• OnePro Dental 3D-Pro multilayer zirconia disc 98mm with CE 2797 marking for dental CAD/CAM labs
  • High-esthetic zirconia crown milled from 3D-Pro multilayer zirconia showing natural translucency and shade transition

3D-Pro Multilayer Zirconia Disc – 98mm Premium Gradient Zirconia Blank

Premium 98mm 3D-Pro multilayer zirconia disc for dental CAD/CAM labs, featuring a dual-gradient structure with strength support in the cervical area and higher translucency toward the incisal area.
$39.00
$39.00 $44.00
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  • 98mm open-system CAD/CAM format
  • Strength gradient: 650–1200 MPa
  • Translucency gradient: 43%–49%
  • 20 available shades, including Vita classical and bleach shades
  • Lab support before ordering
  • CE / FDA documentation available upon request

Premium 98mm multilayer zirconia disc designed for dental CAD/CAM laboratories that need a reliable balance of strength, translucency, and natural shade transition.

With a dual-gradient structure combining strength and translucency from cervical to incisal, 3D-Pro is suitable for full-arch cases, long-span bridges, anterior and posterior crowns, and high-esthetic zirconia restorations.
OnePro 3D Pro Multilayer zirconia block packaging with 98mm zirconia disc for dental CAD CAM labs

Premium Gradient Zirconia for High-Esthetic Dental CAD/CAM Restorations

OnePro Dental 3D-Pro Multilayer Zirconia Disc is designed for professional dental laboratories that need a premium zirconia material for both esthetic and structural restorations.

Unlike traditional zirconia discs with uniform material properties, 3D-Pro uses a dual-gradient design. The cervical area provides higher strength support, while the incisal area provides higher translucency for a more natural appearance.

This makes 3D-Pro a strong choice for laboratories producing full-arch restorations, long-span bridges, anterior crowns, posterior crowns, and complex esthetic cases where both durability and appearance matter.

  • Premium multilayer zirconia for professional dental labs
  • Dual-gradient design for strength and translucency transition
  • Designed for full-arch, bridge, anterior, and posterior workflows
  • Available in 98mm open-system format
  • Suitable for laboratories seeking a high-end zirconia solution

Why Dental Labs Choose 3D-Pro Zirconia

Designed for laboratories that need a premium zirconia disc with strength support, esthetic transition, open-system compatibility, and flexible shade selection.

  • Regulatory Documentation Available

    Regulatory and quality documentation is available upon request, including EU MDR quality-system documentation and FDA Certificate to Foreign Government documentation for the zirconia block product family.

  • 650–1200 MPa Strength Gradient

    The cervical area provides higher strength support, while the incisal area is optimized for esthetic restoration design. This gradient helps support both anterior and posterior zirconia workflows.

  • 43%–49% Translucency Gradient

    The translucency gradually increases toward the incisal area, helping create a more natural transition from body shade to incisal vitality.

  • Full-Arch & Esthetic Cases

    3D-Pro is suitable for full-arch restorations, long-span bridges, anterior and posterior crowns, and premium esthetic cases where both strength and shade transition are required.

3D-Pro Multilayer Zirconia for Dental CAD/CAM

3D-Pro is a premium multilayer zirconia disc developed for professional dental CAD/CAM milling workflows. It is designed to help laboratories produce zirconia restorations with a smoother transition between strength, translucency, and shade.

The material structure supports higher strength in the cervical area and higher translucency toward the incisal area. This makes it especially useful for restorations that require both mechanical support and natural-looking esthetics.

The 98mm open-system format is compatible with many professional dental milling systems configured for zirconia discs.

Dual-Gradient Structure: Strength and Translucency in One Disc

The 3D-Pro structure is designed to transition from higher cervical strength to higher incisal translucency.

  • Cervical Layer

    Strength: 1200 MPa
    Translucency: 43%

    Designed to provide higher-strength support and body shade in the cervical area of the restoration.

  • Body Layer

    Strength: Approx. 900 MPa
    Translucency: Approx. 46%

    Designed as a transition zone between the high-strength cervical area and the more translucent incisal area.

  • Incisal Layer

    Strength: 650 MPa
    Translucency: 49%

    Designed to provide higher translucency in the incisal area for a more natural esthetic appearance.
High-esthetic zirconia crown milled from 3D-Pro multilayer zirconia showing natural translucency and shade transition

Recommended Applications

OnePro Dental 3D-Pro Multilayer Zirconia Discs are intended for professional dental laboratory milling of zirconia restorations that require a balance of strength, translucency, and natural shade transition.

The final material and design selection should be determined according to the restoration type, load requirements, milling system, sintering workflow, applicable regulations, and the assessment of qualified dental professionals.

