Next-level minimal intervention dentistry: regenerative technology for caries

Supercharge your practice growth while delivering a step-change in patient care through Curodont Repair, a minimally invasive (MI) regenerative treatment designed to arrest and repair early caries lesions.

This webinar will explore the science, clinical applications, and workflow integration of Curodont Repair within contemporary MI treatment planning. This session focuses on active caries management through biomimetic regeneration, supporting long-term tooth preservation and reducing the restorative burden for future generations.

Delegates will learn how to seamlessly incorporate this regenerative treatment alongside examinations and restorative dentistry to create efficient, predictable, and profitable clinical workflows. One-year clinical case reviews will demonstrate successful caries arrest and highlight how outcomes can be used as a powerful communication tool to enhance patient understanding, trust, and long-term loyalty.

With a clinical application time of approximately five minutes, Curodont Repair offers the opportunity to significantly reduce the need for future restorations when used in conjunction with diet counselling and oral hygiene motivation. The session will also examine the impact on hourly rate, showing how improved clinical outcomes for patients can align with sustainable revenue growth for the practice.

Learning outcomes

• Understand the clinician’s role in caries management, including motivation, diet, and behavioural change, moving beyond the 'single-tooth dentistry' mindset
• Review regenerative caries arrest technology and its clinical application within MI dentistry
• Explain the scientific principles behind Curodont Repair and biomimetic enamel regeneration
• Apply a clear, evidence-based clinical protocol for treatment
• Integrate regenerative caries arrest into everyday practice using an efficient, repeatable workflow
• Demonstrate real-world clinical success through one-year post-treatment case outcomes.