Commercial Medical Devices

SprintRay adds wireless scanner, compact production line and GC resin to dental workflow

Lars VandenbergOctober 18, 20265 min read30 views

At a glance

  • The company introduced Foundation for ScanOS, the Nano Series for single-case chairside work and a GC hybrid ceramic resin at 3DNext 2026.
  • SprintRay used 3DNext 2026 to extend its digital dentistry platform with a ScanOS-native wireless intraoral scanner, a compact print-wash-cure line and a GC-developed hybrid ceramic resin for its Midas Digital Press workflow. The scanner and Nano Series are expected to begin shipping in November 2026, subject to regional regulatory requirements and availability.
A conceptual dental clinic counter shows a wireless intraoral scanner, a compact print-wash-cure setup and a resin capsule, illustrating a connected chairside workflow.

SprintRay introduced a wireless intraoral scanner built for its ScanOS software, a compact chairside production line and a new restorative resin developed with GC Corporation at 3DNext 2026 in Miami Beach. The dental technology company said the additions extend its connected workflow from scanning and design through production and post-processing.

SprintRay said it has produced more than 20 million dental parts worldwide. The announcements cover scanning, chairside production and materials.

Foundation scanner joins ScanOS

The Foundation scanner is a wireless, full-colour intraoral scanner designed for ScanOS. SprintRay said it brings scanning into the same account and interface used for design and production, helping practices move from digital capture to a finished case without a separate file export or upload step after scanning. The scanner will officially launch in the United States, with first shipments expected in November 2026.

Amir Mansouri, Ph.D., co-founder and CEO of SprintRay, said the company had previously connected scanning and printing through third-party integrations, but that experience still required practices to move between systems. He said ScanOS makes scanning a native part of the SprintRay workflow and Foundation is the first intraoral scanner built for it.

Nano Series focuses on single-case production

The Nano Series is aimed at the estimated 80% of chairside print jobs that involve a single patient and a single case. It comprises NanoPrint, NanoWash and NanoCure, which are designed to create a connected print, wash and cure workflow occupying less than 30 inches of counter space.

NanoPrint uses a 385 nm light engine; NanoWash automates washing and drying; and NanoCure completes post-processing. AutoPrint and Job Handoff are intended to connect production steps and carry case information through the workflow. SprintRay said the Nano Series supports a broad range of clinical applications through its validated materials library, with specific indications and availability varying by market.

Shipments are expected to begin in November 2026 in the United States, Canada, Australia, New Zealand and the European Union, subject to applicable regional regulatory requirements and product availability. NanoWash is not part of the Canadian launch offering.

Mansouri said the Nano Series was designed to make chairside production more intuitive and practical for the dental team while maintaining the standards clinicians expect from SprintRay.

GC partnership adds hybrid ceramic resin

SprintRay also launched GC GRADIA PREMi, a new hybrid ceramic restorative resin developed for the SprintRay Midas Digital Press workflow through a partnership with GC Corporation. The collaboration brings GC’s restorative materials expertise to SprintRay’s capsule-based Digital Press platform, with the aim of expanding material options for definitive chairside restorations.

Specific clinical indications, performance claims and regional availability are subject to GC’s final approved product labelling and regulatory review. Mansouri said the company’s approach is to work with leading partners to broaden what clinicians can do while maintaining rigorous workflow standards, adding that openness and validation both matter.

Reported by Lars Vandenberg, Surgical and Interventional Equipment Editor.