SprintRay Introduces Intraoral Scanner, Chairside 3D Printing System and Restorative Resin - Summary - DentalSpire
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SprintRay Introduces Intraoral Scanner, Chairside 3D Printing System and Restorative Resin

  • By

  • News Staff

  • October 13, 2026

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Objective:

The article examines the objective, findings, and clinical context described in SprintRay Introduces Intraoral Scanner, Chairside 3D Printing System and Restorative Resin.

Approach:
  • Intraoral scanning: Foundation is a wireless, full-color scanner designed to work with SprintRay’s ScanOS software and cloud dashboard, connecting scan capture with design and production.
  • Chairside manufacturing: Nano Series comprises NanoPrint, NanoWash, and NanoCure for printing and post-processing in a combined footprint of less than 30 inches of counter space.
  • Restorative resin: SprintRay and GC Corporation introduced GC GRADIA PREMi, a hybrid ceramic restorative resin developed for the Midas Digital Press workflow.
Key Findings:
  • SprintRay says Foundation scans and resulting files can be accessed in the same interface as design and production, without a separate export or upload step.
  • The company reports that more than 80% of chairside print jobs in its analysis of over 20 million dental parts involved one patient and one case; Nano Series was designed around these smaller production requirements.
  • NanoPrint uses a 385-nm light engine; NanoWash automates washing and drying, and NanoCure performs post-processing.
  • Foundation and Nano Series shipments are expected to begin in November 2026. Nano Series launch markets are expected to include the United States, Canada, Australia, New Zealand, and the European Union, subject to regulatory requirements and availability.
  • NanoWash will not be included in the Canadian launch offering. GC GRADIA PREMi indications, performance claims, and availability remain subject to GC’s final approved labeling and regulatory review.
Interpretation:

The announcements extend SprintRay’s platform across scanning, design, production, and post-processing, while adding a partner-developed resin for its Midas Digital Press workflow.

Limitations:
  • The context provides company-reported product descriptions and launch plans, not independent evaluations of performance.
  • Supported applications and availability vary by market and depend on validated materials, regulatory requirements, and final product labeling.
Conclusion:

The products were unveiled at SprintRay’s 3DNext 2026 event in Miami Beach.

Sources:

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