Prettau® 3 Dispersive®

Prettau^® 3 Dispersive^® - Zirconia with triple gradient

Zirconia with Gradual-Triplex Technology: natural colour gradient, extremely high bending strength and highly translucent cutting edge – available now!

Our Prettau^® Dispersive^® zirconia materials are provided with a gentle and natural colour shading already during the manufacturing process thanks to a smooth, dispersive shade transition. With the new Prettau^® 3 Dispersive^® zirconia, we have now developed a zirconia material with a triple gradient by using the Gradual-Triplex-Technology. In addition to the colouring, also translucency and bending strength levels change. While the incisally increasing translucency results in a highly translucent incisal edge, the cervically increasing flexural strength results in an extremely high flexural strength at the tooth neck. Accordingly, Prettau^® 3 Dispersive^® can be used for all kinds of zirconia restorations, although it is particularly suitable for monolithic restorations. For a material-identical determination of the patient's tooth colour, special zirconia shade guides with sample teeth made of Prettau^® 3 Dispersive^® are available in the shape of a premolar as well as lower and upper incisors. If the material of the shade guide and the material of the zirconia crown are identical, it is ensured that the colour of the zirconia restoration corresponds 1:1 with the natural tooth colour of the patient.

Properties at a glance:

Zirconia with Gradual-Triplex Technology: Triple gradient with natural colouring as well as increasing bending strength and translucency values
- Cervically increasing flexural strength; extremely high flexural strength at the neck of the tooth
- Incisally increasing translucency; highly translucent incisal edge
- Merging colour gradient that reproduces the natural tooth colours from dentine to enamel

~ 670 MPa*

~ 1100 MPa*

~ 1200 MPa*
	Bending strength gradient	Translucency gradient	Colour gradient	Final result
* Average value of the biaxial bending strength from several test series

Colour scheme from A1-D4 as well as 3 Bleach shades; special zirconia shade guides for upper and lower anteriors, posteriors and with minimal cutback available
Manual colouring with Colour Liquids is not required anymore, but can be done with Colour Liquid Prettau^® Aquarell intensive colours to achieve a more patient-specific result
No limitations! Can be used for single crowns, inlays, onlays, veneers, bars and multi-unit bridges (reduced or fully anatomical), especially suitable for monolithic design
Fast sintering of single crowns possible
No ceramic chipping (thanks to the full anatomical design)
Personalisation after sintering with ICE Stains Prettau^® and ICE Stains 3D by Enrico Steger

Processing:

Placing the designed structure in the Zirkonzahn.Nesting software according to the displayed colour gradient
CAM-dry processing
Sintering (1500 °C); fast sintering of single crowns possible
Glazing with 3D Glaze Base, Glaze Plus
High gloss polishing
Insertion: Cementation or screwing

Optional processing:

Before sintering:
- Manual elaboration
- Further individualisation with Colour Liquids Prettau^® Aquarell Intensiv

After sintering:
- Staining with ICE Stains Prettau^® or ICE Stains 3D by Enrico Steger
- Ceramic layering

Comparison of the characteristics:


_________________	_________________	_________________	_________________	_________________	_________________
PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®
	2	2	3	4	4
		DISPERSIVE^®	DISPERSIVE^®	ANTERIOR^®	ANTERIOR^® DISPERSIVE^®
_________________	_________________	_________________	_________________	_________________	_________________
Translucency	Translucency	Translucency	Translucency	Translucency	Translucency

_________________	_________________	_________________	_________________	_________________	_________________
Flexural strength	Flexural strength	Flexural strength	Flexural strength	Flexural strength	Flexural strength

_________________	_________________	_________________	_________________	_________________	_________________
			Gradual-Triplex-Technology*

Without colour gradient	Without colour gradient	With colour gradient	With colour gradient	Without colour gradient	With colour gradient


Without bending strength gradient	Without bending strength gradient	Without bending strength gradient	With bending strength gradient	Without bending strength gradient	Without bending strength gradient


Without translucency gradient	Without translucency gradient	Without translucency gradient	With translucency gradient	Without translucency gradient	Without translucency gradient

_________________	_________________	_________________	_________________	_________________	_________________
Individual colouring with Colour Liquids	Individual colouring with Colour Liquids	Optional: Individualisation with Colour Liquid Intensiv	Optional: Individualisation with Colour Liquid Intensiv	Individual colouring with Colour Liquids	Optional: Individualisation with Colour Liquid Intensiv

_________________	_________________	_________________	_________________	_________________	_________________
Sintering temperature	Sintering temperature	Sintering temperature	Sintering temperature	Sintering temperature	Sintering temperature
1600 °C	1600 °C	1600 °C	1500 °C	1500 °C	1500 °C
_________________	_________________	_________________	_________________	_________________	_________________
Monolithic design in the posterior area possible	Monolithic design in the anterior area and in the posterior area possible	Monolithic design in the anterior area and in the posterior area possible	Monolithic design in the anterior area and in the posterior area possible	Monolithic design in the anterior area and in the posterior area possible	Monolithic design in the anterior area and in the posterior area possible
_________________	_________________	_________________	_________________	_________________	_________________

*Gradual-Triplex-Technology: The zirconia is already provided with colour, translucency and bending strength gradients during the production process. This results in a natural colouring, a highly translucent cutting edge and an extremely high bending strength at the tooth neck.

Indications:

PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®	PRETTAU^®
	2	2	3	4	4
		DISPERSIVE^®	DISPERSIVE^®	ANTERIOR^®	ANTERIOR^® DISPERSIVE^®
_________________	_________________	_________________	_________________	_________________	_________________
Copings	Copings	Copings	Copings	Copings	Copings

_________________	_________________	_________________	_________________	_________________	_________________
Inlay, Onlay, Veneer	Inlay, Onlay, Veneer	Inlay, Onlay, Veneer	Inlay, Onlay, Veneer	Inlay, Onlay, Veneer	Inlay, Onlay, Veneer

_________________	_________________	_________________	_________________	_________________	_________________
Crowns	Crowns	Crowns	Crowns	Crowns	Crowns

_________________	_________________	_________________	_________________	_________________	_________________
Max. three-unit bridges	Max. three-unit bridges	Max. three-unit bridges	Max. three-unit bridges	Max. three-unit bridges	Max. three-unit bridges

_________________	_________________	_________________	_________________	_________________	_________________
Multiple-unit bridge	Multiple-unit bridge	Multiple-unit bridge	Multiple-unit bridge
			(bar-supported)
_________________	_________________	_________________	_________________	_________________	_________________
Circular bridges	Circular bridges	Circular bridges	Circular bridges
			(bar-supported)

Studies

Studies

Continuar ...