PRODUCT PORTFOLIO

■ Digital SiPM Detection Imaging Technology
■ Large axial field & High imaging sensitivity
■ High throughput scanning & Uniform and clear imaging in whole vision
■ Dynamic imaging technique
■ Accurate quantitative analysis
■ Accurate registration
■ A full set of experimental platform system
■ Customizable solutions
■ System upgrade
■ Gating Technology and Physiological Information Monitoring System
 

 

  • Digital SiPM Detection Imaging Technology

    Adopting the latest semiconductor silicon photomultiplier(SiPM) with ultra-high gain consistency; The compact modular array design is adopted to effectively reduce the detection blind area. By new detection technique, it can achieve higher spatial resolution (<1.0 mm) than conventional PMT detectors, and significantly improves the image quality of the PET.

  • Large axial field & High imaging sensitivity

    The single bed effective field of visio(AFOV) is up to 110 mm, which can sweep the whole experimental mice at one time, and the whole body drug metabolism of the experimental animals can be effectively observed with super detection efficiency.

    With the unique fine crystal cutting and detection ring design, it can detect and capture more photon signals and improve the imaging sensitivity. Absolute sensitivity >12%(150~750 keV)

  • High throughput scanning & Uniform and clear imaging in whole vision

    Radial large field of vision (TFOV 100mm)
    and multichannel anesthesia pipeline design
    to support side-by-side scanning in 2 mice.

    High throughput characteristics combined with
    innovative 3D-PSF iterative reconstruction
    are helpful to enhance pharmacokinetic studies.

  • Accurate quantitative analysis

    The system can generate reliable images with either high or low dose and the accurate dose level can be measured, leading to accurate quantitative analysis.

  • Dynamic imaging technique

    Data is acquired concurrently while drug
    is being injected. By monitoring the
    dynamic distribution of radio tracers in
    the animal body, the metabolic process
    of drugs can be analyzed accurately.

  • Accurate quantitative analysis

    The system can generate reliable images with either high or low dose and the accurate dose level can be measured, leading to accurate quantitative analysis.

  • Accurate registration

    With all intellectual property rights both PET and CT system, ensuring accurate registration of images, while supporting the registration reconstruction process and image fusion between with different machines such as MR, SPECT.

  • A full set of experimental platform system

    · Standard rat cabin
    · Standard mouse cabin
    · Four channel mice cabin
    · Open type placement device for large animals (customizable)

    · Small animal anesthesia system
    · Animal cabin pre-platform
    · Animal anesthesia box

  • Customizable solutions

    Software–According to customer's needs to provide a reasonable solution of software customization;

    Hardware–According to customer's experiment requirements to provide a reasonable animal cabin customization or transformation.

  • System upgrade

    The modular design structure of the PET probe ring makes easy to
    configure and upgrade, and achieves the flexibility of the detection
    efficiency and cost, meeting the user's personalized needs

    Due to the modular design of components, a single-modality PET or
    a single-modality CT system can be easily upgraded to a dual-modality
    PET/CT system without the need to change the main structures and
    outline, only minimum assembling effort required.

  • Gating Technology and Physiological Information Monitoring System

    Using advanced retrospective ECG gating and respiratory gating techniques to effectivly control for cardiac and motion artifacts;

    Equipped with animal physiological information (breathing, heartbeat) monitoring system.