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Reproducibility: Biological systems are inherently variable. Generating consistent, high-throughput 3D cell models requires precise control over cell placement, matrix composition, and environmental factors.
Cell viability: Unlike plastic or metal printing, bioprinting involves living cells that can be damaged by shear stress, temperature fluctuations, and mechanical forces during the printing process.
Scalability: Many bioprinting methods are slow or labor-intensive, making it difficult to generate the large-scale, high-throughput cell models required for drug discovery and disease research.
Biomaterial: Developing bioinks that replicate the mechanical, chemical, and biological properties of human tissues while supporting cell growth, adhesion, and differentiation, and maintaining printability.

Use our resource hub to learn more about RASTRUM™ for your 3D cell culture needs and explore peer-reviewed publications powered by RASTRUM.

Our in-house curated application notes highlight the applicability and capability of the RASTRUM Platform.

Discover how the platform can be utilized for a particular application to support impactful scientific research.

Bioprinting for biologists: What researchers need to know about reproducible 3D cell models View Blog Key considerations for getting started with 3D cell culture View Blog Maximizing the potential of precious cells View Blog Reproducible and Scalable 3D Cell Models: A New Era for Drug Discovery View Blog Pioneering progress: How RASTRUM Allegro is redefining 3D cell culture View Blog From spheroids to organoids to phenotypic cell models: Your guide to 3D cell models View Blog Your Questions Answered: Q&A From Our Recent GenomeWeb Webinar View Blog 3D-Cultured Primary Human Hepatocytes: Evaluating Drug-Induced Liver Damage View Blog

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