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Stunning. And versatile
IPS e.max Ceram is the fluorapatite glass-ceramic for the highly esthetic veneering and characterization of IPS e.max lithium disilicate glass-ceramics (LS2) and zirconium oxide (ZrO2).
The material structure of the IPS e.max Ceram veneering materials is modelled on nature, mimicking the natural tooth structure in translucency, opacity and fluorescence.
Layering ceramic for all veneering techniques
IPS e.max Ceram features compatibility with all veneering techniques, offering maximum flexibility and ample scope for creativity.
Ideal material properties
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- intuitive modelling properties and high material stability
- excellent shade and opacity stability
- high firing stability, homogeneity, and surface quality
Versatile
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- for the characterization of IPS e.max zirconium oxide and lithium disilicate restorations
- for full-veneers, cut-back technique and micro-layering
- for the fabrication of gingival portions
- for the layering of thins veneers on refractory dies
Vital and vibrant
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- broad range of additional ceramic materials in powder form, such as Margin, Impulse, and Opal materials
- for individualized, stunning esthetics
- impressive light dynamics
Reliable
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- clinical long-term success for enhanced customer satisfaction
- survival rate of 97%[1]
- ten years’ warranty
- coordinated firing programs in the Programat furnaces
Extensive. And smartly arranged.
IPS e.max Ceram offers a comprehensive and well devised range of shades and a wide variety of additional ceramic materials, such as Margin, Impulse and Opal materials.
A harmonious shade match can be achieved easily and quickly due to a standardized layering scheme and consistent shade concept. It does not matter whether an efficient standard layering scheme or highend layering design to produce lively dynamic optical effects has been chosen.
