At a glance Material data
Material Daten/Material properties | MOIIN Tech Clear | MOIIN High Temp | MOIIN Nano Rigid | MOIIN Wax Cast | MOIIN Model Grey 2.0 | MOIIN Tough Clear - Life | MOIIN Flex Clear | MOIIN Smart Clean | MOIIN Easy Cast |
---|---|---|---|---|---|---|---|---|---|
Viskosität | Viscosity | 0,8 Pa*s | 0,7 Pa*s | 2,0 Pa*s | 0,7 Pa*s | 1,3 Pa*s | 4,3 Pa*s | 1,4 Pa*s | ||
Dichte | Density | 1,1 g/cm³ | 1,154 g/cm³ | 1,271 g/cm³ | 1,082 g/cm³ | 1,1 g/cm³ | 1,06 g/cm³ | |||
Zugfestigkeit | Tensile strength at break | 63 MPa | 33,1 MPa | 71 MPa | 23 MPa | 0,67 MPa | ||||
E -Modul | Tensile Modulus (E-modulus) | 3600 MPa | 274,05 MPa | 0,62 MPa | ||||||
Biegefestigkeit | Flexural Stress at Break | 90 MPa | 87 MPa | 150 MPa | 27 MPa | 114 MPa | 80 MPa | |||
Biegemodul | Flexural Modulus | 2500 MPa | 2800 MPa | 5100 MPa | 1100 MPa | 2700 MPa | 2200 MPa | |||
Dehnung bei Bruch | Elongation at Failure | 10 % | 5,1 % | 83 % | 123 % | |||||
Kerbschlagzähigkeit Izod (gekerbt) | Izod impact strength (notched) | 28 J/m | 23 J/m | 102 J/m | ||||||
Shore A Härte | Shore A Hardness | 31.5 | ||||||||
Shore D Härte | Shore D Hardness | 82 | 87 | 90.6 | 64 | 86 | 62 | 80 | ||
Druckverformungsrest | Compression Set | 0,73 % | 0,15 % | |||||||
Wärmeformbeständigkeitstemperatur A (1,8 MPa) | HDT A (1,8 MPa) | 124 °C | 118 °C | 69 °C | ||||||
Wärmeformbeständigkeitstemperatur B (0,45 MPa) | HDT B (0,45 MPa) | 230 °C | 88 °C | |||||||
Hitzebeständigkeit | Heat resistance | 134 °C | ||||||||
Ascherückstand | Ash Residue | 0,09 % | 0 % | |||||||
Temperatur bei 95 Gew.-% | Temperature (95%-w) | 285 °C | ||||||||
Wasseraufnahme | Water pick-up | 28,1 µg/mm3 | 15,5 µg/mm3 | |||||||
Wasserlöslichkeit | Water solubility | 0,7 µg/mm3 | 5,9 µg/mm3 | 24 g/L | ||||||
Lösungsmittelverträglichkeit (1 cm³-Würfel, 24 h Lagerung, Gewichtszunahme) | solvent compatibility (1 cm³ cube, 24 h storage, weight increase) : | |||||||||
Wasser | water | 0,18 % | 0,15 % | 0,16 % | 0,22 % | 0,53 % | ||||
Cyclohexan | Cyclohexane | <0,01 % | <0,01 % | 0,03 % | 0,47 % | 0,08 % | ||||
Lauge (1 mol/L NaOH) | Base (1 mol/L NaOH) | 0,16 % | 0,15 % | <0,01 % | 0,19 % | 0,51 % | ||||
Salzwasser (4% NaCl) | Salt Water (4% NaCl) | 0,17 % | 0,14 % | 0,13 % | 0,21 % | 0,53 % | ||||
Isopropylalkohol | Isopropyl alcohol | <0,01 % | <0,01 % | <0,01 % | 2,9 % | 5,70 % | ||||
starke Säure (konz. HCL) | strong acid (conc. HCL) | 0,27 % | 0,14 % | 0,23 % | 2,03 % | |||||
Benzin | petrol | <0,01 % | <0,01 % | 0,10 % | ||||||
UV-Lichtbeständigkeit (24 Stunden in Wasser | UV light resistance (24 h exposure in water) : | |||||||||
E- Modul | Tensile Modulus (E-modulus) | 0,72 MPa | ||||||||
Zugfestigkeit | Tensile strength at break | 1,41 MPa | ||||||||
Dehnung bei Bruch | Elongation at Failure | 170,80 % | ||||||||
