Garreco Model 3D Pro Beige Photopolymer 3D Resin

  • $125.95
Shipping calculated at checkout.

Model 3D Pro Beige is a matte, beige opaque colored photopolymer. Its matte surface finish accentuates depth and detail in dental models, which accommodates a perfect view of undercuts and other important markers. In addition, 3D printed models from Model 3D Pro are excellent for crown & bridge build-ups. 3D-printed parts from this material have exceptional dimensional stability and extremely low shrinkage during printing. Model 3D Pro is easy to use on all open-source SLA, MSLA and DLP 3D printers in the range of 385 – 420nm. This material has excellent properties like low shrinkage and low odor, accuracy, and dimensional stability, making it perfect for the production of dental models, C&B, thermoforming, and aligner models.

• Excellent dimensional stability
• High detail and matte surface
• Low shinkage and odor

3D-Printer Compatibility: Asiga Max and 4K, Ackuretta Dentiq, Photon and Phrozen Series, Open 385 – 420nm LCD /MSLA, DLP and SLA 3D-printers. See our complete list of compatible 3D Printers to learn more.

UV-Curing Unit Compatibility: Ackuretta Curie, Formlabs Form Wash & Cure, Anycubic Wash & Cure 2.0, Asiga Flash Cure, Phrozen Cure Luna, and more. See our complete list of compatible Cure Boxes.

Sizes: 1kg (1000g) Bottle

Color: Beige

Item Number: 6851002S

Polymer properties

Mechanical Properties

30 minutes high power LED curing at 40°C

Description ASTM Method Metric Imperial
Tensile strength D638 37 MPa 5.4 ksi
Tensile modulus D638 1.9 GPa 276 ksi
Elongation at break D638 4.8% 4.8%
Flexural strength D790 64 MPa 9.3 ksi
Flexural modulus D790 1.7 GPa 247 ksi
Shore D Hardness D2240 85 85
Water sorption D570-98 0.37% 0.37%
Linear shrinkage during printing Internal method 0.3% 0.3%
Linear shrinkage during UV-curing Internal method 0.4% 0.4%


Liquid Properties



Appearance Opaque beige liquid
Viscosity 700 cps at 25°C
Density 1.18 g/cm3
Ec 4.29 mJ/cm2
Dp metric 0.12 mm
Dp imperial 4.89 mils

We Also Recommend