Improved digital transfer of the maxillary cast to a virtual articulator

Area of Science:

• Dentistry
• Digital Odontology
• Biomedical Engineering

Background:

• Traditional dental restorations rely on mechanical articulators and physical casts.
• Accurate transfer of the maxillary arch is crucial for designing customized dental restorations.
• Digital workflows offer potential for increased efficiency and precision in dentistry.

Observation:

• A novel clinical procedure enables direct, quantifiable transfer of the maxillary dental arch to a virtual articulator.
• Reverse engineering devices are utilized for precise data capture.
• The method facilitates a fully digital workflow, eliminating the need for stone casts and mechanical articulators.

Findings:

• The described procedure is quantifiable, repeatable, and reliable for virtual facebow transfer.
• It allows seamless collaboration between dentists and dental laboratory technicians in a digital environment.
• The method reduces deviation and enhances patient comfort during data acquisition.

Implications:

• This digital approach can significantly improve the design process for customized dental restorations.
• It promotes a more efficient and accurate digital workflow in clinical dentistry.
• The findings support the integration of advanced digital technologies in dental practice for better patient outcomes.