Litegrav - Your Extreme Biology Research Partners

Mission

At Biovit Technologies, our mission is to redefine nutrition by leveraging groundbreaking nanotechnology to deliver highly bioavailable nutrients that promote better health and well-being. Our vision is to lead the global health and wellness industry with innovative, sustainable solutions that not only empower individuals to achieve their health goals but also contribute to a healthier planet. Together, we will revolutionize the future of nutrition for generations to come.

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Introducing PIROUETTE 3D

Litegrav's premiere microgravity platform for biological research. PIROUETTE provides a unique environment for studying cellular behavior and material interactions. By offering unparalleled precision and control, Litegrav is empowering researchers to explore new frontiers in tissue engineering, drug development, regenerative medicine, and more!

Products

Scaling with Litegrav

Scale Up Smarter: Start in standard labware, run multiple incubator-fit units in parallel for high-throughput screening, or expand to larger builds for bioprocessing.

‍Adapt to Any Experiment: Add tools like in-situ imaging, irradiation, or fluid exchange as modular plug-ins without the need for a new system.

Validate Before You Commit: Test programmable environments first, exploring how cells, tissues, or microbes behave in simulated microgravity or partial gravity before scaling.

Advanced Simulation

ML Optimized: Tailor partial-gravity and mechanical inputs with adaptive algorithms that reduce trial-and-error and improve reproducibility.

Real-Time Experiment Modeling: Predict outcomes while experiments are running, adjust on the fly, and avoid costly failed runs.

Software-Defined Precision: Closed-loop controls manage acceleration and vibration automatically, ensuring smooth, stable motion at scale.

High-Throughput Modular Hardware

All-in-One System: Switch between 2D/3D clinostat, true random positioning, orbital shaking, or custom trajectories in minutes, without swapping hardware.

Parallel Processing: Handle up to 768 samples per unit and synchronize eight units simultaneously reproducible datasets.

Modular Upgrades: Expand with radiation exposure, real-time microscopy, automated liquid handling, and more as research evolves.

USE CASES

Stem Cells & Regenerative Medicine

Optimize stemness, proliferation, and lineage differentiation under precisely tuned stress environments. Improve cell therapy yields and manufacturing quality.

Cancer Research & Tumor Modeling

Build physiologically relevant 3D tumor spheroids and microenvironments. Accelerate drug discovery cycles with more predictive in vitro models.

Tissue Engineering & Biomaterials

Facilitate scaffold-free tissue self-assembly and structural fidelity in organoids, cartilage, cardiac microtissues, and biocomposites.

AgTech & Plant Biology

Study plant growth, stress tolerance, and metabolic enhancement in altered gravity environments to inform crop engineering and climate resilience.

Microbial Engineering & Synthetic Biology

Modulate stress and gravity cues to drive novel microbial phenotypes, enhance metabolite production, and fine-tune biosynthetic circuits.

Spaceflight Preparation & Risk Reduction

Screen and validate biological systems for in-space deployment. Identify candidates before launch to maximize mission ROI.

Aging Senescence & Mechanotransduction

Leverage expedited models of aging and degeneration to understand key mechanisms and test therapeutic interventions for longevity and degenerative disease.