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[A device for reproducing lower jaw movements].
Meditsinskaia Tekhnika
|March 1, 1992
Summary
This study introduces a novel lower jaw movement simulator for analyzing mandible function. The device aids in testing various treatment strategies for jaw diseases and injuries.
Area of Science:
- Biomechanical Engineering
- Dental Mechanics
Context:
- Mandibular movement analysis is crucial for diagnosing and treating jaw conditions.
- Existing methods for simulating jaw motion may lack precision or versatility.
Purpose:
- To develop and describe a novel simulator for replicating lower jaw movements.
- To provide a platform for testing treatment methods for mandible diseases and injuries.
Summary:
- A carcass-based simulator with an electric drive and indexing mechanism was developed.
- It allows for controlled lowering, displacement, lifting, and return movements of the lower jaw.
- The simulator offers a maximum lateral displacement of 10 mm and vertical displacement of 18 mm, with adjustable speeds from 12 to 30 movements per minute.
Impact:
- Facilitates in-vitro testing of therapeutic interventions for mandibular pathologies.
- Enhances understanding of biomechanics in jaw movement.
- Potential to improve treatment planning and outcomes for patients with jaw injuries or diseases.