Customized anterior guidance for occlusal devices: classification and rationale

Area of Science:

• Dentistry
• Biomechanical Engineering

Background:

• Occlusal devices are used to prevent tooth wear and manage orofacial pain.
• Effective treatment relies on the occlusal scheme, which dictates force distribution during jaw movements.
• Current research lacks detailed documentation of the occlusal schemes employed in studies.

Purpose of the Study:

• To present a classification system for anterior guidance designs in occlusal devices.
• To provide a rationale for achieving optimal force distribution through these designs.

Main Methods:

• Review of existing literature on occlusal devices and therapeutic occlusion.
• Development of a classification system based on anterior guidance principles.
• Analysis of occlusal schemes for force distribution.

Main Results:

• A novel classification of anterior guidance designs for occlusal devices is proposed.
• The classification outlines criteria for achieving smooth anterior guidance and posterior disclusion.
• The rationale for optimum force distribution is detailed within the classification framework.

Conclusions:

• The proposed classification provides a standardized framework for occlusal device design.
• This system can guide clinicians in fabricating effective occlusal devices.
• Improved documentation and standardization will enhance the quality and reproducibility of dental research on occlusal devices.