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 IPS
e.max CAD combines uniqueness and high performance.
The innovative lithium disilicate ceramic fulfils
the highest esthetic demands and unites
state-of-the-art technology with exceptional
user-friendliness.
The material is designed for fabricating
esthetic, high-strength restorations using efficient
CAD/CAM processing technology. The glass-ceramic is
machined in a #soft# intermediate state in which it
exhibits an unusual bluish color. In this state,
the material can be manually adjusted or cut back in
a few quick and easy steps and the fit can be
checked.
Subsequently, the material is crystallized at
approximately 850 °C for 20 to 30 minutes. In this
process, IPS e.max CAD acquires its final strength
of 360 MPa and the desired esthetic properties, such
as tooth shade, translucency and brightness.
You can fabricate restorations for individual
teeth, for example, veneers, inlays and partial and
full crowns, with IPS e.max CAD. Depending on the
indication, the restorations can be conventionally
placed.
IPS e.max offers a balance of versatility and
simplicity which means you can be confident when
restoring, even the most complex cases. Offering a
single layering ceramic IPS e.max allows you to
choose the ideal fabrication technique for our
laboratory. For the dentist, it means writing one
prescription for IPS e.max and knowing the
laboratory will be able to restore their patient's
smile with a conventionally cementable material that
delivers the ultimate in metal free esthetics and
strength.
The Highlights
The demand for aesthetic all-ceramic restorations
has considerably increased over the past few years.
Consequently, all-ceramic restorations have become
an integral part of aesthetic dentistry. Economical
CAD/CAM techniques and high-strength zirconium oxide
ceramics are gaining in importance in dentistry.
IPS e.max comprises highly aesthetic and
high-strength materials for both the PRESS and
CAD/CAM technique.
• Press and CAD/CAM
fabrication techniques
• Press-on Zirconia technique
• High strength materials
• Choice of zirconia or high strength glass
ceramic substructures
• One layering ceramic
• Conventionally cementable
• Outstanding esthetics
• Ideal for difficult combination cases |
