FL400 Blue Light Fluorescence Module
Invisible becomes visible
FL400 fluorescence with 5-ALA allows differentiation of tumor tissue from healthy brain tissue to support precise resection.
When resecting a malignant glioma, maximum removal of tumor cells with minimal impact to brain tissue is key to an optimal patient outcome. This is where FL400 fluorescence can provide support. In combination with the active substance 5 aminolevulinic acid (5-ALA), it helps distinguish both the bulk and margins of the tumor more easily. More visual information helps you to confidently perform a resection.
If it glows red, it's tumor
Under FL400 blue light mode, you and your assistant have a bright, high-contrast view of glioma cells. This aids with clear delineation of tumor margins for confident resection in real time.
How does it work?
Before surgery, the patient drinks a 5 aminolevulinic acid (5-ALA) solution. The 5-ALA is selectively taken up by glioma cells and converted into the fluorescent PPIX.
During surgery, you simply activate the FL400 module with a click of a button.
The FL400 module delivers intense, homogeneous blue excitation light, with a well-adjusted observation spectrum.
The PPIX in the tumor glows an intense pinkish red, enabling clear differentiation of tumor cells from healthy tissue
Easy handling for interruption-free work
Quickly and easily switch from white light to blue light fluorescence mode and back, or between fluorescence modes, for an interruption-free workflow.
As the FL400 module is fully integrated into your microscope, changing observation modes requires only the click of a button on the handgrip or footswitch.
HD viewing and documentation
Share the view with your team and record with ease, in high definition.
HD display of the microscope monitor enables viewing by the whole team in the operating room
HD recording technology is ideal for documentation, presentation and teaching of complex cases
Mode Control technology provides custom, automatically-activated video and recording settings that are optimized for normal (white light) and FL400 modes
