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e.max Crowns

Natural esthetics for conservative digital restorations

Lithium disilicate (e.max) is a high-esthetic ceramic material used for crowns and inlays/onlays when clinically appropriate. With enamel-like optical properties and strong adhesive compatibility, it supports natural-looking restorations from fully digital STL workflows.

Turnaround: Up to 3 business days in-lab after case approval
Fabrication: CAD/CAM milled from digital files
Indications: Crowns & inlays/onlays
OVERVIEW

Why lithium disilicate matters

Lithium disilicate is a trusted material for high-esthetic ceramic restorations, offering a balance of strength, translucency, and natural appearance.

Its optical properties help restorations blend with natural dentition, while adhesive bonding protocols support conservative preparations when clinically appropriate.

Technical Excellence

Natural Optics

Inherent fluorescence and opalescence provide depth and a natural enamel-like appearance under different lighting conditions.

Conservative Restorations

Material properties can support conservative crowns and inlays/onlays while maintaining esthetics and function when case design allows.

Adhesive Compatibility

Well suited for adhesive cementation protocols, enabling reliable bonding and long-term stability when clinical guidelines are followed.

CAD/CAM Precision

Digital workflows allow precise control over fit, thickness, and cement space, supporting predictable and consistent outcomes.

Quality Control

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Material & Shade Verification

Verification of material selection, translucency level, and shade according to the clinical prescription.

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Margin Inspection

Microscopic evaluation of margins to detect chips, defects, or irregularities before delivery.

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Final Esthetic Review

Surface texture, morphology, and overall esthetics are assessed under different lighting conditions prior to shipping.

Specifications

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Indications

Crowns and inlays/onlays when clinically appropriate.

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Fabrication

CAD/CAM milled from digital files.

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Translucency Options

HT, MT, LT, MO depending on material availability and case requirements.

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Turnaround

Up to 3 business days in-lab after case approval.

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