Inventia Life Science | Advanced 3D Cell Culture Platforms and Scalable 3D Cell Models for Drug Discovery, Cancer Research, and More

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.

Decision-grade data from reproducible cells models

Standardized workflows at scale, so results stay comparable across runs and teams.

  • Assay-ready 3D models in standard plates

  • Reproducibility for confident go or no-go decisions

  • Fit-for-purpose biology, tuned to your context of use

Workflow Paths

Comprehensive end-to-end workflow paths

RASTRUM Workflow Paths help you generate reproducible, biologically relevant 3D results with the level of flexibility, validation, and support that fits your workflow.

Discovery Mode

Build to your specifications, then standardize for routine decisions.

Validated Solutions
A blueprint to get you started. A validated path for defined context of use.

Discovery Services
Expert support to accelerate your drug discovery program, from model optimization to screening workflows.

Disease research

Model disease biology with human-relevant 3D cell systems so you can test hypotheses with confidence.

  • Build fit-for-purpose models for key disease phenotypes

  • Compare conditions across experiments with standardized workflows

  • Track changes with tractable readouts that support clear conclusions
Target identification

Generate evidence that a target moves the biology you care about.

  • Link perturbations to measurable phenotypes in 3D

  • Use consistent model setup to separate biological signal from workflow noise

  • Support prioritization with data that holds up across repeats
Lead validation

Rank leads using data that stays comparable across plates, time, and teams.

  • Run dose response studies and multiple condition panels in reproducible 3D models

  • Increase confidence through replication

  • Improve selection by testing in biology closer to human contex
Mechanism of action studies

Connect compounds to pathway and phenotype changes you can interpret.

  • Design models and readouts around the mechanism question

  • Compare perturbations side by side under standardized conditions

  • Build evidence packages that support program decisions

 

Toxicology

Assess safety signals in human-relevant 3D biology earlier in the workflow.

  • Screen for toxicity risk with repeatable model setup

  • Track viability and phenotype shifts with practical readouts

  • Support stop or refine calls before late-stage spend

 

PDAC

How teams get to decision-grade data

You start by defining the decision you need to make. Then you standardize the biology, workflow, and readouts so results stay comparable across runs and teams.

Choose your pathway

Standardize and scale

  • Human-relevant biology, built for your context
  • Reproducible results across experiments, operators, and teams
  • Faster path from model setup to actionable data
  • Precision in model generation and readout consistency
  • Ready for standard lab workflows and downstream analysis