Fine Detail Plastic Materials

Fine detail plastic materials are formulated for digital light processing, stereolithography, and MultiJet printing systems. Photopolymer resins utilized in DLP printers like the NextDent 5100 and Figure 4, SLA printers like the ProJet 7000, and MJP 2500+ printers cure in precise micro-layers to produce high-resolution dental models, investment casting patterns, elastomeric components, and intricate functional prototypes.

The fine detail resins include materials certified as Class I and Class IIa biocompatible medical devices. For example, surgical guide resins are Class I certified and maintain stability during standard autoclave sterilization protocols. Crown and bridge materials carry Class IIa biocompatible certification, offering balanced inorganic fillers for intraoral wear resistance and natural aesthetic blending.

Castable resins like JCAST-GRN 10 and NextDent Cast are designed for clean, residue-free burnout during investment casting workflows. Suitable for fine jewelry manufacturing and dental prosthetic frames, these resins capture intricate geometries and microscopic detail, allowing direct casting into metals using standard dental and jewelry investment materials without ash residue.

Yes, specialized engineering resins such as M2S-HT90 build material are engineered for high-temperature resistance. Designed for MultiJet Printing platforms like the MJP 2500+, these materials provide heat resistance alongside transparent optical qualities and biocompatibility, making them well suited for demanding prototyping, functional testing, and specialized fluid or thermal evaluation components.

Material packaging varies according to resin type and compatible printer hardware. Common formats include 1 kg and 1.5 kg bottles for DLP and MultiJet Printing platforms, as well as 2-liter and 10 kg cartridges designed for large-format SLA printers like the ProJet 7000 series, supporting both low-volume prototyping and production-scale additive manufacturing.

Yes, this category includes elastomeric and flexible photopolymers such as NextDent Gingiva Mask and VisiJet M2 ENT. These materials enable 3D printing of rubber-like parts, flexible gingiva masks on dental implant models, and multi-material functional prototypes requiring realistic pliability, tear resistance, and high detail reproduction.