Scientist handling a multi-well plate near the RASTRUM™ Allegro platform, showcasing high-throughput 3D cell culture. Below, fluorescent microscopy highlights complex tissue structures, demonstrating RASTRUM Allegro’s precision, scalability, and efficiency in drug discovery and disease modeling.

Produce your own 3D cell models in minutes with RASTRUM™ Allegro. Unlock speed, efficiency, and scalability.

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How can RASTRUM help you?

Explore biology with more relevant 3D cell models
  • Recreate dynamic tissue microenvironments
  • Explore realistic cell behaviors in phenotypically-relevant conditions
  • Study complex biological systems and interactions
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Beyond simple co-cultures: development of complex tissue architectures in 3D Printable and tunable 3D cell culture environments using RASTRUM™ Matrices Generation of 3D co-culture models using the RASTRUM™ 3D cell culture platform
Advance disease understanding
  • Recreate disease-specific microenvironments
  • Customize cell models for disease studies
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The tumor microenvironment in phenotypic drug discovery Healthy liver and liver fibrosis modelling using RASTRUM™ Platform Liver 3D model using primary human hepatocytes
Accelerate therapeutic discovery
  • Test drugs in scalable and reproducible cell models
  • Conduct drug profiling and screening
  • Accelerate drug discovery and development
Related Reading:
High-throughput phenotypic screening with RASTRUM™ 3D cell models A simple workflow for the generation and live-cell imaging of 3D advanced cancer cell models for compound testing
RASTRUM™ platform statistics highlighting its impact: 30+ verified cell types, 10+ years of experience in 3D cell model development, and 23+ peer-reviewed publications. A gradient background emphasizes these key figures, showcasing RASTRUM’s scientific credibility and versatility in drug discovery and disease modeling. Home Infographic Mobile
Fluorescent image of a 3D cancer cell model generated with RASTRUM™ tunable matrices, highlighting a complex microenvironment with diverse cell interactions. This model enhances physiological relevance for cancer research and drug discovery, supporting high-throughput, reproducible experimentation.

Microenvironments tuned for your cells and applications.

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