Z-CAD® One4All
The Flexible One
45% translucency combined with high strength. Adaptation in CAD/CAM. For all anterior and posterior restorations.
Here the name stands for itself. An all-rounder made of biocompatible high-performance zirconia, with even greater translucency and high strength. Stay flexible, one disc offering all solutions. Crowns, partial crowns, veneers, inlays, onlays and bridges are indicated for this material. Bar constructions, superstructures and hybrid prostheses, the choice to mill it in one process is enormous. Screw or cement retaineed, your restoration will fulfil all your needs. The finished Z-CAD® One4All material can be finally inserted in the mouth as monolithic or veneered restoration. With an equivalentzirconium veneering ceramic, an even more individual design can be achieved. Alternatively, it can also be pressed over with zirconia press ceramic.
Z-CAD® One4All is a biocompatible high-performance zirconia available in white, three bleach shades or in the 16 Vita classical shades A1-D4* and complies with Class 5 of ISO 6872:2019. A characteristic strength of over 1000 MPa (biaxial measurement). A translucency value of 45%. The flexible solution for everyday laboratory work. For customisation of white substructures we recommend our Z-CAD® Surface Liquid. It is ideally suited for dipping and brush infiltration.
Ø98.5mm discs in 10, 12, 14, 16, 18, 20, 22, 25 and 30 mm
veneer
Inlay/Onlay
partial crown
monolithic anterior crown
monolithic posterior crown
hybrid abutment crown
monolithic bridge (3 units)
monolithic bridge (≥4 units)
framework (3 units)
framework (≥ 4 units)
hybrid abutment
bars
Property | Unit | Z-CAD® One4All |
Density (after sintering) | g/cm3 | 6.06 |
WAK (25 - 500 °C) | 10-6/K | 10.8 |
bending strength* | MPa | > 1000 |
translucency (1mm, D65) | % | 45 |
fracture toughness | MPa√m | 5 |
radioactivity | Bq/kg | ≤ 200 |
modulus of elasticity | GPa | < 200 |
*biaxial measurement
Component | Unit | Quantity |
ZrO2 + HfO2 + Y2O3 | wt% | > 99.5 |
Y2O3 | wt% | 6.9 |
Al2O3 | wt% | 0.05 |
other oxides | wt% | ≤ 0.5 |