• Grade 5 titanium alloy 140 x 150mm CAD/CAM blank for dental milling
  • Milled Grade 5 titanium alloy 140 x 150mm blank with dental framework restorations
  • Polished Grade 5 titanium dental framework for implant and prosthetic restorations

Grade 5 Titanium Alloy Blank – 140×150mm Dental CAD/CAM

Large-format Ti-6Al-4V Grade 5 titanium alloy blank designed for professional dental CAD/CAM milling of implant bars, full-arch frameworks, customized abutment structures, bridge frameworks, and selected titanium substructures.
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OnePro Dental 140×150mm Grade 5 Titanium Alloy Blanks are manufactured from Ti-6Al-4V titanium alloy for professional dental CAD/CAM milling workflows.

Compared with standard 98mm titanium discs, the 140×150mm large-format blank provides a larger milling area for laboratories producing full-arch frameworks, implant bars, multi-unit bridge frameworks, customized abutment structures, and other titanium substructures.

Material certificates and available technical documentation can be provided upon request. Please contact us before ordering if your laboratory requires batch-specific values, lot identification, or a particular material standard.

Why Dental Labs Choose Our Grade 5 Titanium Alloy Blanks

Designed for dental laboratories that require Ti-6Al-4V Grade 5 titanium alloy, large-format CAD/CAM milling capability, higher mechanical strength than Grade 2 titanium, and flexible thickness selection.

  • Ti-6Al-4V Grade 5 Alloy

    Manufactured from Ti-6Al-4V Grade 5 titanium alloy for dental CAD/CAM workflows where this specific alloy grade is required.

  • Large 140×150mm Format

    The 140×150mm blank format provides a larger milling area for full-arch frameworks, implant bars, and complex titanium structures.

  • Higher Mechanical Strength

    Grade 5 titanium alloy offers higher mechanical strength than Grade 2 titanium for structures with more demanding design and loading requirements.

  • Multiple Thickness Options

    Available from 10mm to 25mm to support different framework heights, restoration designs, and material-usage requirements.
Milled Grade 5 titanium alloy 140 x 150mm blank with dental framework restorations

Ti-6Al-4V Grade 5 Titanium for Large-Format Dental CAD/CAM

Grade 5 is a Ti-6Al-4V titanium alloy containing aluminum and vanadium as its principal alloying elements. It is commonly selected when higher mechanical strength is required than is normally provided by unalloyed Grade 2 titanium.
The 140×150mm format is suitable for laboratories that need a larger milling area for full-arch structures, implant bars, multi-unit frameworks, and other complex titanium components.
Unlike Grade 23, Grade 5 is not the ELI version of Ti-6Al-4V. Grade 23 uses tighter limits for selected interstitial elements and should be specified separately when ELI material and supporting documentation are required.
For dental laboratory applications, the final material grade should be selected according to the restoration design, structural loading, milling system, applicable technical requirements, and the instructions of qualified dental professionals.

  • Ti-6Al-4V Grade 5 titanium alloy
  • Higher mechanical strength than Grade 2
  • Suitable for large-format CAD/CAM milling (140×150mm)
  • Available in multiple thickness options
  • Ideal for full-arch structures and complex frameworks
Polished Grade 5 titanium dental framework for implant and prosthetic restorations

Recommended Applications

OnePro Dental 140×150mm Grade 5 Titanium Alloy Blanks are intended for professional dental laboratory milling of selected titanium structures and substructures requiring Ti-6Al-4V Grade 5 material.

The larger 140×150mm format is especially suitable for cases where a standard 98mm disc may not provide enough layout space or where laboratories need to mill larger framework designs.

  • Full-arch implant-supported frameworks
  • Implant bars and overdenture frameworks
  • Large multi-unit bridge frameworks
  • Customized abutment structures where applicable
  • Implant-supported bridge frameworks
  • Selected removable prosthetic frameworks
  • High-strength titanium framework components
  • Batch production of titanium substructures

Technical Specifications

Parameter Value
Material Ti-6Al-4V Titanium Alloy
Titanium Grade Grade 5
Blank Format 140 × 150mm Large Format
Available Thicknesses 10mm, 12mm, 14mm, 16mm, 18mm, 20mm, 22mm, 25mm
Processing Method Dental CAD/CAM Milling
Recommended Milling Type Wet milling with a titanium-alloy-compatible strategy
Alloy Structure Alpha-plus-beta titanium alloy
Recommended Tooling Titanium-compatible dental milling burs
Product Form CAD/CAM Raw Material Blank
Final Processing Finishing and polishing according to the intended laboratory workflow
Documentation Available upon request, subject to batch and product scope

Quality & Regulatory Documentation

Available quality-system, establishment-registration, material-verification, and product documentation can be reviewed before ordering when required by the dental laboratory.

  • ISO 13485 Quality System

    The manufacturing organization operates under an ISO 13485-certified quality management system covering applicable titanium and titanium-alloy material activities.

  • FDA-Registered Establishment

    FDA establishment-registration information supplied by the manufacturer is available for review. Registration does not represent FDA approval, clearance, or authorization of this product.

