NDSpace 3D is a factory specializing in 3D printing, we provide one-stop service with a wide variety. We sell to over 80 countries and regions and supply resin to 1000+ companies.
It took 730 days and nights to develop the super cost-effective DLP Jewelry Oxygen Permeable Film Technology Printer and 100% smoke and residue free white wax casting resin.
Type：NDSpace3D Water washable restoration demonstration Dental mold resin NDS011（Rigid）
Color：Multiple colors (Support color customization）
Specifications：1KG/5KG/10KG/25KG
This product boasts direct water wash functionality, offering high precision and low viscosity—ideal for hassle-free printing in low-temperature winter environments. It caters to the creation of crown, gingival, bridge, and implant models, along with removable models. Additionally, it excels in diagnostic modeling, featuring colors that facilitate easy observation and highlighting of intricate dental anatomy details.
White label is available. Bulk purchase, support free OEM packing label.
APPLICATIONS
Dental Diagnosis and Treatment Planning: The material is suitable for creating high-precision models of crowns, gingiva, bridges, implants, and removable structures. These models aid dentists in simulating diagnoses and planning treatments, allowing for assessment and optimal treatment planning based on accurate representations.
Education and Training: This material can be utilized in dental schools or training institutions to facilitate learning about dental anatomy and restorative techniques. Its ability to depict fine details and realistic models contributes to effective education and training.
Clinical Presentation and Communication: In a clinical setting, this material serves to showcase potential treatment options and restorative outcomes to patients. Models produced can help dentists explain treatment plans, providing patients with visual aids for better understanding of their oral conditions and proposed treatments.
Testing New Technologies and Products: The material can be employed for evaluating the adaptability and effectiveness of new dental technologies, equipment, or materials. Models created can act as test specimens to assess the performance and feasibility of new technologies or products in the oral environment.
