Zortrax Resin DENTAL Model Zortrax Resin DENTAL Model

$ 159.99
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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

Dedicated for: Zortrax Inkspire

 


Dental Photopolymer Resin for 3D Printing

Zortrax Resin DENTAL is a dental resin for high precision 3D printing. The resin has a very low shrinkage and achieves the level of detail necessary for modeling of teeth and gums. It has a gypsum-like texture well-known to most dentist and contains no volatile organic compounds making it safe to both health and environment.

 

Main Features:

Applications:

Precision

Gypsum-like texture

Low shrinkage

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

 

Properties

Metric

 English

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


 

 

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

Dedicated for: Zortrax Inkspire

 


Dental Photopolymer Resin for 3D Printing

Zortrax Resin DENTAL is a dental resin for high precision 3D printing. The resin has a very low shrinkage and achieves the level of detail necessary for modeling of teeth and gums. It has a gypsum-like texture well-known to most dentist and contains no volatile organic compounds making it safe to both health and environment.

 

Main Features:

Applications:

Precision

Gypsum-like texture

Low shrinkage

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

 

Properties

Metric

 English

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


 

 

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