Video endoscopic system VC-880 (FHD)

Based on multi-band digital filters, endoscopic images are decomposed into different frequency layers of details in the spatial domain, with enhancements specifically applied to frequency bands corresponding to blood vessels, mucosa, and tissue contours. Under the condition of ensuring a high signal-to-noise ratio, multi-dimensional image enhancement can greatly improve the visualization of effective diagnostic information in endoscopy. The display technology is adopted that meets the optical perception characteristics of human eyes, which not only truly reproduces the color and texture of the patient's cavity tissues, but also ensures that the doctor's eyes remain comfortable when observing the endoscopic image for a long time and reduces visual fatigue by optimizing the color temperature, display angle, and refresh rate.

- Multi-dimensional image enhancement using R-TLC technology (analog TXI (Olympus EVIS X1)

Simultaneously improves the brightness uniformity, texture contrast and color difference of images. Improves the identification of potential and existing lesions (e.g. inflammation, flat adenomas or precancerous changes) by enhancing texture, brightness and color. This mode allows you to more clearly identify the subtle differences between the border of pathology and unchanged tissue

- Multi-mode imaging. By integrating multi-wavelength LED light source technology, the system offers white light and four special imaging modes: HLI, SVI and TCI. This allows you to obtain images of mucosal tissues at different depths.

HLI mode - High color resolution white light imaging SVI mode

- Superficial vascular imaging (SVI) (chromoscopy): (analog (NBI) Olympus) which allows you to perform reliable optical diagnostics by creating a strong contrast between capillaries and surrounding mucosa. This mode emits light waves of only two colors: blue and green. SVI helps detect tumors at an early stage, and also provides detailed, high-contrast visualization for better type determination according to international classifications TCI mode

- Differentiation of tissue color emphasizes visualization (chromoscopy)- (analogous to the Fuji LCI function) compared to the white light HLI mode, in the TCI mode the optimal illumination spectrum and subsequent image processing allow for more effective discrimination of colors in the red spectrum. The algorithms embedded in the processor emphasize small differences between different shades of colors.

Thus, initially red areas of the image become redder, and initially white - whiter, while maintaining the original tone. Increased color contrast leads to more accurate contour drawing, which facilitates the detection of pathologically altered areas.

Intelligent Start-Stop System The innovative "one-step connection and disconnection, intelligent start-stop" function is used. When the endoscope body is connected to the processor, the air pump, light brightness, etc. are automatically turned on, which greatly improves the efficiency of preparation for surgery. At the same time, the fully sealed design of the endoscope body effectively prevents malfunctions, reduces the working pressure of disinfection nurses, and ensures the safety and hygiene of surgical instruments.

Image transmission and user-friendly Smart Touch-panel system

Pre-Freeze function The Pre-Freeze pre-freeze function helps to obtain the sharpest static images.

By continuously storing the captured video material in the internal memory, it is possible to automatically select the sharpest image at any time when setting the freeze frame view. This is how the pre-freeze function helps to speed up recording and achieve maximum image quality

- Built-in 2TB memory

- Patient database AGC mode

- Automatic gain control 4 This mode turns on or off the AGC function (designed to improve image quality in low or high light conditions). When the image brightness becomes darker because the distance between the distal end of the endoscope and the object is too large, AGC increases the brightness of the endoscopic image and vice versa

AI assistance, intelligent diagnosis and treatment

The possibility of connecting the diagnostic system with artificial intelligence, the "third eye" for endoscopists is a computer-aided diagnosis system for digestive endoscopy based on deep learning. It can monitor video and images during endoscopy in real time, standardize endoscopists' operations, help them detect suspicious lesions, reduce missed diagnoses and misdiagnoses, improve the detection rate of early-stage cancer, and facilitate the early detection, diagnosis and treatment of gastrointestinal diseases. neoplasms.

Full HD Video Gastroscope - EG 10/EG-10T/EG-10X

Full HD Video Colonoscope HD - EC-10/EC-10LEC-10S/EC-10TS EC 10T/EC-10TL EC-10P/EC-10PL with ATT Technology

Excellent maneuverability

- Slim endoscope with large instrument channel

- Approach

- Adaptive Bendina (AB)

- True Transmission Power (TFT)

- Adjustable stiffness