High-strength anterior zirconia veneers designed for natural smile-zone esthetics, precise CAD/CAM fit, stable shade value, and reliable B2B digital workflow support.
Anterior zirconia veneers crafted for high-strength smile-zone restorations with natural contour, stable shade value, and precise digital fit. Designed for clinics and dental labs that need durable esthetic results with predictable CAD/CAM workflow support.
Il migliore per
Anterior esthetic cases, smile design restorations, shape and proportion correction, mild discoloration masking, and cases where clinicians need a balance of strength, fit accuracy, and natural-looking appearance.
Materiale
High-translucency zirconia, designed for strength, biocompatibility, and esthetic anterior performance.
Indicazioni
Anterior veneers, cosmetic smile enhancement, diastema closure, tooth shape correction, worn incisal edge restoration, and select high-strength esthetic cases as prescribed by the clinician.
Opzioni di design
Customized tooth shape, incisal edge design, surface texture, shade matching, stain and glaze finishing, and contour adjustment based on smile design requirements.
Ombra e caratterizzazione
Shade photos, stump shade information, and patient smile references help improve value control, translucency planning, and natural integration with adjacent teeth.
Digital Workflow
Compatible with STL / IOS scans, digital model verification, and CAD/CAM production for consistent fit, contacts, and marginal accuracy.
Cosa inviare (B2B)
STL scans or impressions, opposing arch, bite record, margin notes, shade selection, stump shade if available, smile photos, and any design references or wax-up/mock-up files.
Focus CQ
Margin integrity, proximal contacts, incisal symmetry, surface texture, shade consistency, emergence profile, and final fit verification on the model before delivery.
Note
For best results, provide clear esthetic goals, occlusal notes, and reference photos. Final material selection and cementation protocol should follow the clinician’s case plan.
