3D Printing Dental Models

Fabricate restorative study models, removable dies, digital wax up models, and models for thermoforming clear aligners.

Accurate models for study or the creation of other appliances are a crucial part of the digital dentistry process. Create these models in-office to reduce turnaround time and costs, leading to a better patient experience. Digital design means that you can iterate, and being able to quickly tweak and reprint means that you can offer more accurate final products.

SprintRay’s model resins give you choices of color, all with incredible dimensional accuracy. Offer more choices, demonstrate with better visuals, and make sure that your patients fully understand what you’re saying.

Study Models

SprintRay 3D printed study models and digital wax ups show beautiful anatomical detail. This precision allows for exceptional measurements, patient education, and laboratory collaboration. The color options allow for clinicians to choose the shade that they like best.

Models for Aligners

Full-arch orthodontic model play an integral role in clear aligner therapy. Sequential models can be printed and used to thermoform clear aligners. In addition, complete orthodontic model can be used in conjunction with spray separators and laser soldering to fabricate orthodontic appliances.

Digital Wax Up Models

Digitally build wax up models to show patients the results they can look forward to based on your treatment plans. Gather anatomical data using your intraoral scanner, then enhance with CAD software.

Removable Dies

Useful for visual aids in dental surgery and anatomical education, SprintRay’s 3D printers produce parts with tight tolerances so that your removable dies come out perfect with each print.

Workflow Overview

Using an intraoral scanner and a CBCT, you can use 3rd party software to complete the edges and fill the holes of your scan. Because horizontal space doesn’t add time to your print, feel free to stack as many models horizontally along the platform as you’d like.

1

Data Capturing

Capture and record a patient’s anatomy.

2

Design/Treatment Planning

Design the appliance using dental CAD software.

3

Print & Process

Prepare 3D models, print them, and post-process according to requirements.

4

Place

Deliver appliance as recommended.