Fluorescence Imaging System


    Built-in exclusive full-channel 4K/3D (3840×2160) UHD fluorescence imaging module with IR800 & Y560 filters (worldwide exclusive design).

   Supports vascular and lymphatic angiography featuring monochrome fluorescence, augmented reality (AR) fluorescence and yellow Y560 fluorescence; capable of identifying submillimeter blood vessels and lymphatic ducts. The Y560 channel supports tumor fluorescence navigation with fluorescein sodium, and the system is upgradeable to Y400 tumor fluorescence module. The Y400 module works with 5‑aminolevulinic acid (5‑ALA) to differentiate neoplastic lesions from healthy tissue and assist precise resection surgery.


Multimodal Vascular Fluorescence

   Six optional fluorescence color modalities available under AR fluorescence mode.

Augmented Reality Fluorescence Technology

Fluorescent signals are overlaid and fused onto real‑time surgical view. Fluorescently labeled tissue is highlighted while surrounding normal anatomy retains natural true color, enabling uninterrupted surgical manipulation.

       

Color Mapping Fluorescence

   Color-mapped fluorescence overlays live operative footage to chronologically display the sequential arrival of intravascular fluorescent agents. It intuitively visualizes relative fluorescence intensity throughout angiography to pinpoint high-perfusion vasculature and tracksthe rising rate of fluorescence for real-time blood flow velocity assessment, facilitating rapid intraoperative vascular evaluation.


                                               


Automatic Gain Control

    Intelligent automatic fluorescence gain adjustment ensures consistent crisp intraoperative imaging under varying operative conditions.

Proprietary LED Excitation Fluorescence Technology

Adopts self-developed LED-based fluorescence excitation with favorable tissue penetration. Vascular and lymphatic visualization (monochrome & AR fluorescence) can be achieved prior to skin incision, overturning the prevailing industry claim from overseas manufacturers that LEDs cannot reliably excite clinical fluorescence.