VeroDent™ (MED670)

VeroDent™ (MED670) for Precision Dental Modeling

Technical Overview

VeroDent™ (MED670) is a specified PolyJet™ photopolymer specifically engineered for the digital dentistry sector. It cures into a rigid, dimensionally stable plastic, producing highly accurate dental models with a smooth, non-porous surface finish. The material's key differentiator is its unique peach color, which provides excellent visual contrast for assessing fine anatomical details, margins, and the fit of dental appliances.

Performance: Accuracy and Durability

This material delivers the high dimensional stability required for reliable outcomes in orthodontic, prosthodontic, and restorative workflows. Models printed with VeroDent™ (MED670) possess high flexural strength and hardness, ensuring they can withstand the rigors of handling in a busy lab environment, including appliance fitting and thermoforming processes, without breaking or losing geometric precision.

Performance: Visual Clarity

The natural peach-tone color significantly enhances the visibility of intricate features. This makes it easier for dental technicians and clinicians to clearly see contours, undercuts, and margin lines, leading to more accurate assessments and a reduction in manual adjustments or component remakes. The clarity improves communication between the lab and clinic for better patient outcomes.

Design and Processing

VeroDent™ (MED670) is optimized for use with the Stratasys DentaJet™ series of 3D printers. It is typically paired with SUP711™, a WaterJet-removable gel-like support material that allows for easy, hands-free cleaning of complex geometries without damaging fine features. Like other photopolymers, parts should be handled according to manufacturer guidelines to ensure optimal performance.

Lifecycle: Verification and Production Tooling

Primarily used in the verification and treatment planning stages, VeroDent™ (MED670) is ideal for creating models for fitting crowns, bridges, and other restorative appliances. It also serves as a crucial production tool, forming the master patterns used for the vacuum thermoforming of clear orthodontic aligners and retainers.