| |
|
|
| |
|
|
Prismatik Clinical Zirconia™
|
-
Introduction
Why Prismatik Clinical Zirconia™?
Figure #1 Zirconium oxide (ZrO2) is the oxide of the element zirconium, and is among the strongest and most biocompatible ceramic materials.
-
Figure #2
ZrO2 (Prismatik CZ) is shaped into milling blanks in our isostatic press at extreme pressure, allowing us to significantly reduce costs.
-
Figure #3
Prismatik CZ blanks are made in 12 mm, 15 mm, and 20 mm thicknesses to accommodate anterior and posterior crowns and multiple-unit bridges.
-
Figure #4
After the impression is poured in die stone, pinned and trimmed, the model is placed in a 3-D digital scanner.
-
Figure #5
Using digital information from the scanner, the frameworks of the restorations are designed in CAD module software.
-
Figure #6
The framework design is coupled with the CAM module program that generates instructions for the precision milling process.
-
Figure #7
Precise tool path control of multiple axes during milling ensures excellent reproduction of the 3-D CAD data.
-
Figure #8
Milled copings and frameworks are sintered to maximum strength overnight at >2700°F using the Prismatik CZ6 sintering oven.
-
Figure #9
Sintered Prismatik CZ exhibits superb intimacy of fit and beautiful, translucent pearlescence.
Internet Explorer 7.0 Users: This page is optimized for Internet Explorer 8.0 and above.
|
| |
|
|
|
|
|
