JAMG HE Dental 3D Printing Ortho Model Resin | Polymer LCD/DLP 355nm 405nm For Dental Impressions
Dental 3D Printing Resin is designed for professional LCD/DLP printers (355nm & 405nm). With excellent stability and precision, it ensures accurate dental impressions for laboratories and clinics.
Features
- Compatible with LCD/DLP 3D printers (355nm & 405nm)
- High accuracy and smooth surface finish
- Excellent edge strength for detailed impressions
- Water-washable formula for easy post-processing
- Low shrinkage ensures reliable results
- Suitable for crowns, bridges, aligners, and dental models
Ortho Model Dental Printing Resin is engineered for professional LCD/DLP 3D printers with 355nm & 405nm wavelengths. Specifically formulated for dental applications, it delivers high precision, durability, and excellent surface quality. Ideal for producing dental models, surgical guides, temporary restorations, and orthodontic devices, this resin ensures consistent accuracy while reducing printing failures. Its optimized viscosity and fast curing speed enhance lab productivity, making it a reliable choice for clinics and dental laboratories seeking efficiency and precision.
Orthodontic Model Material
Our Ortho Model Resin is specifically formulated to produce high-precision, rigid, and dimensionally stable models. It is ideal for:
Orthodontic and dental models for diagnosis and treatment planning.
Study models
Crown and bridge models.
General purpose engineering and prototyping models requiring fine details
High Temperature Resistance
3D print resin mold Easy to make any orthodontic brace with vacuum forming machine.
No matter how thick of the thermal forming plastic sheet, and allow you to reuse the same model for a few times.
Low Shrinkage & Dimensional Stability
This dental 3d printing resin has excellent strength and stability performance, can reach the dimensionalaccuracy of ±30um and long-term retention, high strength, low shrinkage, Fast Printing with extremelyhigh storage stability. lt is suitable for mass production of dental implant and repair modelsto meet the efficient needs of clinics and technical institutes
