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A Novel Intraoral Optical Scan-Transfer Device for Full-Arch Implant Reconstruction.

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Digital workflows in dental implantology are advancing, with intraoral scanning (IOS) showing promise. However, photogrammetry currently offers superior accuracy for full-arch implant cases, with new devices emerging for easier IOS integration.

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Area of Science:

  • Dental implantology
  • Digital dentistry
  • Prosthodontics

Background:

  • Digital workflows are revolutionizing dental implantology, from planning to prosthetic rehabilitation.
  • Intraoral optical scanning (IOS) is increasingly preferred over traditional impressions for its efficiency and patient comfort.
  • IOS offers clinically acceptable trueness and precision, especially for short-span implant prostheses.

Observation:

  • Challenges with IOS in full-arch cases include lack of reference points and moisture/bleeding control during immediate implant placement.
  • Current evidence suggests traditional analog impressions remain superior in trueness and precision for full-arch implant restorations.
  • Photogrammetry has emerged as the most accurate digital scanning technique for dental implants, surpassing analog methods.

Findings:

  • Photogrammetry demonstrates superior accuracy for digital scanning of dental implants compared to analog techniques.
  • IOS faces limitations in full-arch applications due to specific clinical challenges.
  • New optical scan-transfer devices are being developed to enhance IOS usability.

Implications:

  • Advancements in digital scanning techniques are crucial for improving precision in dental implantology.
  • Further research is needed to optimize IOS for full-arch implant cases.
  • Novel devices may bridge the gap between IOS efficiency and the accuracy required for complex implant restorations.