VisiJet M2R-TN is a rigid tan MJP resin developed for applications that require controlled dimensional accuracy, consistent surface quality, and clear visual differentiation of fine features. This high accuracy tan photopolymer produces sharp edges, uniform wall thicknesses, and stable geometries across repeated builds, supporting reliable inspection and validation. Its tan coloration improves contrast without introducing glare, making it well suited for detailed evaluation of complex parts.
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VisiJet M2R-TN is a high accuracy tan photopolymer that maintains tight tolerances during printing and post-processing, even in thin-walled or finely detailed geometries. In addition, the material’s feature edges remain well defined, and its surface consistency supports accurate dimensional measurement using optical or contact-based inspection methods. These characteristics allow engineers to evaluate fit, interface alignment, and assembly clearances. The rigid material response also supports light mechanical loading without deformation. This makes it suitable for fixtures, housings, and validation components where the geometry needs to remain stable throughout testing cycles.
VisiJet M2R-TN functions as a prototype-ready engineering material for teams that require parts capable of light fastening, and controlled mechanical interaction. The rigid structure enables drilling, light tapping, and fixture testing without compromising dimensional integrity. This consistent material behavior across builds reduces iteration variability and supports standardized evaluation processes. By minimizing rework and maintaining predictable output, this rigid tan MJP resin helps shorten development cycles while supporting engineering-grade validation.
The visual properties of this rigid tan MJP resin make it particularly effective for dental models and anatomical representations that require contrast and surface fidelity. In addition, the tan finish enhances feature visibility while supporting accurate reproduction of margins, contours, and interfaces. These 3D Systems parts also feature low surface friction and stable geometry to simplify handling during thermoforming and model preparation. Beyond dental workflows, the material supports industrial prototyping, design reviews, and functional mockups where accuracy and repeatability are required. Its combination of dimensional stability, visual clarity, and predictable performance supports MultiJet Printing workflows focused on precision and process control.
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