| In scientific terms, IPS e.max is a lithium disilicate glass ceramic that has been optimized for translucency, durability and strength for use in full anatomical dental restorations. Simply put, with IPS e.max crowns, dental patients finally have the best of both worlds. They can benefit from the beauty of cementable all-ceramic crowns that perfectly match their existing teeth without compromising strength and durability. In the photo left the large upper incisor to the right is an E.max ceramic crown. Impossible to tell! |
IPS e.max Crowns look great and last many many years
IPS e.max crowns represent a major breakthrough in restorative and cosmetic dentistry. One key advantage is the aesthetics. All-ceramic dental
crowns and restorations made from IPS e.max are more natural appearing because they do not have copings. This means it's easier for your dentist
to implant them without revealing the telltale "white line" of the crown's substructure at the gum line. Another advantage of IPS e.max all-ceramic
crowns is that because they are milled from a single block of material lithium disilicate material your dentist has greater ability to match your original
tooth's color consistency and physical characteristics.
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The structural integrity of dental crowns and bridges made from IPS e.max is unprecedented. A recent study presented at the 39th Annual Session of the American Academy of Fixed Prosthodontics by researchers from the Department of Biomaterials and Biomimetics at New York University College of Dentistry, found that that IPS e.max CAD lithium disilicate ceramic is the most robust all-ceramic material tested to date. When compared to veneered zirconia-based crowns, the most widely used all-ceramic restorative material in modern dentistry, rigorous testing conclusively showed that IPS e.max crowns are far less likely to chip or fracture. Thanks to its strength and multiple translucencies, IPS e.max offers dentists an exciting new range of options for creating:
Learn more about crowns and veneers Learn more about the technology in making the crowns |