Application: Medical Use

Features: TAI
TAI imaging is a new technology developed by Edan. TAI has B-mode, color mode and spectral Doppler functions. The TAI interacts continuously and dynamically with the returning echoes and adaptively images based on the characteristics of the tissue to be imaged. The advantages of TAI are enhanced image contrast, improved definition of anatomical boundaries and tissue structures, and improved color sensitivity.

eSRI
eSRI uses real-time image processing to improve the visualization of anatomy and pathology by reducing speckle noise. Edan's speckle noise suppression technology uses an advanced multi-scale anisotropic filtering algorithm. This filtering technology distinguishes noise areas from diagnostic information by differently acting on noise and real anatomical information, thereby enhancing the sharpness of the image. .

Spatial composite imaging
Spatial composite imaging is the combination of multiple images acquired at different angles to form a high-quality single image, which can reduce speckle noise and enhance contrast.

Acclarix LX8 super integrates quality, performance and innovation. For the heavy ultrasound application environment, the unique design makes daily operation simple, fast and intuitive.
High-fidelity, multi-channel architecture, excellent detail resolution and excellent penetration, especially suitable for deep scanning. Continuous image optimization, adaptive based on different tissue structures,
At the same time, motion-compensated adaptive blood flow and spectral Doppler images, intelligent color correlation and filtering are used to enhance excellent hemodynamic computing power and bring outstanding image processing results.