IPS Empress® and the Esthetic RevolutionSM held the promise of better dentistry, the promise of
changing the lives of dentists and most importantly patients. Today, there is a technological revolution
happening in dentistry that presents new opportunities for high strength laboratory fabricated restorations.
For the first time, the Esthetic Revolution and Technological Revolution have aligned propelling dentistry to a new horizon.
Using todays all-ceramic materials, clinicians have the ability to provide health, function, and esthetics for their patients.
Whereas early metal-free restorations surpassed metalceramic options in esthetics but not strength, recent innovations
in ceramic technology have yielded multiple all-ceramic systems that are used in anterior and posterior regions to
achieve a balance between these requisites. As a result, it has been difficultparticularly in challenging cases (see
illustrations)for dental professionals to fabricate restorations and to create lifelike smiles with consistent vitality.
Today, IPS e.max takes Empress to the max. Designed with simplicity
and versatility in mind, IPS e.max allows you to select the most appropriate material - either high
strength zirconium oxide or high strength glass ceramic - and the ideal fabrication technique for the
case you are completing. A single layering ceramic, IPS e.max Ceram, offers simplicity ultimately
delivering outstanding esthetics, and predictable shade matching even with difficult combination cases.
Conventionally Cementable
Choice of high strength materials including zirconium oxide or high strength glass ceramic
Press and CAD/CAM fabrication techniques optimizing both strength and fit
One layering ceramic delivering one smile chemistry
Press on Zirconium Oxide technique
Outstanding esthetics
With IPS e.max you only need to write one prescription and be confident that
you are getting the strength and esthetics you demand. Select a specific
e.max material or simply ask your laboratory for e.max. Together you and
your laboratory partner can provide your patient with an e.max smile.
e.max Ceram
IPS e.max Ceram is a nano-fluroapatite layering ceramic.
Can be layered on all e.max components including high strength glass ceramic and zirconium oxide.
Predictable results regardless of the substructure material used since it can be layered on all IPS e.max components.
Can be layered on most commonly used zirconium oxide substructures.
Indicated for layered veneers.
e.max CAD
High strength glass-ceramic block for superior esthetics.
Indicated for single unit anterior and premolar substructures.
Suitable for implant superstructures for single tooth restorations.
Absence of shrinkage that optimizes the fit of the restoration.
e.max ZirCAD
Presintered, yttrium-stabilized zirconium oxide block for the CAD/CAM technique.
With a flexural strength of over 900 MPA, it offers a fracture toughness more than twice that of glass-infiltrated ceramics.
Ideal for high strength crown substructures.
Indicated for 3- or 4-unit bridge frameworks and inlay-retained bridges.
e.max Press
Pressable technology delivering the ultimate in fit, strength, and esthetics.
High strength glass ceramic ingot offering the greatest strength.
400 MPa flexural strength.
Indicated for fabricating single-tooth anterior and posterior crown substructures and 3-unit anterior bridges.
Suitable for implant superstructures for single tooth restorations.
e.max ZirPress
Fluorapatite glass ceramic that offers outstanding lifelike esthetics.
Indicated for the press to zirconia technique which allows for the fit of a pressable ceramic while achieving high strength with the zirconia.
Ideally suited to either a cut-back technique or a fully anatomical technique.