  • Full-arch zirconia restorations
  • Long-span bridges
  • Anterior crowns and bridges
  • Posterior crowns and bridges
  • Mixed anterior and posterior cases
  • Premium esthetic zirconia restorations
  • Cases requiring both cervical strength and incisal translucency
  • Complex laboratory cases requiring smooth shade transition

Technical Specifications

Parameter Value
Product Type Multilayer Zirconia Disc
Series 3D-Pro
Disc Format 98mm Open System
Material Type 3Y-TZP & 4Y-PSZ Zirconia
Layer Structure 5-Layer Dual-Gradient
Flexural Strength 650–1200 MPa Gradient
Translucency 43%–49% Gradient
Available Thicknesses 12mm, 14mm, 16mm, 18mm, 20mm, 22mm, 25mm
Available Shades A1, A2, A3, A3.5, A4, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, BL1, BL2, BL3, BL4
Density After Sintering 6.05 g/cm³
Linear Shrinkage Approx. 20%–25%
Shrinkage Factor Printed on each disc label / batch label
Vickers Hardness 1100–1200 HV
Processing Method Dental CAD/CAM Milling and Sintering
Recommended Use Professional Dental Laboratory Workflow
Documentation Available upon request, subject to product and batch scope

Shade & Thickness Selection Guide

Choose the shade and thickness according to restoration type, available vertical space, esthetic requirements, and laboratory workflow.

  • Single Crowns

    For single crowns, select the proper thickness according to crown height, occlusal design, and nesting position. Common options include 12mm, 14mm, and 16mm.

  • Bridges

    For bridge restorations, choose a thickness that provides enough vertical space for pontic design, connector height, and proper nesting. Common options include 16mm, 18mm, and 20mm.

  • Full-Arch Cases

    For full-arch restorations or larger cases, thicker discs such as 20mm, 22mm, or 25mm may provide more design flexibility, depending on the restoration height and CAD layout.

  • Shade Selection

    3D-Pro is available in Vita classical shades and bleach shades. Select the shade based on the prescribed final shade, restoration position, and whether additional characterization will be applied after sintering.

Correct Gradient Orientation for Natural Results

Because 3D-Pro uses a cervical-to-incisal dual-gradient structure, proper nesting orientation is important during the CAD/CAM workflow.

The cervical area should be positioned toward the higher-strength, lower-translucency side of the disc. The incisal area should be positioned toward the higher-translucency side. Correct positioning helps maintain the intended strength distribution, translucency transition, and shade effect.

  • Confirm the cervical and incisal direction before nesting
  • Position margins and incisal edges according to the gradient structure
  • Follow your CAD/CAM software and milling machine instructions
  • Check the disc label and batch information before processing
  • For complex cases, confirm the orientation before starting production

Orientation matters. Correct nesting helps the restoration better express the intended strength, translucency, and shade gradient.

Recommended Milling & Sintering Workflow

  1. Select the correct shade and thickness according to the restoration design.
  2. Import the restoration design into your CAD/CAM software.
  3. Confirm the cervical-to-incisal orientation before nesting.
  4. Position the restoration to provide proper support, connector placement, and efficient material use.
  5. Mill with a zirconia-compatible strategy and suitable zirconia milling burs.
  6. Carefully remove the milled restoration from the disc.
  7. Clean residual zirconia dust before sintering.
  8. Sinter according to the recommended material, furnace, and laboratory protocol.
  9. Apply characterization, staining, glazing, or polishing if required by the case.
  10. Inspect fit, margins, occlusion, shade, and surface finish before delivery.

Use a zirconia-compatible dry or wet milling strategy according to your milling machine, CAM software, burs, and laboratory workflow.

Sintering Recommendations

Proper sintering is essential for final strength, fit, shade, translucency, and restoration stability.

  • Follow the Recommended Program

    Use a sintering program that matches the material, restoration size, furnace type, and laboratory workflow.

  • Check Shrinkage Factor

    Always check the actual shrinkage factor or enlargement factor on the disc label or batch information before milling.

  • Keep Restorations Clean

    Remove zirconia dust and avoid contamination before sintering to help maintain stable shade and surface quality.

  • Allow Complete Cooling

    After sintering, allow the restoration to cool completely before adjustment, characterization, glazing, or polishing.

3D-Pro vs. Other OnePro Zirconia Series

Choose the zirconia series according to restoration type, strength requirement, translucency demand, and esthetic expectation.

