3D Bioprinting

3D Bioprinting

3D bioprinting and droplet-based robotics create simple or complex, tissue-like structures that generate mammalian organoids for drug discovery and disease modeling in high-throughput.

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About

As a service provider, we leverage cutting-edge 3D bioprinting technologies such as the Cellink BioX6, CellINK BioOne and Rastrum to create highly detailed, biologically relevant tissue models for drug discovery and disease modeling. Our platforms enable embedded structure printing in advanced matrices like Matrigel, hydrogel, alginate, collagen and custom 3D scaffolds, ensuring accurate tissue architecture and cell behavior. Additionally, we utilise droplet-based robotic systems such as the JANUS and Multidrop to support high-throughput applications, including Matrigel-based and matrix-free environments like spheroid plates, offering flexibility for various applications and assay needs. This comprehensive suite of technologies enhances preclinical testing, helping to accelerate drug development and improve the predictive power of disease models.

Equipment

The CellINK BioX6 and BioOne 3D Bioprinters offer advanced, multi-material bioprinting capabilities, enabling researchers to create complex, tissue-like structures for applications in regenerative medicine, tissue engineering, and drug testing.

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The Inventia Life Sciences Rastrum Bioprinter is an advanced 3D bioprinting platform designed for high-throughput production of complex, multi-cellular models, accelerating research in drug discovery and tissue engineering.

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