Gradient Design for Natural Aesthetics: Honorzir’s unique translucency gradient, ranging from 43% in the cervical layer to 53% in the incisal layer, closely replicates the light transmission of natural teeth. This enables restorations to blend seamlessly with surrounding dentition for a natural, lifelike appearance.
Enhanced Light Reflection and Depth: The material’s super high translucency ensures superior light reflection and diffusion, preventing the grayish or dull appearance common with traditional zirconia. It enhances the depth and vitality of restorations, making them more visually appealing.
Reliable Aesthetic Performance in Various Conditions: Honorzir maintains its translucency and aesthetic properties across different thicknesses and cases, including minimally invasive restorations, ensuring consistent results even in challenging clinical scenarios.
Wide Range of Shades: Available in the full VITA 16 classic shades and three bleach shades (OM1, OM2, OM3), Honorzir caters to diverse patient needs, from subtle enhancements to brighter Hollywood-style smiles.
Multi-Layered Design for Seamless Integration: Honorzir’s multi-layered color gradient transitions naturally between layers, mimicking the enamel and dentin structure for realistic blending with adjacent teeth. This minimizes the need for additional staining or customization.
Customizable Solutions for Aesthetic Precision: The material offers adaptable shade-matching capabilities, allowing clinicians to achieve precise results, whether restoring a single tooth or performing a full arch reconstruction.
Balanced Flexural Strength: With 1050 MPa in the cervical layer and 700 MPa in the incisal layer, Honorzir delivers the perfect balance of durability and translucency, making it suitable for high-stress posterior applications and delicate anterior restorations.
Exceptional Fracture Resistance: Honorzir’s fracture toughness of ≥5 MPa·m¹/² provides excellent resistance to chipping and cracking, ensuring long-lasting restorations even under intense masticatory forces.
Optimized for Load-Bearing Performance: Designed for both anterior and posterior restorations, Honorzir excels in load-bearing areas, offering peace of mind for clinicians and ensuring reliable performance in diverse clinical cases.
Efficient Production with Fast Sintering: Honorzir supports a 2-hour fast sintering cycle for single units and bridges up to 3 units, significantly reducing production times without compromising quality. This efficiency makes it ideal for high-volume dental laboratories.
Customizable Sintering Cycles: Compatible with various sintering programs, Honorzir allows flexibility for larger restorations, including those with 4-6 units or more, ensuring precise results tailored to specific laboratory workflows.
Stable Performance During Sintering: Honorzir maintains structural integrity and consistent translucency throughout the sintering process, ensuring predictable results and minimizing risks of deformation or shade inconsistencies.
Versatile for all types of restorations, including:
Anterior Restorations: Veneers, crowns, and bridges
Posterior Restorations: crowns, bridges, and screw-retained bridges.
Specialized Cases: Inlays, implants and multi-unit bridges.
Gradient Design for Natural Aesthetics: Honorzir’s unique translucency gradient, ranging from 43% in the cervical layer to 53% in the incisal layer, closely replicates the light transmission of natural teeth. This enables restorations to blend seamlessly with surrounding dentition for a natural, lifelike appearance.
Enhanced Light Reflection and Depth: The material’s super high translucency ensures superior light reflection and diffusion, preventing the grayish or dull appearance common with traditional zirconia. It enhances the depth and vitality of restorations, making them more visually appealing.
Reliable Aesthetic Performance in Various Conditions: Honorzir maintains its translucency and aesthetic properties across different thicknesses and cases, including minimally invasive restorations, ensuring consistent results even in challenging clinical scenarios.
Wide Range of Shades: Available in the full VITA 16 classic shades and three bleach shades (OM1, OM2, OM3), Honorzir caters to diverse patient needs, from subtle enhancements to brighter Hollywood-style smiles.
Multi-Layered Design for Seamless Integration: Honorzir’s multi-layered color gradient transitions naturally between layers, mimicking the enamel and dentin structure for realistic blending with adjacent teeth. This minimizes the need for additional staining or customization.
Customizable Solutions for Aesthetic Precision: The material offers adaptable shade-matching capabilities, allowing clinicians to achieve precise results, whether restoring a single tooth or performing a full arch reconstruction.
Balanced Flexural Strength: With 1050 MPa in the cervical layer and 700 MPa in the incisal layer, Honorzir delivers the perfect balance of durability and translucency, making it suitable for high-stress posterior applications and delicate anterior restorations.
Exceptional Fracture Resistance: Honorzir’s fracture toughness of ≥5 MPa·m¹/² provides excellent resistance to chipping and cracking, ensuring long-lasting restorations even under intense masticatory forces.
Optimized for Load-Bearing Performance: Designed for both anterior and posterior restorations, Honorzir excels in load-bearing areas, offering peace of mind for clinicians and ensuring reliable performance in diverse clinical cases.
Efficient Production with Fast Sintering: Honorzir supports a 2-hour fast sintering cycle for single units and bridges up to 3 units, significantly reducing production times without compromising quality. This efficiency makes it ideal for high-volume dental laboratories.
Customizable Sintering Cycles: Compatible with various sintering programs, Honorzir allows flexibility for larger restorations, including those with 4-6 units or more, ensuring precise results tailored to specific laboratory workflows.
Stable Performance During Sintering: Honorzir maintains structural integrity and consistent translucency throughout the sintering process, ensuring predictable results and minimizing risks of deformation or shade inconsistencies.
Versatile for all types of restorations, including:
Anterior Restorations: Veneers, crowns, and bridges
Posterior Restorations: crowns, bridges, and screw-retained bridges.
Specialized Cases: Inlays, implants and multi-unit bridges.
Honorzir’s SHTPM zirconia features a multi-layered translucency gradient, ranging from 43% in the cervical layer to 53% in the incisal layer, replicating the optical properties of natural teeth. This eliminates the need for excessive staining or adjustments, streamlining the aesthetic process. It ensures lifelike restorations that blend seamlessly with adjacent teeth, meeting patients' high expectations for natural-looking smiles.
With its 2-hour fast sintering cycle, Honorzir enables laboratories to significantly reduce production times without compromising the quality or mechanical properties of restorations. This efficiency is particularly beneficial in high-demand workflows, allowing dental teams to deliver quicker turnaround times for patients, ensuring faster treatment completion and greater satisfaction. The adaptable sintering curves also allow for the precise customization of larger cases, enhancing flexibility for diverse clinical scenarios.
Honorzir offers exceptional durability with a flexural strength of 1050 MPa in the cervical layer and 700 MPa in the incisal layer, making it suitable for both anterior and posterior restorations. Its fracture toughness of ≥5 MPa·m¹/² ensures the material can withstand high masticatory forces, reducing the risk of chipping or failure over time, this reduces the frequency of remakes and enhances efficiency. Reliable restorations ensure patient trust and long-term satisfaction, particularly in load-bearing areas or challenging cases requiring extra durability.
Honorzir is designed to seamlessly integrate into modern CAD/CAM systems, ensuring precision from intraoral scanning to the final restoration. Material’s predictable properties simplify milling, shading, and sintering processes. The compatibility with advanced technologies enhances collaboration with laboratories, improving accuracy and efficiency. This streamlined workflow supports faster case delivery while maintaining the highest standards of aesthetic and functional outcomes, ensuring predictable and repeatable success across dental teams.
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