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Easy Digital Workflow Integration with ROOTT C & ROOTT B Implants

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Webinar Overview

ROOTT C (compressive) and ROOTT B (basal) one-piece implants offer exceptional primary stability and are specifically designed to treat severe bone atrophy and narrow ridges without the need for extensive bone grafting. However, integrating one-piece implant systems into a modern, fully digital clinical workflow presents unique challenges—from accurate intraoral scanning to CAD/CAM prosthetic design.

Join Dr. Voith László for an in-depth, step-by-step masterclass on bridging the gap between advanced one-piece implantology and seamless digital dentistry. This session will demystify the digital transition, showing you how to utilize ROOTT’s digital libraries (exocad, 3Shape, etc.) to design highly accurate restorations, reduce chair time, and ensure predictable, aesthetic outcomes for your patients. Whether you are performing single-tooth restorations or full-arch immediate loading procedures, this webinar will provide you with a practical blueprint for a stress-free digital workflow.

Learning Objectives

By the end of this webinar, attendees will be able to:

  • Master the Digital Impression: Understand the exact protocols and best practices for acquiring highly accurate intraoral scans for one-piece ROOTT C and ROOTT B implants.
  • Navigate CAD/CAM Libraries: Learn how to seamlessly integrate and utilize ROOTT’s digital libraries within popular design software (like exocad and 3Shape) for rapid prosthetic design.
  • Optimize Case Planning: Discover how to combine CBCT imaging with digital restorative plans to ensure precise, prosthetically driven surgical placement—even in severely resorbed ridges.
  • Streamline Clinic-to-Lab Communication: Establish a foolproof digital communication pipeline with your dental lab to minimize errors, avoid remakes, and drastically reduce overall chair time.
  • Analyze Real-World Cases: Review step-by-step clinical case studies demonstrating the transition from surgical placement to final prosthetic delivery using a 100% digital pathway.



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