FHD Endoscopic Fluorescence Imaging System

Innovative Technology Empowering Precision Minimally Invasive Surgery

  • White-light Mode

    1920x1080P
    Suitable for Various Standard Laparoscopic Surgeries

  • Standard FL Mode

    Equipped with an independent CMOS for fluorescence imaging, seamlessly integrating with white-light images for precise fluorescence-guided surgery

  • Color Scale FL Mode

    Capable of displaying gradient fluorescence colors for different concentrations of ICG dilution, assisting surgeons in accurately assessing fluorescence intensity variations

  • Multi-display Mode

    Capable of simultaneously integrating white-light images, standard fluorescence images, color scale fluorescence images, and mono fluorescence images into a single display, enabling operation and side-by-side comparison during surgery

    • Crystal-Clear White Light Imaging

    Powered by innovative 4CMOS technology, delivering a 1920×1080P high-resolution
    image for enhanced surgical visibility.

    High Fluorescence Sensitivity

    Real-time sensor acquisition ensures exceptional fluorescence sensitivity,
    precise targeting, and stable positioning.

    One-Click Mode Switching

    Seamlessly switch between four imaging modes-HD white light, standard fluorescence, color scale fluorescence, and multi-display-with a single click for optimal surgical guidance.

    Fluorescence Navigation: Leading the Future of Functional Camera System

    Indocyanine Green (ICG) Fluorescent Imaging Agent
  • Clinically approved for years, ICG is non-toxic, cost-effective, and widely used in medical applications.
  • Administered via intravenous injection or tissue absorption, it enters the lymphatic system or bloodstream.
  • Upon binding with proteins, it emits near-infrared fluorescence, enabling precise target localization.

    • Fluorescence Imaging Principle

    Once in the bloodstream, ICG binds to lipoproteins, allowing it to circulate and interact with tissues.

    The fluorescence imaging system captures the real-time fluorescence of ICG, superimposing it with white light images in the same field of view, enabling precise fluorescence-based positioning and navigation during surgery.

    Through local tissue absorption or intravenous injection, the fluorescent imaging agent Indocyanine Green (ICG) enters the lymphatic or blood circulation of the body.

    When exposed to near-infrared light at 805 nm, ICG emits fluorescence with a wavelength of 835 nm.

    Product Overview

    FHD Monitor

    27”, 1920x1080P

    Cart
    Image Processing Unit

    WL, NIR/ICG, FHD Recording

    Camera Head

    4CMOS, WL+FL Capturing

    Light Source

    LED+NIR Dual Light Output

    *safety and performance information

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