Description
SOLID INX X100 is a bioink material supplied in a 3 ml plastic pack for material extrusion bioprinting processes such as FDM and FFM. Developed for life-science laboratories working in bioprinting, it supports extrusion-based construction of solid or structurally supportive printed elements used in scaffold design, tissue-engineering studies, and related 3D fabrication workflows. The formulation is intended for compatible material-extrusion platforms where controlled deposition and shape fidelity are required. Offered from manufacturer BIO INX©, SOLID INX X100 provides a practical unit size for protocol development, parameter tuning, and small-batch print campaigns. The 3 ml volume suits iterative testing of geometries and process settings while limiting material use. Within regenerative-research and advanced bioprinting environments, this grade complements extrusion pipelines that call for a dedicated solid-type ink alongside softer hydrogel systems, enabling laboratories to expand their material toolbox for multi-component or mechanically differentiated constructs.
This article is part of 3D printers, accessories & spare parts, in 3D printing & bioprinting.
Key features
- Pack size: 3 ml plastic
- Storage temperature: +2 to +8 °C
- Product type: bioink for bioprinting
- Technical Information Sheet:
- Safety Data Sheet:
Compliance & Safety Information
Warning
Hazard Statements (H-Phrases)
Precautionary Statements (P-Phrases)
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Questions about SOLID INX X100, 3 ml,, for Material Extrusion (FDM/FFM), 3 ml, plastic
What is this article?
SOLID INX X100, 3 ml,, for Material Extrusion (FDM/FFM), 3 ml, plastic 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 Lab instruments.
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.
Which category should I open next?
The category is 3D printing & bioprinting. The sub-category is 3D printers, accessories & spare parts. The catalogue is Lab instruments.
Shelves beside this one are 3D printer filaments & resins and Bioinks & bioprinting materials.
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?
Luminix Health distributes this article from the heart of Europe. Articles in stock ship within 2–5 business days. Standard delivery is free from €250 excl. VAT. Cold-chain goods and dangerous goods under ADR are never included in that free delivery. 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.