Dental anxiety affects a large portion of the population, leading to dental care avoidance, resulting in compromised oral health. We addressed this concern by developing a motorized bite block aimed at alleviating anxiety induced by dental drilling noises. Utilizing bone conduction technology, the device emits vibrational frequencies through the jaw bones, reducing patient anxiety and enhancing the overall dental experience.
The project is significant in improving patient attendance, making procedures safer and reducing treatment costs.
The primary stakeholders of this device are patients seeking enhanced dental care, healthcare providers and manufacturers. The innovation’s potential impact on patient satisfaction and the dental equipment market, valued at $6.28 billion, shows the economic significance. Relevant standards guided our design process, ensuring compliance and reliability. We developed prototypes and carried out extensive testing including: load bearing, assembly reliability, vibration characterization and sterility tests. Intellectual property considerations helped drive the design approach as we emphasize modular assembly to avoid any infringement.
Matthew Jutkofsky, Emely Rojas Martinez, Nicolena Weaver, Jake Zelahy
Stephen Arce, Ph.D.
Jordan Rigsby, DMD
Spring