Kuraray - Katana - ZR YML - Ø 98
Kuraray
Katana
ZR YML
Ø 98
Revolutionary ALL-IN-ONE Disc Design
This innovative raw material combination of highly translucent zirconia with high strength will empower your dental lab.
KATANA™ Zirconia YML delivers efficiency, clarity, simplicity and precision in handling without compromising the quality of the outcomes!
Why Use KATANA Zirconia YML?
ALL-IN-ONE SOLUTION
The entire indication spectrum can be covered due to the combined high translucency and high strength.
SEAMLESS MULTI-LAYER STRUCTURE
KATANA™ Zirconia YML matches three raw materials with different yttria contents combining a well-balanced color/translucency and flexural strength gradation.
SIMPLE AESTHETICS
The seamless multi-layered technology eliminates visible transition lines, emphasizing natural color and translucency, ensuring a simplified, time-saving procedure.
CONTROLLED FIRING DEFORMATION
The fitting accuracy of restorations after the final sintering process reduces remanufacturing risks. No waste of time and materials.
FAST PROCESSING
Re-make and rush cases? High-speed sintering (54 minutes) offers complete new opportunities. Finish the work easily within one day.
Innovative Multi-Layered Technology
KATANA™ Zirconia YML was developed based on the concept of being “lifelike“, that accurately and naturally expresses the color and translucency of natural teeth.
Enamel Layer
To provide high translucency that harmonizes with the anterior teeth.
Body Layer 1
To provide seamless color and translucency towards the Enamel Layer.
Body Layer 2 - 3
To provide deep and vivid color while reducing whitening.
Exceptional design flexibility is offered – from veneers to full-arch restorations. In each case, you may choose a monolithic, cut-back or framework design with the appropriate fabrication procedure depending on individual needs
• Long-span bridges
• Three-unit bridges
• Crowns
• Inlays and onlays
• Laminate veneers
Autres Appellations | Disque CAD/CAM |
---|---|
Actions | Fraiser |
Matériel | Zirconium |
Caractéristique | Zirconium |