Bioinks
Achieve research success faster with our ready-to-use and tissue-specific bioinks.
High-quality bioinks play an important role in the success of 3D cell culture and 3D bioprinting. As the first bioink company, we’re constantly creating and refining bioinks for a variety of application areas. This has allowed countless labs the ability to get started with what really matters: creating the future of health and medicine.
Bioinks refer to any synthetic or natural polymer selected for its biocompatible components and favorable rheological properties. These characteristics will either temporarily or permanently support living cells to facilitate cell adhesion, cell proliferation and cell differentiation during maturation. Read our full blog by clicking the button below to learn more about bioinks.
Ready-to-use bioinks
Tissue-specific bioinks
Ready-to-use bioinks
Suitable for most tissue types
These bioinks can be used for various tissue types. Our range of ready-to-use bioinks cover gelatin inks, collagen inks, our own CELLINK inks and much more.
Extrusion bioprinting
- CELLINK bioinks
- Thermoplastic bioink
- Collagen bioinks
- Alginate bioinks
- Chitosan bioinks
- GelMA bioinks
- Support bioinks
- Training bioinks
DLP bioprinting
- BIONOVA X inks
Tissue-specific bioinks
Our tissue-specific bioinks have been developed by our in-house material scientist experts to be suitable and tailored for specific tissue applications.
Extrusion bioprinting
- Cartilage
- Vascular
- Stem cells
- Pancreas
- Epithelial
- Neural
Bioink Components
Base materials for developing bioinks
Make your own bioink by using high-quality, carefully sourced stock solutions, lyophilized powders and reagents. Collagen, GelMA, Alginate and much more.

Industry-leading, rigorous testing
Commitment to quality
Find the right bioink
With years of experience in the lab and the biomaterial expertise to prove it, our bioink scientists can help you select the right bioink for all your research needs. They can even customize biomaterial packages for different workflows.