Yidimu Yellow Dental Model Resin is a light-curing 3D printing resin developed for dental model production and digital dental workflow applications. With a yellow model color, 1 kg net content, and compatibility with most LCD/DLP 385–405nm light-curing 3D printers, it is suitable for dental laboratories, denture processing factories, dental clinics, digital oral centers, model workshops, and small-batch production environments.
The resin is designed to reproduce fine dental morphology, including tooth contours, occlusal surfaces, gingival model details, crown and bridge model structures, and other small features required in dental model work. Its 85.7D Shore hardness, 126 MPa flexural strength, and 2980 MPa flexural modulus provide a solid material basis for model handling, inspection, and workflow verification.
This resin should be positioned as a dental model resin. For surgical guides, temporary crowns, temporary teeth, or any parts involving direct oral contact, the final application scope must be verified with corresponding certification, registration, testing reports, and validated printing/post-curing procedures.
Shake the resin well before use to help maintain material uniformity. Clean the resin tank and forming platform before printing to keep the bottom of the resin tank with good light transmittance and reduce printing failure caused by residue or contamination.
Use the resin within the recommended temperature range of 18–35°C. During operation, wear a mask and gloves and avoid direct skin contact. Before batch printing, test exposure settings with the target printer and model structure.
Clean printed parts with 95% ethanol using an ultrasonic bath for 3–5 minutes. Recommended post-curing is air UV curing for 5 minutes. Post-processing conditions should be validated according to model size, wall thickness, printer output, and final application requirements.
It is a yellow light-curing resin for 3D printed dental models. It is mainly suitable for dental model production, crown and bridge model workflows, orthodontic models, and digital dental laboratory applications.
It is compatible with most LCD/DLP light-curing 3D printers using a 385–405nm wavelength range. Actual exposure settings should be tested and adjusted according to printer light intensity and model structure.
No direct intraoral-use claim should be made unless the corresponding certification, registration, testing report, and validated clinical application scope are confirmed. For surgical guides, temporary crowns, temporary teeth, or other oral-contact parts, use a dedicated certified resin for that specific application.
The recommended reference setting is 2–3 seconds normal exposure, 20 seconds bottom exposure, 5 bottom layers, and 0.05 mm layer thickness under 3.1–5 mW/cm² light intensity.
Printed models can be cleaned with 95% ethanol using an ultrasonic bath for 3–5 minutes.
The recommended post-curing condition is air UV curing for 5 minutes. Final curing conditions should be validated based on the printer, curing equipment, model thickness, and application requirements.
Yes, it is suitable for dental labs and model production teams after printer-specific parameter calibration. Its 1 kg net content, good flowability, and LCD/DLP compatibility make it practical for routine dental model production.
Low shrinkage is listed as a product advantage, but no numerical shrinkage rate is specified. For precision dental workflows, dimensional accuracy should be verified through test prints before production use.
