E.Max CAD Veneer

$75.00

Bestodental provides E.Max CAD Veneer restorations fabricated from lithium disilicate ceramic using digital CAD CAM workflows. These veneers are designed for esthetic focused cases where precision, consistency, and minimal invasiveness are prioritized.

The following are the clinical indications:
• Anterior teeth with discoloration or shade inconsistency
• Minor corrections of tooth shape, size, or contour
• Diastema closure cases
• Patients seeking highly esthetic and metal free restorations
• Teeth with sufficient enamel for reliable bonding

E.Max CAD Veneer is a digitally milled all ceramic veneer made from lithium disilicate glass ceramic, designed to deliver precise fit, consistent thickness, and highly esthetic results with minimal tooth preparation. This restoration offers excellent translucency and natural enamel like appearance for visible zones.

Bestodental manufactures E.Max CAD Veneers using advanced CAD CAM technology to ensure accurate margin adaptation, uniform veneer thickness, and predictable bonding performance. Compared with traditional press techniques, CAD milled veneers provide stable quality control, smooth surface texture, and reliable clinical outcomes for esthetic driven cases.

Core Features and Advantages:
• Lithium disilicate ceramic with high translucency
• CAD CAM milled veneer for precise fit and consistency
• Conservative preparation with minimal enamel reduction
• Natural enamel like appearance and color integration
• Smooth surface finish and good biocompatibility
• Ideal for anterior esthetic restorations

Specification

Material and Manufacturing
• Lithium disilicate glass ceramic
• Digital CAD CAM design and milling
• CAD milled veneer structure

Turnaround Time
• Standard production time 4 to 6 working days
• Rush service available upon request

Packaging and Delivery
• Individual protective packaging
• Export standard packaging for international shipment

Order Requirements

To ensure accurate production, please provide:
• Clear case information including tooth number and veneer design
• Accurate impressions or intraoral scan files
• Shade selection and translucency preference
• Preparation margin and finish line details
• Occlusal considerations and opposing arch data
• Any additional esthetic requirements

Quality Control

• Incoming ceramic material inspection
• Digital design and margin verification
• Milling accuracy and crystallization control
• Fit inspection and surface evaluation
• Final quality inspection prior to shipment

Study Case