redefining Predictable Bone Regeneration

Guided Bone Regeneration (GBR) continues to be a cornerstone of modern implant dentistry, enabling clinicians to successfully manage challenging bone deficiencies and optimize treatment outcomes. As biomaterial science advances, a new generation of resorbable membranes is transforming the way clinicians approach regenerative procedures, offering enhanced handling characteristics, predictable barrier function, and improved clinical efficiency.

In this surgical video webinar, participants will gain valuable clinical insights into the latest innovations in resorbable membrane technology and their role in achieving predictable bone regeneration. Through a comprehensive step-by-step surgical demonstration, the presenter will showcase membrane selection, flap management, graft containment, stabilization techniques, and key considerations for minimizing complications and maximizing regenerative success.

Attendees will learn evidence-based approaches to GBR, explore real-world clinical cases, and discover how next-generation resorbable membranes can support simplified workflows while maintaining predictable long-term outcomes. Whether treating peri-implant defects, ridge augmentation cases, or complex bone deficiencies, this webinar provides practical techniques and expert guidance that can be immediately applied in daily practice.

Learning Objectives:

• Understand the evolution and clinical advantages of next-generation resorbable membranes.
• Review key biological and surgical principles that influence GBR outcomes.
• Observe a live surgical workflow for predictable bone regeneration through a detailed clinical video.
• Learn practical tips for membrane handling, stabilization, and complication management.
• Apply evidence-based regenerative techniques to enhance implant treatment success.

This webinar is ideal for implant clinicians, oral surgeons, periodontists, and general practitioners seeking to elevate their regenerative procedures through innovative membrane technology and proven GBR protocols.