Basic Bar-Design & Milling Service

Revolutionizing Dental Milling: Exocad's Precision in Designing Titanium Bars for Implants Introduction: Explore the cutting-edge process of dental milling, emphasizing the use of titanium bars designed with precision using exocad CAD software. Dive into the world of implant titanium bars for unparalleled quality and performance. Design Phase: Digital Model Import:...
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Revolutionizing Dental Milling: Exocad's Precision in Designing Titanium Bars for Implants

Introduction: Explore the cutting-edge process of dental milling, emphasizing the use of titanium bars designed with precision using exocad CAD software. Dive into the world of implant titanium bars for unparalleled quality and performance.

Design Phase:

  1. Digital Model Import:

    • Seamlessly import oral scans into exocad for precision in designing implant titanium bars.
  2. Framework Definition:

    • Define a robust framework for implant titanium bars, focusing on stability and anatomical considerations.
  3. Digital Design:

    • Leverage exocad to craft a 3D model, ensuring a flawless fit and integration with prosthetic components.
  4. Material Specification:

    • Specify biocompatible titanium alloys, seamlessly integrated with exocad's material libraries.
  5. Anatomical Considerations:

    • Iteratively adjust designs for comfort, aligning with jaw contours and tooth positions.
  6. Quality Control:

    • Rigorously check designs within exocad to meet industry standards for implant titanium bars.
  7. Export the Design:

    • Export final designs in CNC-compatible formats like STL for precision milling.

Milling Phase: 8. CAM Programming:

  • Utilize CAM software to generate precise toolpaths for CNC milling, optimizing cutting speeds and tool selection.
  1. Fixturing:

    • Secure titanium blanks with fixtures for stable CNC milling of implant titanium bars.
  2. Milling Process:

    • Initiate CNC milling with precision, carving titanium bars to exact specifications from exocad designs.
  3. Finishing:

    • Achieve optimal aesthetics through finishing processes, enhancing the surface of implant titanium bars.
  4. Quality Assurance:

    • Conduct a meticulous inspection to ensure CNC-milled titanium bars meet stringent design standards.
  5. Post-Milling Adjustments:

    • Fine-tune fits or address issues identified during quality assurance for implant titanium bars.
  6. Final Product:

    • Explore seamlessly integrated implant titanium bars, ready for superior performance in dental prosthetics.

Conclusion: Witness the innovation in dental milling as exocad's precision transforms titanium bars for implants, setting new standards in quality and design.