YUCERA ST Multilayer Zirconia
| Strength |
Translucency |
| 1400 MPa |
45% |
High-Strength Multilayer Zirconia
YUCERA ST Multilayer Zirconia is designed for dental laboratories that require a combination of high strength, natural aesthetics, and efficient CAD/CAM production. With a flexural strength of 1400 MPa and translucency of 45%, the material provides a balanced solution for a wide range of dental restorations.
The multilayer structure features five gradual color layers that create a smooth transition from the cervical area to the incisal edge. This gradient effect helps produce restorations with a more natural appearance and reduces the need for extensive external characterization.
YUCERA ST Multilayer is suitable for dental laboratories looking for a strong and versatile zirconia material for crowns, bridges, and other digitally designed restorations.
Key Features
- Multilayer zirconia with five layers of color gradients
- Flexural strength of 1400 MPa
- Translucency of 45%
- Smooth transition from cervical to incisal areas
- High-strength material for demanding restoration applications
- Natural color gradient for improved aesthetic results
- Suitable for digital CAD/CAM production workflows
- Suitable for anterior and posterior restorations
- Helps reduce additional staining and layering procedures
Five-Layer Color Gradient
YUCERA ST Multilayer Zirconia uses a five-layer color gradient to reproduce the natural transition of tooth color. The gradual changes between the cervical, body, and incisal areas help reduce visible shade differences throughout the restoration.
The integrated multilayer design allows dental technicians to position the restoration within the disc according to the desired shade and translucency effect. This can help simplify the production of natural-looking full-contour restorations.
Strength and Aesthetic Performance
With a strength of 1400 MPa, YUCERA ST Multilayer is designed to provide dependable mechanical performance for a variety of dental laboratory applications. Its 45% translucency helps provide a balanced aesthetic effect while maintaining the strength required for selected crown and bridge restorations.
The material can be finished through polishing, staining, glazing, or a combination of finishing procedures according to the restoration design and laboratory requirements.
Recommended Indications
| Restoration Type |
Recommended Use |
| Anterior Crowns |
Natural color gradient and balanced translucency |
| Posterior Crowns |
High-strength material for selected posterior Indications |
| Full-Contour Crowns |
Suitable for digitally designed full-contour restorations |
| Three-Unit Bridges |
Suitable for selected multi-unit restoration workflows |
| Full-Crown Bridges |
Suitable for selected high-strength bridge Indications |
| Copings and Frameworks |
Suitable for customized CAD/CAM restoration designs |
Efficient CAD/CAM Workflow
YUCERA ST Multilayer Zirconia is compatible with modern dental CAD/CAM production workflows. Dental technicians can digitally design and mill the restoration before sintering and final finishing.
The built-in five-layer gradient helps reduce the need for manually creating multiple color transitions. This can support a more efficient production process while maintaining control over the final shade and appearance of the restoration.
Designed for Versatile Dental Restorations
YUCERA ST Multilayer provides a practical combination of high strength and multilayer aesthetics. It is suitable for laboratories producing a variety of crown and bridge restorations that require both mechanical reliability and a natural visual effect.
The material can be used as part of a digital workflow and customized through standard laboratory finishing procedures according to the individual case requirements.
Why Choose YUCERA ST Multilayer?
YUCERA ST Multilayer Zirconia is a suitable choice for dental laboratories that need a high-strength multilayer material with a natural five-layer color gradient.
Its 1400 MPa strength, 45% translucency, and multilayer design help provide a balance between durability, aesthetic performance, and efficient restoration production.
