Biocompatible 3D Printing Resins

These biocompatible resins are formulated for specific 3D printing technologies, primarily Digital Light Processing (DLP) systems like the NextDent 5100, as well as MultiJet Printing (MJP) platforms such as the MJP 2500+, and select Stereolithography (SLA) systems. Always verify printer and material compatibility to ensure proper curing, dimensional accuracy, and medical compliance.

Yes, Class I biocompatible surgical guide materials such as NextDent SURGICAL GUIDE are engineered to maintain dimensional stability when sterilized using standard autoclave protocols. Additionally, their physical properties remain unaffected by standard disinfectant use, enabling dental professionals to safely utilize printed drill guides directly within operating theatre environments.

Class IIa biocompatible resins are certified for intermediate and long-term intraoral applications. Within this category, materials like NextDent DENTURE 3D+ are formulated for manufacturing removable denture bases with low shrinkage, while materials like NextDent C&B MFH are developed specifically for high-strength, wear-resistant crowns and bridges that match natural patient dentition.

Biocompatible 3D printing denture resins, such as NextDent DENTURE 3D+, offer significantly lower material shrinkage when compared to conventional PMMA denture base materials. Furthermore, residual shrinkage can be precisely compensated within compatible dental design software prior to printing, resulting in denture bases with superior fit, natural aesthetics, and exceptional dimensional stability.

Restorative materials like NextDent C&B MFH are available in multiple natural tooth shades, including BL, N1, N1.5, N2, N2.5, and N3. This balanced micro-filled hybrid composite resin provides an ideal balance between opacity and translucency, allows easy finishing and polishing, and is compatible with composite staining kits for optimal blending.

Flexible materials such as NextDent Gingiva Mask are designed for dental model fabrication requiring soft-tissue simulation. This bio-compatible material is printed in pink and used in combination with rigid model materials to create realistic hybrid implant models, allowing dental technicians to accurately evaluate soft-tissue contours around implant placement sites.