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Olympus EVIS X1

To provide an optimal medical service, we have lately introduced Olympus EVIS X1 endoscopic series which has already been in operation since November 2020. As the latest innovation, EVIS X1 uses the artificial intelligence (AI) to detect gastrointestinal disorders. 


New technologies include 5 LED Spectrum, Texture and Colour Enhancement Imaging (TXI), Extended Depth of Field (EDOF) with a normal focus mode (3-100mm), a near focus mode (1.5-5.5mm), wide-angle field of view, Red Dichromatic Imaging (RDI), as well as the Narrow Band Imaging (NBI). The advanced system delivers more refined image quality for better diagnosis and effective treatment and is optimized for the detection of adenomas polyps and early cancer. 

 

 

 

Texture and Color Enhancement Imaging, TXI

 

TXI technology aims to enhance the visibility of potentially suspicious tissue, using a white-light imaging effect that improves the colour, structure and brightness.

By supporting better visibility of potential lesions, TXI aims to contribute to higher detection rates.

 

 

 

Extended Depth of Field, EDOF

 

EDOF allows precise observations through continuous broad focus and seamless magnification. This continuously sharp image is developed to reduce the necessity for focal adjustments and to even contribute to easier identification and a more confident abnormality diagnosis.

 

 

     

 

5-Led Spectrum Technology

 

The EVIS X1 video system centre contains five LEDs that are combined to produce different observation modes. It includes an amber LED tailored by Olympus, enabling the visualization capabilities of the RDI mode.

 

Red Dichromatic Imaging ,RDI

 

RDI is designed to enhance the visibility of deep blood vessels and bleeding sources. Easier identification of bleeding spots makes haemostasis quicker and easier. This helps to reduce the stress of the physician during endoscopic therapy.

 

 

 

 

Computer-Aided Diagnosis, CAD

 

The next upcoming feature of the EVIS X1 system will be computer-aided diagnosis (CAD) using artificial intelligence to integrate breakthroughs in deep learning into the world of image detection, characterization and staging.

 

Narrow Band Imaging, NBI

 

Utilizing specific blue and green wavelengths absorbed by haemoglobin, NBI creates a strong contrast between vessels and surrounding mucosa.11 This facilitates the visibility of highly vascularized areas, blood vessel patterns and surface structures that are predictive for distinct histopathologies.

 

 

 

Dual Focus– Two-Stage Optical Lens Technology

 

Allows switching from normal focus to near focus mode with a single button, to conduct close examination of mucosal tissue and capillary networks.

 

4K Monitor and New Symbol Indication

 

4K UHD LCD Monitor optimized for Olympus Endoscopy Systems and 4K Upscaling for conventional HD imaging systems.

 

Responsive Insertion Technology, RIT

 

Combines PB (Passive Bending), HFT (High Force Transmission) and variable stiffness to improve ease of insertion and operator control.

 

Brightness Adjustment Imaging with Maintenance of Contrast

 

BAI-MAC (Brightness Adjustment Imaging with Maintenance of Contrast) is a new image processing technique to improve the brightness levels in dark areas of the endoscopic image, whilst maintaining the brightness of lighter areas to increase the distance view.

 

Water Jet

 

Improves the accuracy of observations and efficiency of treatment by easily removing mucus and other residues in the investigated intestinal areas.