Digital Neuromuscular Dentistry Integrated with Exocad:
From Physiological Design to Functional Precision
Scott Verzwyvelt
Abstract
The rapid evolution of digital technologies has transformed every stage of modern
restorative dentistry — from diagnosis to final delivery. This presentation explores how
neuromuscular principles can be seamlessly integrated within digital workflows using
Exocad and complementary technologies such as jaw tracking, surface
electromyography (sEMG), intraoral scanning, and CBCT imaging. By merging
physiological data with digital design, clinicians can achieve restorations that are not
only esthetic and minimally invasive but also functionally precise and neuromuscularly
balanced.
Through clinical examples and practical demonstrations, participants will learn how to
capture accurate mandibular dynamics and muscle activity to guide digital bite
registration and virtual articulation. The session highlights how this data-driven
approach allows for predictable occlusal design, reduced chairside adjustments, and
enhanced patient comfort and longevity of restorations. Moreover, it emphasizes the
importance of understanding both the capabilities and limitations of digital systems,
empowering clinicians to make informed decisions about integrating these tools into
their daily workflows. Ultimately, the combination of neuromuscular science with Exocad’s digital precision redefines the concept of functional design in dentistry — enabling practitioners to deliver personalized treatments that respect each patient’s physiological harmony.
Learning Objectives
- Understanding the current state of the art, future developments and what digital
dentistry CAN and CANNOT do. - How digital dentistry can be incorporated into your practice to improve patient
outcomes and minimize clinical time and adjustments. - Integration of jaw tracking, electromyography, Intra Oral scanning and CBCT with
digital dental suites