FGP technique with Cerec 3D.

Area of Science:

• Dentistry
• Dental Materials Science
• Computer-Aided Design/Computer-Aided Manufacturing (CAD/CAM)

Background:

• The chairside Cerec (CEramic REConstruction) system enables same-day dental restorations.
• Accurate design of the occlusal surface is critical for restoration success and patient comfort.
• Previous methods may have required iterative adjustments to achieve optimal occlusion.

Observation:

• The presented technique focuses on the initial design phase of Cerec restorations.
• It emphasizes the importance of designing functional occlusal anatomy and precise occlusal levels.
• The goal is to achieve a well-fitting restoration directly from the design stage.

Findings:

• The technique facilitates the precise design of the occlusal surface's functional anatomy.
• It allows for the accurate establishment of the occlusal level from the outset.
• This leads to restorations that integrate seamlessly into the patient's existing occlusion.

Implications:

• Improved efficiency in the Cerec workflow by reducing post-design adjustments.
• Enhanced patient comfort and satisfaction due to interference-free restorations.
• Potential for higher success rates and longevity of chairside-fabricated dental restorations.