Zortrax UV Resin – Dental – 500ml – Beige

179,90 με ΦΠΑ

Precise and Safe

A dental resin with a gypsum-like texture offering very low shrinkage and high level of detail to achieve perfect levels of accuracy. Perfect for high-quality surfaces.

  • Container: Bottle
  • Net weight: 500 ml ± 5%
  • Wavelength: 405 nm
Προσθήκη στα Αγαπημένα
Προσθήκη στα Αγαπημένα
Estimated delivery between 4-10 days 2023/12/11


Zortrax Resin DENTAL is a precise dental resin with a gypsum-like texture. It offers very low shrinkage and high level of detail sufficient for accurate modeling of teeth and gums. The resin is available in beige color imitating the natural complexion of the human gums. Zortrax Resin DENTAL is not meant for intraoral use.

This resin is perfect for high-quality surfaces with surface inaccuracies falling below 100-150 microns. Zortrax Resin DENTAL has not been classified as carcinogenic under EU legislation and IARC criteria, so it is safe to print with when used in accordance with our safety instructions.


  • Models of teeth
  • Models of gums
  • Prototypes of dentures
  • Prototypes of crowns
  • Prototypes of bridges

A dental setup model. Dental setup models 3D printed on Zortrax Inkspire with Zortrax Resin DENTAL are used to properly adjust crowns, bridges, or other dental appliances prior to their placement in the patient’s oral cavity.

Zortrax Resin DENTAL is very precise with surface inaccuracies falling below 100-150 microns which makes it perfect for modeling intricate details in digital dentistry.
Gypsum-like texture
Gypsum is commonly used in traditional dental modeling. Models 3D printed with Zortrax Resin DENTAL have the same gypsum-like texture most dentists are used to.
Low shrinkage
Zortrax Resin DENTAL has a low shrinkage in the range of 2% +/- 1%. That’s why it’s great for dimensionally accurate dental models.

Additional information

Weight 0,6 kg


500 ml


Dedicated for Container Netto Weight Wavelenght
Zortrax Inkspire bottle 500 ml ± 5% 405 nm
Key Properties Metric Imperial Test Method
Tensile strength 9.87 MPa 1430 psi DIN EN ISO 527-1
Shrinkage 2% +/- 1% 2% +/- 1% ISO 2577
Elongation at break 6.1% 6.1% DIN EN ISO 527-1