We bring Extreme efficiency to Extreme Biology
At Litegrav, we believe that leveraging extreme biology, including simulated microgravity, opens a transformative space for non-invasive innovations.
Microgravity and other extreme environments are unexplored frontiers for biotechnology, regenerative medicine, and materials science. The ability to systematically test and optimize biological processes under these conditions has the potential to redefine industries—from biomanufacturing to drug design, on Earth and in space.
By mastering variables like shear forces, biomechanical conditions, and environmental stressors, our platform navigates the latent space of biological adaptation—allowing for rapid iteration, predictive modeling, and scalable experimental validation on an unprecedented scale.

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Advanced Simulation
AI optimized microgravity, partial gravity, and mechanical stress conditions.
Real-time experiment modeling and predictive analysis improve reproducibility and efficiency.
Software-Defined Precision: Automated current feedback, acceleration control, and vibration-free motion for experimental reproducibility.
High-Throughput Modular Hardware
All-in-One System: 3D random positioning machine (RPM), clinostats, orbital shaker, and custom motion paths.
Scalable and Parallel Processing: Up to 768 samples per unit, with 8 simultaneously controlled units.
Modular Upgrades: Radiation, real-time microscopy, automated liquid handling, and more!
scaling with Litegrav
Industry & Biotech Scale-Up From R&D to Commercialization: Rapidly validate before full-scale implementation.
Stress Response and Microbial Optimization: Investigate microbial repurposing potential and strain evolution.
Drug Discovery and Biomanufacturing: Develop and test therapeutics in simulated microgravity.

In Lab Validation
Validate large quantities of tests in sophisticated in vitro and in vivo environments with 3D bioreactors and stackable modular technology.
Rapid testing & results
Test up to 384 samples and optimize in just days…or hours!
Optimize discovery
Optimize experiments with highly reproducible data from previous tests.
Hundreds of
environments,
Endless
discoveries.
degradation
development
manufacturing
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