ELUXEO 8000 Endoscopic Imaging System

White Light/Multi-Light

With ELUXEO, Fujifilm pioneered LED Multi-light technology in the U.S. to achieve optimal illumination that enhances endoscopic visualization and image clarity. This technology not only boosts clarity in White Light Imaging (WLI) but also extends the capabilities of Image Enhanced Endoscopy (IEE). The ideal output combination of individual LEDs has been developed to achieve optimal results in White Light as well as clinically proven special light observation modes: Linked Color Imaging (LCI^®) to enhance adenoma detection, Blue Light Imaging (BLI) to enhance characterization of lesions, and Amber-red Color Imaging (ACI) to help improve visualization of blood vessels.

Fujifilm’s LED Multi-Light technology also delivers a significant advancement to endoscopy practices by replacing xenon lamps with independently regulated LEDs, optimizing illumination and delivering unparalleled image clarity.

Linked Color Imaging (LCI®)

Fujifilm’s LED Multi-light technology enhances adenoma detection and lesion characterization by improving the visibility of subtle mucosal changes. Linked Color Imaging (LCI^®) uses specialized light modes combined with advanced image processing to enhance the red color spectrum, increasing color contrast between colorectal lesions and normal mucosa. This enhanced color differentiation helps clinicians better identify and assess abnormalities during endoscopy.

LCI highlights polyps and inflammation in red, while normal mucosa appears white. Studies demonstrate that LCI improves polyp visibility, adenoma detection rates (ADR), and detection of SSA/P (Subramaniam et al., 2023). Increased Adenoma detection may help gastroenterologists better determine a patient’s interval cancer rates and surveillance intervals (Neumann et al., 2021).

Additionally, LCI can improve the detection of Residual inflammation in Ulcerative Colitis and predict non-relapse rates based on mucosal damage classification (Matsumoto et al., 2021). It has shown effectiveness in enhancing the visibility of nongranular flat colorectal lesions compared to white light. For more details, find additional information on LCI and read up on clinical studies here.

Note: LCI is not intended to replace histopathological sampling as a means of diagnosis.

CMOS Technology

Fujifilm’s leading-edge CMOS Image Sensor has been further updated for higher resolution output in 800 series scopes. With the chip built directly into the tip of the scope, the analog signal is quickly transformed to digital at the site of examination. This ensures brilliant image transmission with reduced noise. CMOS Technology supports 60 frames progressive scanning, where complete images are processed rather than half-frames. The result is a high-resolution, smooth moving image with reduced blurring.