3D model Zirconia crown

Tandkroon van zirkonia
November 27, 2025
Category Connection: Zirconiumdioxyde Tandkroon
Brief: Ever wondered how a 3D model Zirconia crown can streamline your digital dentistry workflow? Watch this video to see a detailed walkthrough of its high-precision geometry, anatomically accurate morphology, and multi-layer translucency simulation. We'll demonstrate how this model supports everything from CAD/CAM training and material research to clinical case planning and quality control, providing valuable insights for labs, educators, and manufacturers.
Related Product Features:
  • High-precision CAD/CAM geometry ensures an accurate marginal fit and consistent internal surface for reliable restoration performance.
  • Anatomically accurate morphology features realistic occlusal anatomy, cusp structure, and contouring for natural function and aesthetics.
  • Multi-layer translucency simulation mimics gradient translucency from incisal to cervical zones for life-like visual results.
  • Strength-optimized framework design provides balanced wall thickness and internal support for high flexural strength and durability.
  • Surface texture and micro-detailing include detailed grooves, fissures, and natural textures to reflect true tooth morphology.
  • Editable open-system file formats are available in STL/OBJ/PLY for full compatibility with mainstream digital dentistry systems.
  • Shade mapping and coloring reference supports VITA-based shade visualization for staining, layering, and infiltration guidance.
  • Supports full contour, layered, and coping designs suitable for various crown structures and porcelain-layered applications.
FAQ's:
  • What file formats are available for the 3D model Zirconia crown?
    The 3D model is available in editable open-system file formats including STL, OBJ, and PLY, ensuring full compatibility with mainstream digital dentistry systems for seamless integration into your workflow.
  • How can this 3D model be used for educational purposes?
    It serves as an ideal education and demonstration model for universities and training centers, providing material for teaching crown anatomy, preparation principles, CAD/CAM training, and digital workflow simulation from scanning to sintering.
  • What are the key applications of this 3D model in a dental lab setting?
    Key applications include dental lab production workflow simulation, quality control and fit evaluation, material performance research, and customization development for dental systems like scanners and milling machines, aiding in calibration and testing.