VINNO Ultrasound

VINNO M86

Ultra-Fine Ultrasonic Wave technology is based on VINNO’s RF platform, Ultra-Fine Ultrasonic Wave technology adopts the echo adaptive decoding technology which includes artificial intelligence judgment and adaptive matching method.

 

Main Features

Function Assessment

• Complete pelvic function analysis via vivid 2D and 3D dynamic imaging.
• Professional pelvic measurement pack­age helps you to make decision in confi­dent.

 

IVF Application

Vivid surface rendering and accurate volume calculation reveals fallopian tube’s information in three dimension.

 

Calculate the number and the volume of ovaries automatically.

 

Premier Breast Application

52mm footprint, 256 elements high density wideband high frequency probe U5-15LE probe is dedicated for women’s breast application combined with elastography function.

 

Obstetric Application

Semi-Automated assessment of anatomy reduced exam time by locating standard image planes and anatomical structure including nuchal translucency, fetal brain, fetal long bones.

 

Spatio-temporal image correlation (STCI) is an easy to use technique to acquire data from the fetal heart and to aid in visualization with both two-dimensional and three-dimensional (3D) cine sequences. The examiner can navigate within the heart, re-slice, and produce all of the standard image planes necessary for a comprehensive diagnosis.

 

HQ technology displays high-resolution 3D anatomy with exceptional detail and realistic depth perception. Users determine the direction of a simulated light source, significantly enhancing clarity of surface details and tissue parenchyms.

 

Stress Echo

 Non-invasive, dynamic evaluation of myocardial structure and its function under an external stress (exercise or pharmacology). External stresses increase the regional wall motions and thickening thereby increases 3-5 times blood supply to the myocardium to meet the demand in normal individuals. The non-ischaemic dilated or Hypertrophic Cardiomyopathy patients will have less demand due to pathology and ischaemia leads to regional wall motion dysfunction. Thereby, stress echo helps in functional assessment [differentiating active movement from passive/tethering] and structural changes [differentiation thickening/scar/aneurysm- regional bulging] which are more pronounced during stress, can be visually assessed and objectively observed [less subjective compared to standard Echo].

 

Spatio-temporal image correlation (STCI) is an easy to use technique to acquire data from the fetal heart and to aid in visualization with both two-dimensional and three-dimensional (3D) cine sequences. The examiner can navigate within the heart, re-slice, and produce all of the standard image planes necessary for a comprehensive diagnosis.

HQ technology displays high-resolution 3D anatomy with exceptional detail and realistic depth perception. Users determine the direction of a simulated light source, significantly enhancing clarity of surface details and tissue parenchyms.