Thailand

CAD EYE - Colon

NEW

Endoscopy Support Program

The content on this page is intended to healthcare professionals and equivalents.

Detection Mode

Detects the area that may be a colonic polyp and displays it on the main monitor in real-time.

Logo of White Light. Logo of LCI.
White Light
CAD EYE detection working with White Light mode in the colon.
LCI
CAD EYE detection working with LCI mode in the colon.
CAD EYE detection working with LCI mode in the colon. Displayed icons explained.
Characterization Mode

Analyzes if a polyp is hyperplastic or neoplastic in real-time and without freezing or zooming. The characterization result is visually indicated by the use of different color codes in the Position Map.

Logo of BLI.
CAD EYE characterization working with BLI mode in the colon. HYPERPLASTIC lesions are colored green.CAD EYE characterization working with BLI mode in the colon. NEOPLASTIC lesions are colored yellow.
CAD EYE characterization working with BLI mode in the colon. Displayed icons explained.
Position Map

Indicates the position of the area where this software is characterizing.

Level 1

Two types of characterization result, mixed in a single area

Level 2

Two types of characterization result, not mixed and separately located in multiple areas.

Level 3

A single type of the characterization result in one or multiple areas

Seamless CAD EYE Activation

CAD EYE can be activated and deactivated simply by a push on the endoscope button or directly at the processor.
When CAD EYE is on, Detection Mode and Characterization Mode are automatically activated depending on the observation mode selected.

Scope switches of the endoscope handle.
Real-time Detection and Characterization Support

High speed processing technology enables the analysis of the endoscopic video and the display of the detection and characterization result in real-time without freezing.

Detection Mode
CAD EYE detection processing continuous image frames in high speed.
Characterization Mode
CAD EYE characterization processing continuous image frames in high speed.