Using CAD/CAM-Modified Correlation Mode to Produce Laminate Veneers: A Six-Month Case Report.

Area of Science:

• Restorative Dentistry
• Dental Materials Science
• Digital Dentistry

Background:

• Achieving an esthetically harmonious smile presents significant challenges in patient treatment.
• Laminate veneers are a conservative cosmetic rehabilitation option that effectively mimics natural dental structures.
• Traditional laminate veneer fabrication involves time-consuming laboratory procedures, including impressions and model creation.

Observation:

• The computer-aided design/computer-aided manufacturing (CAD/CAM) system streamlines prosthetic fabrication, reducing clinical chairside time.
• This case report focuses on multiple CAD/CAM manufactured laminate veneers.
• A novel self-etching glass ceramic primer was utilized with a lithium disilicate ceramic.

Findings:

• The study demonstrates excellent esthetic outcomes utilizing CAD/CAM technology for laminate veneers.
• The use of a new self-etching glass ceramic primer with lithium disilicate ceramic proved effective.
• Modified correlation and biogeneric modes within the CAD/CAM system contributed to successful fabrication.

Implications:

• CAD/CAM technology offers a more efficient and predictable method for fabricating high-esthetic laminate veneers.
• This approach can enhance patient satisfaction by reducing treatment time and improving smile esthetics.
• Further research into novel ceramic materials and CAD/CAM software modes can advance cosmetic dentistry.