E-max Dental Crowns in Alanya
Get ultra-aesthetic, metal-free E-max crowns with natural translucency. Lithium disilicate technology for durable, beautiful smiles.

What is E-max Crown?
E-max crowns are metal-free lithium disilicate restorations known for their exceptional translucency and strength. They mimic natural enamel perfectly, making them ideal for aesthetic smile makeovers.

Treatment Process
Your E-max crown treatment typically takes 5-7 days.
Ideal Candidates
A consultation and smile design are needed to confirm suitability.
Key Advantages
E-max crowns offer premium benefits over traditional restorations.
Ideal Candidates
A consultation and smile design are needed to confirm suitability.
Treatment Process
Consultation
Digital scan and smile design planning.
Preparation
Conservative tooth preparation.
Design
CAD/CAM design for perfect fit.
Fabrication
Lab mills your custom crowns.
Placement
Final bonding and adjustments.
Key Advantages
- Natural Aesthetics: Light transmission mimics real teeth perfectly.
- Biocompatible: Gentle on gums, no metal allergies.
- Color Stability: Maintains shade over years without staining.
- Conservative Prep: Preserves more natural tooth structure.
- Durable: Strong against everyday bite forces.
E-max vs Zirconium
- E-max: Higher translucency, ideal for front teeth
- Zirconium: Stronger, better for back teeth
- E-max: Superior aesthetics in smile zone
- Both: Metal-free and biocompatible
- Choice depends on location and bite forces
Why Choose Alanya?
Alanya offers world-class E-max treatments at competitive prices with experienced specialists.
Frequently Asked Questions
With proper care, E-max crowns typically last 10-15+ years. Regular dental check-ups and good oral hygiene are essential.
The procedure is performed under local anesthesia, so you won't feel pain. Some sensitivity may occur afterward but subsides quickly.
E-max is highly stain-resistant. Unlike natural teeth, they maintain their color over time with proper care.
Typically 2-3 visits over 5-7 days: consultation, preparation, and final placement.
