3D Printing Dental Crowns and Bridges

Beautiful crowns that are indiscernible from existing teeth, designed and fabricated in-office, mean that you can reduce costs and save time while giving your patients exactly what they want. Possessing high strength and resistance to wear, the superb balance of opacity and translucency makes our 3D printed crowns photo-realistic.

Classified as a class IIa micro filled hybrid material developed specifically for the production of high-quality dental crowns and bridges, this 3D printed material can be easily customized to match patient-specific characteristics, offering the ability to be stained and polished as desired.

  • Print up to 70 crowns with incredible detail in about 1 hour for an estimated $0.60 cents each in total materials cost.
  • Production capabilities include single crown, multi-unit bridges, and complete monolithic interim dentures.
  • Available in shades of BL, N1, N1.5, N2, N2.5, N3, & T1.

Hybrid Denture Production

The production of high quality and extremely functional hybrid dentures is achievable with this class IIa micro filled hybrid material when fused with patient specific 3D printed or milled denture bases. The balance between inorganic fillers and the resin gives this material its high strength and wear resistance.

Additionally, the material is easy to finish and polish, and can be stained with all types of composite staining kits, offering a first-of-its-kind deliverable solution that meets function, quality, economics and production time-management requirements. It offers a perfect smile every time.

Workflow Overview

Crown & Bridge Micro Filled Hybrid Resin is a highly accurate biocompatible class IIa material specifically formulated for the creation of high-quality dental crowns and bridges. Production capabilities include single crown, multi-unit bridges, and complete monolithic interim dentures when appropriately characterized with approved denture stain kits.

1

Data Capturing

First 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 the appliance as recommended.