UV-Lichtbeständigkeit (1 Woche 60 °C) | UV light resistance (1 week 60 °C) : | |||||||||
E- Modul | Tensile Modulus (E-modulus) | 0,62 MPa | ||||||||
Dehnung bei Bruch | Elongation at Failure | 169,83 % | ||||||||
Zugfestigkeit | Tensile strength at break | 1,26 MPa | ||||||||
Schrumpfung | Shrinkage | 0,65 % | ||||||||
Eindringstiefe DP @ 7,6 mW/cm²; 385 nm | Penetration Depth DP @ 7,6 mW/cm²; 385 nm | 0,066 mm (@ 5 mW/cm²) | 0,085 mm | 0,152 mm | 0,17 mm (@ 1 mW/cm²) | 0,079 mm (@ 5 mW/cm²) | 0,15 mm | 0,11 mm | 0,13 mm @ 6,7 mW/cm² | |
Kritische Energie EC @ 7,6 mW/cm²; 385 nm | Critical Energy EC @ 7,6 mW/cm²; 385 nm | 4,8 mJ/cm² (@ 5 mW/cm²) | 3,5 mJ/cm² | 2,8 mJ/cm² | 4,1 mJ/cm² (@1 mW/cm²) | 2,3 mJ/cm² (@ 5 mW/cm²) | 6,0 mJ/cm² | 2,66 mJ/cm² | 3,8 mJ/cm² @ 6,7 mW/cm² | |
Eindringstiefe DP @ 10 mW/cm²; 405 nm | Penetration Depth DP @ 10 mW/cm²; 405 nm | 0,16 mm (@ 5,1 mW/cm²) | 0,18 mm (@ 14 mW/cm²) | 0,277 mm @ 5,4 mW/cm² | 0,2 mm (@ 1 mW/cm²) | 0,13 mm (@ 5,1 mW/cm²) | 0,13 mm | 0,11 mm | 0,19 mm | |
Kritische Energie EC @ 10 mW/cm²; 405 nm | Critical Energy EC @10 mW/cm²; 405 nm | 11,9 mJ/cm² (@ 5,1 mW/cm²) | 7,6 mJ/cm² (@ 14 mW/cm²) | 5,8 mJ/cm² (@5,4 mW/cm²) | 6,17 mJ/cm² (@1 mW/cm²) | 4,7 mJ/cm² (@ 5,1 mW/cm²) | 6,0 mJ/cm² | 6,5 mJ/cm² | 5,5 mJ/cm² | |
Autoklavierbarkeit (134°C, H2O, 5 min) | Autoclavability (134°C, H20, 5 min) | min. 1x | ||||||||
Biokompatibilität* analog zu DIN EN ISO 10993 | Biocompatibility* analogous DIN EN ISO 10993 | nicht zytotoxisch, nicht sensibilisierend, nicht reizend | non-cytotoxic, non-sensitizing, non-irritant | ||||||||
Biologisch abbaubar | Biodegradable | 97 % (4d) | ||||||||
Flammpunkt | Flash point | 113 °C | ||||||||
Dampfdruck | Vapour pressure | 0,08 hPa | ||||||||
Siedebeginn und Siedebereich | Initial boiling point and boiling range | 227-230 °C | ||||||||
*All MOIIN Life Series materials are manufactured to high quality standards in an ISO 13485 certified company. The biocompatibility tests carried out by us were carried out for a specific application and do not represent a blanket warranty. They only serve to provide guidance on the potential use of printed objects produced with MOIIN Life Series materials in the life science sector, according to the specific tests carried out for the respective purpose. We would like to point out that it is the responsibility of the distributors of the printed objects to determine, classify and, if necessary, certify the purpose of the medical device for the relevant application.
At a glance Printer compatibility
Our materials are basically designed for open systems.
Supported printer technologies are DLP, SLA and LCD with 385 or 405 nm wavelength. In this overview, we have collected our experiences with different printer systems for you.
