SprintRay Launches Midas Restore Definitive Restorative Resin for Chairside 3D Printing

The ceramic- and zirconia-filled resin is indicated for the fabrication of definitive crowns, inlays, onlays, and veneers using a chairside digital workflow.

By
News Staff
September 1, 2026

Compendium

Overview

SprintRay has launched Midas Restore™, an FDA-cleared restorative resin for chairside 3D printing, designed for definitive crowns, inlays, onlays, and veneers. The material features over 75% filler by weight, providing enhanced strength, wear resistance, and optical properties suitable for dental restorations.

Background

The introduction of Midas Restore represents an advancement in dental materials for chairside workflows. This resin aims to address the limitations of traditional 3D printing materials, offering a solution that combines durability and aesthetics.

Data Highlights

Property	Value
Filler Content	75% by weight
Maximum Strength	215 MPa
Mean Strength	180 MPa
Surface Hardness	80 HV
Gloss Retention	98% after 5,000 cycles
Wear Resistance	5x that of SprintRay Ceramic Crown
Translucency Parameter	13.5 for shade A1

Key Findings

Midas Restore is FDA-cleared and designed for definitive restorations.
The resin contains over 75% filler by weight, combining glass ceramic and zirconia.
It retains 98% of its gloss after 5,000 simulated toothbrush-abrasion cycles.
Demonstrates five times the wear resistance compared to SprintRay Ceramic Crown.
Achieved a maximum strength of 215 MPa in biaxial flexural testing.
Can be processed using the Midas Digital Press, enabling efficient chairside workflows.

Clinical Implications

Midas Restore offers dental professionals a new material that combines strength and aesthetic qualities, suitable for a variety of restorative applications. Its efficient processing capabilities may enhance chairside workflows, allowing for quicker patient turnaround times.

Conclusion

The launch of Midas Restore marks a notable advancement in restorative dental materials, providing clinicians with a robust option for chairside applications. Its performance characteristics may support improved patient outcomes in restorative dentistry.