Description
HYDROTECH INX X200, kit, pour lithographie multiphotonique (MPL), densité (D) ~1 g/cm³, point d'éclair (flp) 13 °C, point d'ébullition (bp) 78 °C, température de stockage +2 à +8 °C, n° ONU 3316
HYDROTECH INX© X200 est une famille de résines synthétiques destinée à la génération de microstructures d'hydrogel robustes via la technologie de lithographie multiphotonique (MPL). HYDROTECH INX© X200 est la première résine d'hydrogel biocompatible permettant l'impression induite par polymérisation à deux photons, de l'échelle micro à l'échelle méso. Il s'agit d'une résine synthétique liquide prête à l'emploi pour la fabrication de structures d'hydrogel bio-inertes avec une biocompatibilité certifiée ISO 10993-5. Ce matériau hautement réactif, résistant et flexible permet l'impression de macrostructures avec une précision micrométrique, ce qui le rend adapté à toute une gamme d'applications biologiques.
| Technologie d'impression | Lithographie multiphotonique (MPL) |
| Apparence | Liquide orange |
| Matériau | synthétique |
| Indice de réfraction | 1,46 - 1,48 |
| Viscosité | 1 - 10 Pa·s |
| Module de conservation après polymérisation UV | 500 - 1200 kPa |
| Module de Young | 3 - 4 MPa |
| Qté cond. | 1 kit |
| Application | Aucune interaction cellulaire |
| Biocompatibilité | ISO 10993-5 |
Compliance & Safety Information
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Hazard Statements (H-Phrases)
Precautionary Statements (P-Phrases)
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Questions about HYDROTECH INX X200, Kit, pour lithographie multiphotonique (MPL), 1 kit, carton
What is this article?
HYDROTECH INX X200, Kit, pour lithographie multiphotonique (MPL), 1 kit, carton is the article on this page. Luminix Health distributes BIO INX© for laboratory use. It sits in 3D printers, accessories & spare parts, inside 3D printing & bioprinting, in Instruments de précision.
These are the printers themselves and the nozzles, beds and build plates that wear out. Nozzle diameter decides detail against speed. A spare nozzle for a different extruder thread does not fit. The printer's build volume is the largest object it can make.
A laboratory 3D printer builds a solid from a filament or a resin, layer by layer, when a shape is needed and a catalogue part does not exist. Bioprinting uses a bioink that contains, or will contain, living cells. The material decides the chemistry of the object and whether a cell will tolerate it. A filament that is only described as plastic is not a specification. Cell work around bioinks is discussed in the WHO biosafety topic and the papers are on PubMed.
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The category is 3D printing & bioprinting. The sub-category is 3D printers, accessories & spare parts. The catalogue is Instruments de précision.
Shelves beside this one are 3D printer filaments & resins and Bioinks & bioprinting materials.
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The technical information on this page is the manufacturer's sheet. Read that, not a rewritten specification.
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