SD146 Model
High-strength, tough modeling photopolymer with excellent machinability.
Designed for printing with an accuracy within +/- 35 microns.
The material has high toughness and is easily machined, milled and drilled without cracking.
The smooth matte surface and plaster-like color make working with the material comfortable and allow for an easy transition from analog to digital production of dental models.
Adapted for work with 365 nm and 405 nm wavelength radiation sources.
To remove uncured polymer after printing, it is recommended to use isopropanol followed by rinsing the product in warm water with a surfactant.
Physical and mechanical parameters:
ASTM D638, Type V, 10 mm/min
Tensile strength ------------------------------------------------------------------------------- 61 MPa
Elongation at break -------------------------------------------------------------------------- 6%
Hardness ASTM D2240 ------------------------------------------------------------------- 86, Shore D
SD80 Gum
Flexible model photopolymer that imitates the appearance of gum tissue
It is intended for the fabrication of a flexible and tough model gingival mask.
Easily cuts to create the right profile.
Adapted for work with 365 nm and 405 nm wavelength radiation sources.
To remove uncured polymer after printing, it is recommended to use isopropanol followed by rinsing the product in warm water with a surfactant.
Physical and mechanical parameters:
ASTM D638, Type V, 10 mm/min
Tensile strength ------------------------------------------------------------------------------- >10 MPa
Elongation at break -------------------------------------------------------------------------- >100%
Hardness ASTM D2240 --------------------------------------------------------------------- 70, Shore A
SC103D - burnout
Photopolymer for model making in burnout casting with a very low coke residue.
Ideal for precision dental 3D printing.
Designed for printing with an accuracy within +/- 35 microns.
Can be used to make precision burnout models using standard casting methods and settings.
SC103D models do not require additional polymerization in a UV or heat chamber.
SC103D polymer models are thermoplastic, which protects the thin-walled shape from fracture due to thermal expansion of the model during the initial phase of the burnout process.
Adapted to work with 365 nm and 405 nm radiation sources.
To remove uncured polymer after printing, it is recommended to use isopropanol followed by rinsing the product in warm water with a surfactant.
Physical and mechanical parameters:
ASTM D638, Type V, 10 mm/min
Tensile strength ------------------------------------------------------------------------------- 40 MPa
Elongation at break -------------------------------------------------------------------------- 10%
АSTM D7582 coking residue (TGA) ---------------------------------------------------- <0,008 %
Softening temperature ---------------------------------------------------------------------- 50°C