IRILLIC

Irllic .nm

Fluorescence Imaging System

Designed to elevate surgical accuracy, the Irillic Fluorescence Imaging System leverages sophisticated fluorescence imaging capabilities. Equipped with multiple colour-augmented modes and an intuitive remote probe interface, it enhances tissue visualisation and integrates seamlessly with patient management softwares. With the ability to visualise perfusion of lymphatics and blood in real-time, Irillic .nm supports a wide range of clinical applications from oncology to plastic and reconstructive surgery, offering unparalleled imaging precision in lymphatic mapping, tissue viability assessment, and more. ​

Features

01

Multiple Color Augmented Fluorescence Modes

Adaptable to a range of surgical applications, the Irillic .nm system offers multiple color augmented fluorescence modes. Each mode is designed to enhance Adaptable to a range of surgical applications, the Irillic .nm system offers multiple color augmented fluorescence modes. Each mode is designed to enhance specific tissue types and surgical objectives, offering unparalleled flexibility and visualization in open surgery.

02

Integrated Patient Management Software

Equipped with sophisticated Patient Management Software, the Irillic .nm system streamlines the surgical workflow. This integration allows for seamless image data handling, from pre-operative planning to post-operative analysis.

03

Intuitive 5-Button Remote Probe Interface

The Irillic .nm system boasts of a state-of-the-art, hand-held NIR imaging probe, offering unmatched ease and precision. Its intuitive 5-button control allows surgeons to independently adjust settings on-the-fly, enhancing operative efficiency and focus.

04

Intelligent Background/ Anatomy Light Adjustment

With its intelligent light adjustment capabilities, the Irillic .nm system ensures optimal visualization by adapting to varying background and anatomical lighting conditions. This feature reduces visual strain and enhances the clarity of surgical sites, even in the most challenging environments.

Images