IPS e.max Ceram – High Aesthetic Layering Ceramic

IPS e.max Ceram is a highly aesthetic layering ceramic specifically designed for restorations within the IPS e.max system. Dentists can choose the appropriate framework material—such as lithium disilicate ceramic or zirconium oxide—based on the indication and desired durability. Dental technicians then layer all IPS e.max materials using IPS e.max Ceram. Because all restorations are layered with the same ceramic, consistent wear properties and surface gloss are achieved across all restorations. As a result, a uniform and aesthetically pleasing appearance is ensured for each restoration.

Indications:

• Layering of all IPS e.max components
• Layered veneers

Key Points:

• One layering ceramic for both glass ceramics and zirconium oxide
• Precise color matching and consistent results in terms of wear and surface gloss, regardless of the framework material
• Nano-fluorapatite technology for superior aesthetic qualities

IPS e.max Ceram combines aesthetics and durability in dental restorations, delivering results that closely mimic the appearance of natural teeth. Its ability to provide consistent color matching and surface characteristics, regardless of the framework material, ensures uniformity and high quality in all restorations. This makes IPS e.max Ceram an ideal solution for achieving natural-looking dental restorations with reliable and lasting performance.

Additionally, its advanced nano-fluorapatite technology enhances the ceramic's optical properties, resulting in exceptional translucency and fluorescence. This feature ensures restorations not only match the natural tooth structure but also exhibit the same light behavior, ensuring a lifelike, radiant appearance.

Applications:

• All IPS e.max system components, including crowns, bridges, and veneers
• Full ceramic and zirconia-based restorations
• Custom layered restorations for optimal aesthetics

With IPS e.max Ceram, practitioners can create restorations that blend seamlessly with surrounding teeth, providing both aesthetic beauty and functional reliability.