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BioMPI&CoreMPI Benchtop Magnetic Particle Imaging System

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  • BioMPI&CoreMPI Benchtop Magnetic Particle Imaging System

    description: The bioMPI is a revolutionary benchtop Magnetic Particle Imaging system, designed for cutting-edge preclinical research. By directly detecting the spatial distribution of superparamagnetic nanoparticles, it enables 3D dynamic imaging with zero background
    Summarize
    The bioMPI is a revolutionary benchtop Magnetic Particle Imaging system, designed for cutting-edge preclinical research. By directly detecting the spatial distribution of superparamagnetic nanoparticles, it enables 3D dynamic imaging with zero background interference, offering a new tool of insight for life science research.
    The coreMPI is a benchtop system for magnetic nanoparticle characterization and imaging. It serves as an ideal teaching tool and a powerful platform for nanoparticle characterization, method development, and introductory MPI research.


    Advantage:
    • Core Technology & Flexibility: Both products adopt an innovative all-electronic Field-Free Line (FFL) coding scheme, supporting flexible imaging sequences, ensuring high performance and research freedom.
    • High-Speed Real-Time Imaging/High-speed Real-time Imaging: Both feature an astonishing imaging speed of up to 50 volumes per second, capable of capturing the dynamic process of nanoparticle distribution.
    • Benchtop Integrated Design: The compact benchtop design saves valuable laboratory space, simplifies the installation process, and significantly reduces the total cost of ownership for users.
    • Powerful Software Ecosystem: Standard with the comprehensive and user-friendly OctoView software, it offers an integrated workflow from data collection, processing, reconstruction to visualization


    Key feature:

    Application
    • Nanomedicine Research: Evaluation of the targeting and enrichment efficiency of novel nano-drugs.
    • Method Development: Development and testing of new MPI imaging sequences and reconstruction algorithms.
    Unique to bioMPI:
    • Cardiovascular Research: Real-time hemodynamic and perfusion imaging.
    • Oncology Research: Targeted delivery and efficacy assessment of nano-drugs.
    • Cell & Immunotherapy: In vivo cell tracking and migration studies.
    • Neuroscience: Visualization of blood-brain barrier opening and drug delivery.
    • Tracer Performance: One-time acquisition of the point spread function (PSF) and hysteresis loop of nanoparticles for tracer screening and optimization.
    • Education & Training: As a teaching tool for universities and research institutes, for MPI principle teaching and practice.

    Detailed Specifications
    Technical Parameters