[Translate to English:] priti®multidisc ZrO2 multicolor Extra Translucent
[Translate to English:] priti®multidisc ZrO2 multicolor Extra Translucent
[Translate to English:] priti®multidisc ZrO2 multicolor Extra Translucent
[Translate to English:] priti®multidisc ZrO2 multicolor Extra Translucent

priti®multidisc ZrO2 multicolor Extra Translucent

For all open milling machines that accept round blanks with a diameter of 98.5 mm


priti®multidisc ZrO2 Extra Translucent is the most flexible zirconium dioxide, for all indications - a real all-rounder. It combines strength with aesthetics, the genuine, natural zirconium dioxide option for you.
(4Y-TZP) available in 7 color gradients and 1 bleach shade, 45% translucence, flexural strength > 1,150 MPa. Adjusting the position in the same disc allows all 16 Vita shades to be achieved with just 7 blanks!

INDICATION

You can use priti®multidisc ZrO2 multicolor Extra Translucent to fabricate inlays, onlays, veneers, partial crowns, monolithic, fully anatomical and partially or fully veneered crowns and bridges (up to 16 pontics) and custom anterior and posterior suprastructures on natural abutment teeth and implants. Its unique feature is its balance between high translucence and high flexural strength. This means the material can be recommended without reservation for flexible use across a particularly broad range of indications.

MATERIAL

  • Zirconium dioxide Type II, Class 4 (DIN EN ISO 6872)
  • Flexural strength > 1,150 MPa
  • High translucence of 45%
  • Very high aesthetics
  • CTE 10 ·10-6 · K-1
  • Thin wall thicknesses of 0.4 mm for single crowns in the anterior tooth area and 0.6 mm in the posterior tooth area
  • Precise edges and margins due to highly compacted material
  • Veneering possible with any ceramic mapped to the CTE of ZrO2
  • Cross-batch color fidelity
  • Homogeneous block shading
  • Color can be reproduced at any time
  • Biocompatible

CHEMICAL COMPOSITION

Zirconium dioxide (ZrO2/HfO2): 92.1 - 90.7 %
Yttrium oxide (Y2O3): 6.65 - 7.95 %
Aluminum oxide (Al2O3): < 0.2 %
Other oxides: < 0.7 %

CONSTRUCTION

 

Systems must be constructed of the following specifications: CrownsMaryland-bridges3-unit bridges
Minimum framework thicknessanterior0.4 mm0.4 mm0.6 mm
Minimum framework thicknessposterior0.6 mm0.6 mm0.6 mm
Connectorsanterior 6 mm²6 mm²
Connectorsposterior 9 mm²9 mm²
Framework designAnatomically shaped (supporting veneer ceramics); fully anatomical

SINTERING

Recommendation for standard sintering:
Heating and cooling rate 10°C/min
Hold time 120 minutes at 1,450°C
Total sintering time approx. 7 hours

Recommendation on rapid sintering: (for bridges with up to 3 pontics)
Heating rate 10°C/min
Hold time 30 minutes at 1,500°C
Cooling rate 40°C/min
Total sintering time approx. 4 hours

Sintering together with other materials could cause unwanted changes in color and translucence. This applies particularly to materials processed using dye liquids. Sintering beads must also be replaced to avoid dye liquid residues.

It is particularly important to clean sintering furnaces that are contaminated by dye liquids before sintering a pre-shaded material for the first time. This prevents unpleasant surprises and allows optimum photo-optical results for the zirconium dioxide.


VENEERING

Any ceramic veneers recommended for zirconium dioxide ceramics may be used.

MILLING

Reduce feed rates during rough machining: The quality of milling depends on several factors including the machine, machining strategy, zirconium dioxide, etc. To ensure that you can achieve optimum milling results from the start with high translucence blanks, we recommend using a lower speed than with opaque materials during rough machining.

JobRough machining
Occlusal/cavity
Rough machining
Residual material
Tool diameter2.5 mm 1.0 mm
Parameter:
Spindle speed20,000-22,000 rpm20,000-22,000 rpm
Feed rate1,200-1,500 mm/min1,000-1,300 mm/min
Infeed rate 1,000 mm/min700 mm/min
Allowance0.15 mm0.15 mm
Tool path distance1.00 mm0.20 mm
Step down/step over1.00 mm0.50 mm

Coated milling tools: These offer the benefit of low wear with longer tool life.


ADJUSTMENTS

Any adjustments required to the sintered restorations once compacted must only be carried out using diamond-coated tools to prevent damage to the material caused by local overheating or exposure of the surface of the restoration to excessive force.

FIXING

Restorations can be cemented conventionally with a zinc phosphate or glass ionomer cement or with self-adhesive and fully-adhesive fixing material.

COLOR-CODING

Through the measurement of the restoration height an even more precise positioning and color assignment can be made to the appropriate blank height. The positioning data apply mainly to anteriors. For posteriors we recommend a lower position. This prevents fused cusp areas appearing too white. An additional positive effect is the warm base hue due to the fissure pits.

Restoration heightBlank height
8 mm - 11 mm 14 mm
10 mm - 13,5 mm18 mm
12 mm - 15,5 mm20 mm
14 mm - 19 mm25 mm

pritidenta®
Shades
Position VITA classical® VITA System
3D-Master®
 topA12M1, 1M2, 2R1,5
A lightmiddleA22M2
 bottomA33M2
 topA3,53R2,5
A darkmiddle  
 bottomA45M3, 4L2,5
 topB1 
B lightmiddle  
 bottomB22L1,5
 topB33L2,5
B darkmiddle  
 bottomB43M3
 topC13M1
C lightmiddle  
 bottomC23L1,5
 topC3 
C darkmiddle 4L1, 5E30
 bottomC45M1, 5M2
 topD2 
D lightmiddleD34R1,5, 4R2,5
 bottomD43R1,5, 4M1, 4M2, 4M3
 top 0M1,0M2
priti® bleachmiddle 0M3
 bottom 1M1

Variants

Hightpriti®bleachA lightA darkB lightB darkC lightC darkD light
14 mmEZRPB014EZRAL014EZRAD014EZRBL014EZRB0014EZRCL014EZRCD014EZRDL014
18 mmEZRPB018EZRAL018EZRA0018EZRBL018EZRBD018EZRCL018EZRC0018EZRDL018
20 mmEZRPB020EZRAL020EZRAD020EZRBL020EZRBD020EZRCL020EZRCD020EZRDL020
25 mmEZRPB025EZRAL025EZRAD025EZRBL025EZRBD025EZRCL025EZRCD025EZRDL025

What our customers say about us.

"pritidenta systematized zirconia for success.
Very few of the zirconia blanks on the market stand out as unique. pritidenta found a way with excellent, natural-looking results through CAM techniques. Nesting high or low is not new, of course, but nobody has gone this far to make sure the end results are consistent and predictable..."

 

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