Series Strength Translucency Recommended Positioning
HT White Approx. 1300 MPa Approx. 39% High-strength posterior crowns, molars, and long-span frameworks
ST White / Pre-Shaded / Multilayer Approx. 1200 MPa Approx. 43% General crowns and bridges requiring balanced strength and esthetics
SHT White / Pre-Shaded / Multilayer Approx. 1000 MPa Approx. 47% Esthetic crowns and bridges requiring higher translucency
UT White / Pre-Shaded / Multilayer Approx. 650 MPa Approx. 49% Anterior esthetic cases, veneers, and high-translucency restorations
3D-Pro Multilayer 650–1200 MPa Gradient 43%–49% Gradient Full-arch, long-span, anterior/posterior mixed cases, and premium esthetic restorations

Choose 3D-Pro when the case requires a premium balance of cervical strength, incisal translucency, natural shade transition, and broad restoration flexibility.

How to Choose the Right Zirconia Disc

  • Confirm the Restoration Type

    Identify whether the case is a single crown, bridge, full-arch restoration, veneer, or complex esthetic case.

  • Confirm Strength Requirement

    Posterior restorations, long-span bridges, and full-arch cases usually require stronger material support and careful connector design.

  • Confirm Esthetic Requirement

    Anterior and high-end esthetic cases usually require better translucency, smoother shade transition, and natural-looking incisal effects.

  • Confirm Shade & Thickness

    Choose the correct Vita or bleach shade and select the disc thickness according to restoration height, nesting space, and laboratory workflow.

What is 3D-Pro multilayer zirconia?

3D-Pro is a premium multilayer zirconia disc designed for dental CAD/CAM laboratories. It combines strength and translucency gradients in one disc to support both structural performance and natural-looking esthetics.

What makes 3D-Pro different from ST, SHT, and UT multilayer zirconia?

3D-Pro uses a dual-gradient structure with both strength and translucency transition. ST, SHT, and UT series are designed for different balances of strength and translucency, while 3D-Pro is positioned for more complex and premium cases requiring broader application flexibility.

What does dual-gradient mean?

Dual-gradient means the disc transitions in both strength and translucency from cervical to incisal. The cervical area provides higher strength support, while the incisal area provides higher translucency for esthetic appearance.

Is 3D-Pro suitable for full-arch restorations?

Yes, 3D-Pro is suitable for professional dental laboratory full-arch zirconia workflows when the case design, connector dimensions, sintering protocol, and clinical requirements are properly evaluated.

Can it be used for posterior crowns and bridges?

Yes, 3D-Pro can be used for selected posterior crowns and bridges. The final indication should be confirmed according to restoration design, occlusal loading, connector dimensions, and the recommendation of qualified dental professionals.

How should I position the restoration during nesting?

Position the restoration according to the cervical-to-incisal gradient direction. The cervical area should align with the higher-strength side, while the incisal area should align with the higher-translucency side.

Which thickness should I choose?

Choose thickness according to restoration height, connector design, nesting space, and laboratory workflow. Smaller restorations may use thinner discs, while full-arch and larger bridge cases may require thicker options.

Do I need staining or glazing?

3D-Pro includes integrated shade and translucency transition, but additional staining, glazing, or characterization may still be applied after sintering according to the final esthetic requirements.

Do you provide CE and FDA documentation?

Yes. CE-related quality-system documentation and FDA Certificate to Foreign Government documentation are available for the zirconia block product family. Please contact us before ordering if your laboratory requires specific files for internal records or import documentation

Is this product FDA approved?

This product family has FDA Certificate to Foreign Government documentation available. We recommend using the more accurate wording “FDA documentation available” rather than “FDA approved.” Please contact us if you need to review the certificate before ordering.

Is this zirconia block covered by EU MDR documentation?

Yes. EU MDR quality-system documentation is available for dental zirconia ceramics under the manufacturer’s certified scope. Documentation can be provided upon request, subject to product and batch scope.

Explore More Zirconia Options

Compare additional zirconia materials for different strength levels, translucency needs, and dental laboratory workflows.

  • ST Multilayer Zirconia Disc

    Balanced strength and esthetics for general crowns and bridges in everyday dental CAD/CAM workflows.

  • SHT Multilayer Zirconia Disc

    Higher-translucency zirconia for esthetic crowns and bridges requiring improved natural appearance.

  • UT Multilayer Zirconia Disc

    Ultra-translucent zirconia option for anterior esthetic cases and restorations requiring high light transmission.

  • HT White Zirconia Disc

    High-strength white zirconia for posterior restorations, molars, and framework-focused laboratory cases.

Need Help Choosing the Right Zirconia Disc?

Tell us your milling machine, restoration type, required shade, thickness, sintering workflow, and case requirements.

Our team will help you confirm the suitable zirconia series, disc thickness, shade option, and available technical documents before ordering.

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