What is e.max Crown?
e.max is the trade name of a lithium disilicate-based ceramic system developed by Ivoclar Vivadent. This material can be used both as laminate and crown (full coating) in dentistry; It stands out with its high light transmittance, closeness to the appearance of natural teeth and good mechanical durability.
At Clinic Marmara, e.max crown applications are evaluated in appropriate cases in both front and back teeth areas.
What is e.max Crown?
Full ceramic crown restoration with natural light transmittance....
Watch VideoDifference between e.max Press and e.max CAD
Produced by the pressing method, e.max Press is shaped by creating a wax model in the dental laboratory and then pressing it in the oven. It is known for its high density and homogeneous structure.
Produced by milling method with CAD/CAM technology, e.max CAD offers repeatable results that are compatible with digital workflow. In some cases, it may be possible to produce it in a single session.
Difference from Zirconium
Both materials contain no metal and offer good aesthetic results. e.max is generally considered superior in terms of light transmission; Therefore, it is advantageous in terms of naturalness in front teeth. Zirconium, on the other hand, is stronger in terms of mechanical durability; It may be preferred more frequently in large back teeth.
Who is it suitable for?
- Patients with fractures, wear or major decay in their front or back teeth
- Teeth to be crowned after root canal treatment
- Cases with high aesthetic priority
- Those who prefer metal-free restoration
Frequently Asked Questions
How long does the e.max crown last?
With regular check-ups and good oral hygiene, e.max crowns can be used for many years. If there is a habit of teeth grinding, it is recommended to use a night plate.
Can the e.max crown be applied to every tooth?
Although e.max is a preferred material especially for anterior teeth, it can also be used on posterior teeth in appropriate cases. Compliance is evaluated according to the results of inspection and load analysis.