DIGITAL DENTISTRY LEARNING HUB

This video shows the full digital workflow with replacing old amalgams to a 3D-printed onlay. We are using the iTero Lumina™ and the SprintRay Midas for this case.

The world of digital dentistry continues to evolve at a rapid pace, and few innovations have made as bold an impact in 2025 as the SprintRay MIDAS—a groundbreaking 3D printer purpose-built for restorative dental applications.

As 3D printing continues to revolutionize digital dentistry, choosing the right dental 3D printer can have a major impact on your practice or lab. Whether you’re looking for a high-speed chairside printer, a cost-effective entry-level option, or a high-precision lab solution, knowing the latest models and their prices can help you make an informed decision.

Will 2025 be the year for investing in a new printer? Whether you're looking to get started, or need to increase production, today's leaders in 3D printing have so much to offer - with reliability, speed and affordability. And, some are even pushing the boundaries of what a 3D printer is capable of doing in dentistry.

As we head into 2025, the field of dentistry is poised for remarkable innovations that will reshape patient care, enhance clinical precision, and improve workflow efficiencies. From advanced imaging to AI-powered diagnostics, new dental technologies are streamlining processes, creating new treatment possibilities, and driving patient satisfaction.

In an exciting development for the dental industry, leading 3D printing manufacturer SprintRay has unveiled its latest innovation: the Metal Implant Digital Accuracy System (MIDAS).

Founded in 2014, SprintRay's primary goal was to bridge the gap between the potential of 3D printing and the specific needs of dental professionals. The company realized early on that traditional 3D printing solutions were not entirely suited for dental applications due to their limitations in accuracy, material compatibility, and speed.