Home |

Animal Research Equipment |

In Vivo Imaging Systems

In Vivo Imaging Systems

Designed for precise in vivo imaging in laboratory research, this collection supports non-invasive visualization of biological processes in small animal models. It provides reliable solutions for real-time observation and analysis across a range of experimental applications. 

The range includes high-frequency small animal ultrasound platforms, laser speckle contrast imaging systems, and optical imaging tools, enabling accurate data acquisition with stable performance in research workflows. 

Filter(3 products )

Sort by:
Clear all
  • RWD High Frequency Small Animal Ultrasound Imaging System (RevoSilex F30/F60)
    Ship in 2 Days

    RWD High Frequency Small Animal Ultrasound Imaging System (RevoSilex F30/F60)

    From $33,700.00
    From $33,700.00
    SKU Name Price Quantity
    RevoSilex F30

    RevoSilex F30

    $65,000.00
    F30

    Small Animal Ultrasound Host F30 (Compatible with Mouse Probe/Rat Probe)

    $33,700.00
    RevoSilex F60

    RevoSilex F60

    $90,000.00
    F60

    Small Animal Ultrasound Host F60 (Compatible with Zebrafish Probe/Mouse Probe/Rat Probe)

    $44,700.00
  • RWD LSCI ZW Laser Speckle Contrast Imaging System
    Ship in 2 Days

    RWD LSCI ZW Laser Speckle Contrast Imaging System

    $54,000.00
    $54,000.00 $54,000.00
  • RWD Small Animal In Vivo Imaging System
    Ship in 2 Days

    RWD Small Animal In Vivo Imaging System

    From $150,000.00
    From $150,000.00
    SKU Name Price Quantity
    MOIS HT

    -90℃

    $185,000.00
    MOIS HTP

    -70℃

    $150,000.00

In Vivo Imaging Systems for Small Animal Research

At BP LabLine, we offer a range of in vivo imaging systems designed for small animal research, supporting laboratories in capturing and analyzing dynamic biological processes. These in vivo imaging solutions are widely used in preclinical studies where non-invasive observation and consistent data acquisition are essential.

Our portfolio includes systems for laser speckle contrast imaging as well as platforms tailored for small animal in vivo imaging, enabling researchers to monitor blood flow, tissue response, and physiological changes in real time. These tools are commonly applied in neuroscience, oncology, and pharmacology research, where precise imaging plays a key role in experimental analysis.