SprintRay NanoPrint

The SprintRay NanoPrint is a dental 3D printer designed to make high-quality, in-house 3D printing faster, simpler, and more accessible. Combining SprintRay's proven 385 nm printing technology with a compact design, NanoPrint delivers precision and versatility in a system optimized for everyday chairside dentistry.

Unlike larger dental 3D printers designed for high-volume production, like the Pro 2, NanoPrint focuses on single-patient, single-case workflows. This makes it an excellent solution for dental practices looking to produce appliances and restorations efficiently without dedicating significant space to 3D printing equipment.

Featuring a 35-micron Optical Panel, integrated platform heating, and automated cloud-based print preparation, NanoPrint provides a streamlined experience across a wide range of dental applications.

Designed for Everyday Chairside Dentistry

NanoPrint supports SprintRay's library of validated dental resins, enabling practices to manufacture a variety of appliances in-house, including:

• Night guards and occlusal splints

• Orthodontic retainers

• Dental models and working casts

• Surgical guides

• Dentures
  

• All-on-X and Full Arch Prosthetics, etc

With automatic print preparation and material-specific printing profiles, NanoPrint reduces the complexity traditionally associated with dental 3D printing.

Precision Printing in a Compact System

NanoPrint incorporates SprintRay's 385 nm light engine and 35 µm Optical Panel technology, providing the resolution required for detailed dental applications.

Its heated printing platform helps maintain suitable printing conditions for compatible resins, while optimized nesting and support-generation profiles simplify preparation for different clinical indications.

Part of the SprintRay Nano Ecosystem

NanoPrint integrates with SprintRay NanoWash and NanoCure to create a connected print, wash, and cure workflow.

Together, the three devices occupy approximately 72 cm of counter space, making the Nano ecosystem particularly attractive for dental practices with limited laboratory space.

SprintRay's connected workflow also enables easier transfer of case information between devices, helping minimize manual steps throughout production.

Simplified Digital Workflow

Through SprintRay Cloud and AutoPrint, clinicians can prepare, manage, and monitor print jobs using connected devices. Automated material profiles, print orientation, and support generation help reduce the learning curve for dental teams.

Whether introducing 3D printing for the first time or adding a dedicated chairside printer alongside an existing production system, NanoPrint offers a practical solution for modern digital dentistry.

Bring precise, efficient, and connected 3D printing directly into your dental practice with SprintRay NanoPrint.

Key Features of the SprintRay NanoPrint

• 35-Micron Optical Panel Technology: High-resolution printing delivers excellent detail reproduction, precise margins, and consistent results across a range of dental applications.

• 385 nm UV Light Engine: SprintRay's advanced light engine is designed for reliable polymerisation and compatibility with validated dental printing materials.

• Compact Chairside Design: A space-saving footprint makes NanoPrint suitable for dental surgeries, small laboratories, and practices introducing in-house 3D printing.

• Heated Build Platform: An integrated heating system helps maintain appropriate printing conditions, supporting consistent results with compatible dental resins.

• 150 mL RFID-Enabled Resin Tank: Automatically identifies the installed resin tank and helps streamline material management and printing setup.

• 16 Supported Dental Indications: Enables the production of a wide range of dental appliances, models, and prosthetic applications using validated workflows.

• Automated Print Preparation: SprintRay AutoPrint simplifies model orientation, nesting, and support generation, reducing the time required to prepare printing jobs.

• SprintRay Cloud Integration: Connected software enables convenient print preparation, workflow management, and access to updated material profiles.

• Removable Resin Tray System: Using SprintRay's Duo Kit tray format, making resin changes and material handling more convenient.

• Integrated Nano Ecosystem: Designed to work alongside SprintRay NanoWash and NanoCure for an efficient, connected print-to-finish workflow.
  

Precision Printing with 35-Micron Optical Panel Technology

At the centre of NanoPrint is SprintRay's 35 µm Optical Panel, designed to provide the resolution and consistency required for detailed dental applications.

Combined with a 385 nm UV LED light engine, this technology enables accurate reproduction of complex dental geometries, including fine anatomical details, appliance surfaces, and restoration margins.

The heated build platform helps maintain appropriate printing conditions for supported resins, improving workflow consistency and supporting reliable production.

This combination makes NanoPrint suitable for clinicians who require precision without the size and complexity of a larger production printer.

The SprintRay Nano Ecosystem

NanoPrint forms part of SprintRay's integrated Nano ecosystem, which combines three compact devices to create a connected dental manufacturing workflow.

SprintRay NanoPrint – 3D Printing

A compact dental 3D printer designed for accurate and efficient single-patient production.

SprintRay NanoWash – Automated Washing

A dedicated washing system that simplifies cleaning of printed dental appliances and removes uncured resin before final post-processing.

SprintRay NanoCure – Post-Curing

A compatible curing system designed to complete the validated post-processing workflow and help printed appliances achieve their intended material properties.

Together, the NanoPrint, NanoWash, and NanoCure systems occupy approximately 72 cm of counter space, offering an attractive solution for practices looking to establish a compact in-house digital manufacturing setup.

Note: NanoWash and NanoCure are separate devices and are not included with the standalone NanoPrint