Description
HYDROBIO INX X100 is a bioink kit developed for multiphoton lithography (MPL) applications in bioprinting and hydrogel biofabrication. The formulation supports high-resolution structuring of hydrated three-dimensional architectures where multiphoton polymerisation defines fine features in soft-matter constructs. With an approximate density of 1 g/cm³, the material provides straightforward physical reference values for dosing, handling and process planning. It is delivered as a complete 1 kit unit in cardboard packaging for laboratories working on cell-compatible scaffolds, microstructured hydrogels and related MPL print jobs. The kit format streamlines preparation ahead of printing sessions and helps standardise material input across experimental series. This product comes from manufacturer BIO INX© within the multiphoton lithography bioink range. Researchers exploring hydrogel-based microstructures can integrate the ink into established MPL workflows that demand precise feature control. Approximate density near 1 g/cm³ aids volume and mass calculations during print-parameter optimisation. Academic and industrial groups focused on advanced bioprinting can use a dedicated MPL hydrogel kit for iterative design of hydrated three-dimensional research structures.
This article is part of Bioinks & bioprinting materials, in 3D printing & bioprinting.
Key features
- Technical Information Sheet:
- Safety Data Sheet:
Compliance & Safety Information
WarningHazard Statements (H-Phrases)
Precautionary Statements (P-Phrases)
Recently viewed
You may also like
Questions about HYDROBIO INX X100, Kit, for Multiphoton Lithography (MPL), 1 kit, cardboard
What is this article?
HYDROBIO INX X100, Kit, for Multiphoton Lithography (MPL), 1 kit, cardboard is the article on this page. Luminix Health distributes BIO INX© for laboratory use. It sits in Bioinks & bioprinting materials, inside 3D printing & bioprinting, in Lab instruments.
A bioink is a printable gel, sometimes carrying cells, used to build a tissue-like structure. Viscosity, gelation and whether cells survive the print are the specification. It is a cold-chain biological material when cells or a delicate gel are involved, and then it is never part of free standard delivery.
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.
Which category should I open next?
The category is 3D printing & bioprinting. The sub-category is Bioinks & bioprinting materials. The catalogue is Lab instruments.
Shelves beside this one are 3D printer filaments & resins and 3D printers, accessories & spare parts.
What should I check before I order?
The technical information on this page is the manufacturer's sheet. Read that, not a rewritten specification.
When this page shows a safety data sheet, use that manufacturer file. Hazard text does not belong in the sales description. For a pack size, a grade or a certificate that is not on the page, send a quote request or contact the team.
How does ordering and shipping work?
We deliver across the EU, usually within two to five working days. More is on Delivery across the EU. The terms are in the Shipping Policy. The full brand index is on shop by brand. Who we are is on about us.
Which other categories should I open?
The seven catalogues are Labware, Lab chemicals, Lab instruments, Lab consumables, Chromatography equipment, Lab safety equipment and Life Science & Microbiology.
