Hybrid Full Arches-Design Service

Designing a digital full arch in zirconia over a titanium t-base or titanium custom abutments using exocad software involves a thorough and precise process. Here's a detailed description of the digital design phase: Digital Design: Patient Assessment: Start with a comprehensive assessment of the patient's oral health, including digital scans...
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Designing a digital full arch in zirconia over a titanium t-base or titanium custom abutments using exocad software involves a thorough and precise process. Here's a detailed description of the digital design phase:

Digital Design:

  1. Patient Assessment:

    • Start with a comprehensive assessment of the patient's oral health, including digital scans or impressions to create a virtual model.
  2. Data Import into exocad:

    • Import the digital scans or impressions into exocad software to generate an accurate and detailed virtual representation of the patient's dental anatomy.
  3. Titanium T-Base or Custom Abutment Integration:

    • Integrate virtual titanium t-base or custom abutments into the design, ensuring proper support for the zirconia full arch.
    • Verify the alignment and fit of the titanium components within the digital model.
  4. Anatomical Design of Zirconia Arch:

    • Design the anatomical shape of the zirconia full arch, taking into account the patient's natural tooth anatomy and aesthetic preferences.
    • Ensure proper contouring and alignment with the underlying titanium t-base or custom abutments.
  5. Functional Considerations:

    • Optimize occlusion and functional aspects, considering both natural teeth and implant-supported regions.
    • Verify proper articulation during various jaw movements.
  6. Aesthetic Customization:

    • Customize the aesthetics of the zirconia restoration, including shade, texture, and translucency.
    • Achieve a natural appearance that blends seamlessly with the patient's remaining dentition.
  7. Margins and Fit:

    • Define precise margins for both the zirconia and titanium components to ensure a snug fit.
    • Confirm the fit within the patient's oral anatomy, addressing any issues related to gaps or misalignment.
  8. CAD Tools and Features:

    • Utilize exocad's CAD tools for detailed design modifications and adjustments.
    • Implement features specific to implant-supported restorations and titanium components.
  9. Quality Control:

    • Conduct a thorough review of the digital design, checking for accuracy, fit, and overall satisfaction with the aesthetics.
    • Collaborate with dental professionals for feedback and adjustments if necessary.