Hardening of a liquid photopolymer using a UV laser
Synthesis reaction transforms monomers into polymers
Layer-by-layer structure with support structure
Construction space: 145 x 145 x 175 mm, up to 1,800 mm on request
Hardening of a liquid photopolymer using a UV laser
Synthesis reaction transforms monomers into polymers
Layer-by-layer structure with support structure
Construction space: 145 x 145 x 175 mm, up to 1,800 mm on request
Werkstoff | Zugfestigkeit [MPa] | Bruchdehnung [%] | E-Modul [MPa] | Schore-Härte | Wärmeformbeständigkeit | Anmerkung | |
---|---|---|---|---|---|---|---|
SLA | Standard | 65 | 6,2 | 2.800 | k.A. | 73,1°C 58,4°C | |
Tough | 55,7 | 24 | 2.700 | k.A. | 48,5°C 45,9°C | ||
Durable | 31,8 | 49 | 1.260 | k.A. | 43,3°C | ||
Flexible | 7,7-8,5 | 75-85 | k.A. | 80-85 A | k.A. | ||
HighTemp | 51,1 | 2 | 3.600 | k.A. | 289 °C |
The material data sheet contains guide values. The parameters are influenced by processing conditions, additives, and modifications, and are formulated on the basis of current knowledge and experiences. rpm does not accept any liability for the achieving of specific properties.
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