Fixed Full Denture

 New Generation of Denture Teeth Introduced

Denture teeth fabricated from inorganic nanofillers that are integrated in a highly cross-linked, tough elastic matrix (Mondial [Heraeus Kulzer]) demonstrate lifelike opalescence, high abrasion resistance, biocompatibility, plaque resistance, and color stability. Also, because they are fabricated using CAD/CAM technology, harmonious tooth set-up and reproducible articulation are ensured. 

Based on the Magister/Orthognath molds, which have seen worldwide success during the last 40 years, aesthetics, function, and material quality have been improved significantly with the Mondial line of denture teeth. To improve aesthetics, the labial, buccal, and occlusal surfaces have been modified, along with restructuring of the layering to match the Vitapan Classical shade system (Vident). The layering technique and material improves opalescence, while integrated nanofillers improve optical characteristics like attainable depth and lifelike color.

To improve function, Mondial dentures have a precisely defined centric relationship that permits clear cut setup. Because they are designed using CAD/CAM technology, identical sets of teeth can be created with identical shape for all tooth sizes. With the high functional accuracy created through CAD/CAM utilization, there also are no frictional surfaces that resist function.

Improved material sciences, including nanopearls, allow Mondial dentures to demonstrate high abrasion resistance, without altering hardness or elasticity, which was a common problem with conventional polymethyl methacrylate (PMMA) materials. However, the polish obtained with Mondial prostheses is similar to that attainable with PMMA dentures. The advanced material science also allows these dentures to demonstrate improved bond strength between layers to improve retention rates.

Overall, the quality of the Mondial line of denture teeth provides natural light dynamics and a material that is highly resistant to discoloration for a more natural look. Because of the injection and compression INCOMP manufacturing process, bubble-and porosity-free prostheses also can be expected. 

This article describes a case in which a team approach was undertaken to meet the patient’s expectations. By first visualizing the case conceptually, then in wax and ultimately in the acrylic dentures, the team overall was able to deliver a highly aesthetic and functional implant-supported prostheses.