  • EU MDR Documentation

    EU MDR compliance documentation is available for the applicable titanium product family.

  • Independent Test Reports

    Chemical composition, mechanical properties, hardness, and grain-size reports are available upon request.

Recommended Grade 5 Titanium Milling Workflow

1. Confirm that Ti-6Al-4V Grade 5 titanium alloy is suitable for the intended restoration or framework.
2. Verify that the milling machine and holder system are compatible with 140×150mm titanium blanks.
3. Select the correct blank thickness according to the restoration height, connector design, and required material support.
4. Use a validated CAM strategy designed for titanium-alloy processing.
5. Use titanium-compatible dental milling burs and replace worn tools in time.
6. Maintain sufficient wet cooling throughout the milling process.
7. Position the structure to provide suitable support, connector placement, and efficient material use.
8. Remove the milled structure carefully and refine connectors using titanium-compatible instruments.
9. Finish and polish progressively according to the intended laboratory application.
10. Inspect the fit, dimensions, margins, screw channels, connector areas, and surface condition before completing the restoration.

Grade 2 vs. Grade 5 vs. Grade 23

Choose the titanium grade according to the required material type, structural loading, restoration design, documentation requirements, and the recommendation of the dental professional.

  • Grade 2 Pure Titanium

    Material Type:
    Unalloyed Grade 2 titanium

    Main Characteristic:
    Balanced mechanical performance and ductility

    Best Suited For:
    Cases where Grade 2 titanium is specified by the restoration design, workflow, or customer documentation

    OnePro Formats:
    98mm available; 140 × 150mm planned

  • Grade 5 Titanium Alloy

    Material Type:
    Ti-6Al-4V titanium alloy

    Main Characteristic:
    Higher mechanical strength than Grade 2 titanium

    Best Suited For:
    High-strength frameworks and structures with more demanding mechanical requirements

    OnePro Formats:
    98mm and 140 × 150mm available

  • Grade 23 Titanium Alloy ELI

    Material Type:
    Ti-6Al-4V ELI titanium alloy

    Main Characteristic:
    Tighter control of selected interstitial elements

    Best Suited For:
    Cases specifically requiring Grade 23 ELI material and supporting documentation

    OnePro Formats:
    98mm and 140 × 150mm options planned

What is Ti-6Al-4V Grade 5 titanium alloy?

Ti-6Al-4V Grade 5 is a titanium alloy containing aluminum and vanadium as its main alloying elements. It is widely used where higher mechanical strength is required compared with unalloyed titanium grades.

What is the difference between 98mm and 140×150mm titanium blanks?

The 98mm disc is designed for compatible 98mm open-system dental milling holders, while the 140×150mm blank provides a larger milling area for machines and holders that support large-format titanium blanks.

Is Grade 5 the same as Grade 23 ELI?

No. Grade 5 is Ti-6Al-4V titanium alloy, while Grade 23 is the ELI version of Ti-6Al-4V with tighter limits for selected interstitial elements. If Grade 23 ELI is required, it should be specified separately before ordering.

Which milling machines are compatible with 140×150mm blanks?

Compatibility depends on the milling machine, holder system, CAM strategy, and whether the machine is approved for titanium processing. Please confirm your machine model and holder format before ordering.

Is wet milling required?

Titanium alloy is generally processed with wet milling and sufficient cooling. Always follow the milling machine, CAM software, and bur manufacturer’s recommendations for titanium-alloy processing.

Which thickness should I choose?

Thickness should be selected according to the restoration height, framework design, connector placement, and required material support. If you are unsure, please share your case type and milling system before ordering.

Can this blank be used for full-arch frameworks?

The 140×150mm format is suitable for laboratories producing larger titanium structures such as full-arch frameworks, implant bars, and multi-unit frameworks, provided the design, material grade, and milling workflow are appropriate.

Do you provide material certificates or test reports?

Available material certificates, batch-related information, and technical documentation can be provided upon request, subject to batch and product scope.

Can the batch or lot number be marked on the blank?

Batch or lot identification requirements should be confirmed before ordering. Please contact us if your laboratory needs customized lot marking or traceability documentation.

Is this product a finished dental implant?

No. This product is a CAD/CAM raw material blank for professional dental laboratory milling. It is not a finished dental implant or final medical device by itself.

Explore More Titanium Options

Compare additional titanium formats, grades, and milling tools for professional dental CAD/CAM workflows.

  • 98mm Grade 5 Titanium Alloy Disc

    Standard 98mm Ti-6Al-4V Grade 5 titanium alloy discs for compatible open-system dental milling machines.

  • 98mm Grade 2 Pure Titanium Disc

    Unalloyed Grade 2 titanium discs for compatible 98mm dental CAD/CAM systems and selected framework applications.

  • Grade 23 Titanium Alloy ELI

    Ti-6Al-4V ELI material planned for laboratories requiring Grade 23 specifications and supporting documentation.

Need Help Choosing the Right Titanium Blank?

Tell us your milling machine, holder format, required titanium grade, thickness, restoration type, and documentation requirements.

Our team will help you confirm the suitable titanium blank specification and available technical documents before ordering.

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