Intelligent speckle noise suppression imaging
Speckle noise suppression technology can intelligently identify different tissue information in different spatial dimensions point-to-point, suppress speckle noise, effectively improve the sensitivity of lesion detection and display the edge information of structure, while making the image more delicate. Intelligent spatial composite imaging
Intelligent spatial composite imaging technology can update echo signals received at different angles in real time through spatial multi-angle deflection scanning, and continuously update fusion imaging. Under the premise of ensuring time resolution, it can effectively suppress random noise and clutter signals, enhance the display of target organization, and improve the spatial resolution of images.
Diagnosis, smart and simple
Automatic measurement of endomedia thickness
Endovascular media thickness automatic measurement function can automatically identify endovascular media thickness and automatically measure The thickness of the endovascular media. At the same time, the intima-media thickness measurement report is provided to provide users with more practical and efficient assessment information of vascular related diseases.
Real-time wide-field imaging
Visually expand specific tissue anatomy to provide more and more complete information about tissue relationships.
Tissue Doppler imaging
Heart-related examinations provide advanced practical diagnostic tools such as tissue Doppler imaging and anatomical M-type. The DC-26 supports complete tissue Doppler patterns, including TVI, TEI, TVM, and TVD, as well as anatomic M-type, providing a specialized analytical tool for the movement of the heart muscle.
iScanHelper in hand, easy to scan without worry
iScanHelper is a professional built-in ultrasound teaching software equipped with easy-to-use and practical anatomical diagrams, scan technique diagrams and standard ultrasound clinical diagrams to help users quickly learn ultrasound scans and enjoy expert ultrasound guidance anytime, anywhere.