Druckerkompatibilität / Printer Compatibility | MOIIN Tech Clear | MOIIN High Temp | MOIIN Nano Rigid | MOIIN Wax Cast | MOIIN Model Grey 2.0 | MOIIN Tough Clear - Life | MOIIN Flex Clear | MOIIN Easy Cast |
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ASIGA (weitere Infos auf https://www.asiga.com/products/materials/) | ||||||||
MiiCraft (weitere Infos auf www.burms.de/pages/kontakt) | ||||||||
Genera (weitere Infos auf www.genera3d.com) | ||||||||
Rapidshape (weitere Infos über moiin@mtcompanies.com) | ||||||||
Anycubic Photon S | 16,0 s (50 µm) | 16,0 s (50 µm); 21,0 s (100 µm) | ||||||
Anycubic Photon Mono | 5,3 s (50 µm) | 4,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 4,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 10,7 s (50 µm) | |
Anycubic Photon Mono X | 5,3 s (50 µm) | 5,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 5,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon Mono X 6K | 5,3 s (50 µm) | 6,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 6,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon Mono 4K | 5,3 s (50 µm) | 7,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 7,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon Ultra | 5,3 s (50 µm) | 8,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 8,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon Mono SE | 4,0 s (50 µm) | 3,0 s (50 µm) | 4,0 s (100 µm) | 6,0 s (100 µm) | 3,0 s (50 µm); 4,0 s (100 µm) | 9,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon Mono SQ | 6,1 s (50 µm) | 4,6 s (50 µm) | 6,1 s (100 µm) | 9,2 s (100 µm) | 4,6 s (50 µm); 6,1 s (100 µm) | 14,0 s (100 µm) | 2 s (50 µm) | |
Anycubic Photon M3 | 5,3 s (50 µm) | 7,0 s (50 µm) | 5,3 s (100 µm) | 8,0 s (100 µm) | 7,0 s (50 µm); 5,3 s (100 µm) | 12,0 s (100 µm) | 3,1 s (50 µm) | |
Anycubic Photon M3 Plus | 4,0 s (50 µm) | 3,0 s (50 µm) | 4,0 s (100 µm) | 6,0 s (100 µm) | 3,0 s (50 µm); 4,0 s (100 µm) | 9,0 s (100 µm) | 2,7 s (50 µm) | |
Anycubic Photon M3 Max | 8,0 s (50 µm) | 6,0 s (50 µm) | 8,0 s (100 µm) | 12,0 s (100 µm) | 6,0 s (50 µm); 8,0 s (100 µm) | 18,0 s (100 µm) | 2 s (50 µm) | |
Phrozen Sonic Mini | 17,0 s (50 µm) | 7,0 s (50 µm) | 11,5 s (50 µm) | 8,0 s (50 µm) | 9,0 s (50 µm); 12,0 s (100 µm) | 4 s (50 µm) | ||
Phrozen Sonic Mini 4K | 17,0 s (50 µm) | 7,0 s (50 µm) | 11,5 s (50 µm) | 8,0 s (50 µm) | 9,0 s (50 µm); 12,0 s (100 µm) | 4 s (50 µm) | ||
Phrozen Sonic Mini 8K | 17,0 s (50 µm) | 7,0 s (50 µm) | 11,5 s (50 µm) | 8,0 s (50 µm) | 9,0 s (50 µm); 12,0 s (100 µm) | 4 s (50 µm) | ||
Phrozen Sonic Mighty 4K | 17,0 s (50 µm) | 7,0 s (50 µm) | 11,5 s (50 µm) | 8,0 s (50 µm) | 9,0 s (50 µm); 12,0 s (100 µm) | 4 s (50 µm) | ||
Phrozen Sonic Mighty 8K | 17,0 s (50 µm) | 7,0 s (50 µm) | 11,5 s (50 µm) | 8,0 s (50 µm) | 9,0 s (50 µm); 12,0 s (100 µm) | 4 s (50 µm) | ||
Phrozen Sonic Mega 8K | 20,0 s (50 µm) | 8,2 s (50 µm) | 13,5 s (50 µm) | 9,5 s (50 µm) | 10,5 s (50 µm); 12,0 s (100 µm) | 4,7 s (50 µm) | ||
ELEGOO Mars | 16,0 s (50 µm) | 19,0 s (50 µm) | 18,0 s (50 µm); 21,0 s (100 µm) | 28,0 s (50µm) | 22 s (100 µm) | 14,0 s (100 µm) | 10 s (50 µm) | |
ELEGOO Mars Pro | 14,0 s (50 µm) | 17,0 s (50 µm) | 15,0 s (50 µm); 18,0 s (100 µm) | 25,0 (50µm) | 20 s (100 µm) | 14,0 s (100 µm) | 9 s (50 µm) | |
ELEGOO Mars 2 Pro/Mars 2 | 5,0 s (50µm) | 6,0 s (50 µm) | 5,5 s (50 µm); 6,5 s (100 µm) | 9,0 s (50 µm) | 7 s (100 µm) | 14,0 s (100 µm) | 25 s (100 µm) | 3 s (50 µm) |
ELEGOO Saturn/Saturn S | 5,0 s (50µm) | 6,0 s (50 µm) | 5,5 s (50 µm); 6,5 s (100 µm) | 9,0 s (50 µm) | 7 s (100 µm) | 14,0 s (100 µm) | 25 s (100 µm) | 3 s (50 µm) |
ELEGOO Mars 3/Mars 3 Pro | 5,0 s (50µm) | 6,0 s (50 µm) | 5,5 s (50 µm); 6,5 s (100 µm) | 9,0 s (50 µm) | 7 s (100 µm) | 14,0 s (100 µm) | 25 s (100 µm) | 3 s (50 µm) |
ELEGOO Saturn 2 | 5,0 s (50µm) | 6,0 s (50 µm) | 5,5 s (50 µm); 6,5 s (100 µm) | 9,0 s (50 µm) | 7 s (100 µm) | 14,0 s (100 µm) | 25 s (100 µm) | 3 s (50 µm) |
ELEGOO Jupiter | 5,0 s (50µm) | 6,0 s (50 µm) | 5,5 s (50 µm); 6,5 s (100 µm) | 9,0 s (50 µm) | 7 s (100 µm) | 14,0 s (100 µm) | 25 s (100 µm) | 3 s (50 µm) |