Learn how TrueDent® and TrueVoxel™ help dental labs move beyond surface staining and manual characterization with voxel-level aesthetic control built into the denture itself. Download the white paper to see how labs can produce more natural-looking, reproducible 3D printed dentures while improving consistency and reducing workflow variability.
Explore how monolithic, multi-material PolyJet™ fabrication and voxel-level volumetric control are redefining accuracy, 3D printed denture aesthetics, and reproducibility in complete denture prosthetics.
Voxel-level aesthetic control allows shade, translucency, and optical effects to be defined throughout the volume of a 3D printed denture, rather than applied only to the surface. In TrueDent® dentures with TrueVoxel™ technology, this enables more natural-looking effects such as internal mamelons, incisal translucency gradients, and cervical color gradients, with the ability to digitally store and reproduce patient-specific aesthetics.
Complete digital denture prosthetics remain one of the most clinically demanding areas of dental medicine. Conventional workflows depend on multiple manual steps, operator skill, and extended timelines, making reproducibility difficult to achieve. Even many digital workflows still require separate tooth and base components, manual bonding, and surface-based characterization.
In this white paper, Robert Kreyer, CDT, an internationally recognized expert in removable prosthetics and digital workflows, explains how TrueDent® and TrueVoxelTM addresses three critical needs for modern dental labs and clinicians:
The white paper explains how voxel-level control enables shade, translucency, cervical gradients, and optical effects to be defined within the denture itself, not just applied to the surface.
It also shows how single-print, monolithic fabrication can help labs reduce manual assembly steps, improve consistency, and reproduce patient-specific aesthetic designs more predictably.
Robert Kreyer, CDT, es técnico dental de tercera generación y experto reconocido internacionalmente en prótesis removibles y flujos de trabajo de prótesis digitales. Es el Director de Transformación Digital Global de Stratasys Dental.
