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PIROUETTE™ 3D Simulated Microgravity Platform

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  • PIROUETTE™ 3D Simulated Microgravity Platform

    description: The PIROUETTE™ 3D microgravity simulation platform precisely controls the gravity vector, fluid shear stress, and mechanical load to non-invasively regulate the biological processes of cells and tissues.The PIROUETTE™ 3D microgravity simulation platform p
    Summarize:
    The PIROUETTE™ 3D microgravity simulation platform precisely controls the gravity vector, fluid shear stress, and mechanical load to non-invasively regulate the biological processes of cells and tissues.The PIROUETTE™ 3D microgravity simulation platform precisely controls the gravity vector, fluid shear stress, and mechanical loading to non-invasively regulate the biological processes of cells and tissues. This provides new research tools for drug development, cell therapy, tissue engineering, and bio-manufacturing. Unlike traditional Clinostats, it not only simulates a weightless environment but also can...
    Simulate microgravity
    Simulate partial gravity (Moon/Mars gravity)
    Precisely control various mechanical stimuli
    Conduct automated, highly reproducible experiments

    Advantage:
    Software-defined gravitational trajectory
    Simulation of partial gravity
    AI data prediction
    High repeatability
    Automated experiments
    For drug development
    For biomanufacturing
    For preclinical research
    Main Feature:
    Programmable Gravity: Transform gravity from an uncontrollable variable into an experimental parameter.
    Reproducible 3D Biology: Obtain more consistent organoids, tumor spheres, and tissue models.
    High-throughput Optimization: Quickly screen the optimal culture conditions through automation and software control.
    Data-driven Bioengineering: Combine parameter recording, AI prediction, and subsequent omics analysis to accelerate drug development, cell therapy, and tissue engineering research.
    Application:
    Organoid drug screening
    Stem cells and regenerative medicine
    Tumor model development
    Cell therapy process optimization
    Biopharmaceuticals and antibody research and development
    Detailed Specifications
    Specification: