SONOSCAPE E2/E3

SONOSCAPE E2

The E2 is a digital color doppler ultrasound system that goes above and beyond your expectations thanks to its tiny and attractive design. It meets your everyday scanning demands with GI, OB/GYN, Cardiac, and POC applications, while its color mode allows for more accurate and efficient detection of abnormalities. E2 offers a wide range of programs to help customers with routine scanning. E2 includes automatic calculations to boost your diagnostic confidence and free up time for patient communication.

SONOSCAPE E3

SonoScape’s traditional imaging methods are enhanced with a fresh new portable ultrasound equipment, E3. The E3’s precise B mode and sensitive color signal produce sharp, detailed images that enhance your scanning experience while enhancing diagnostic confidence.

 

Description

SONOSCAPE E2

Auto Image Optimization

The image is automatically altered and optimized with the click of a button, saving you time with parameter modifications. Furthermore, with Auto Focus enabled, the focus area moves with the depth of the ROI box in the scanning field, giving users with great image quality in the specified area of interest.

Automated Calculation

By automatically tracing the thickness of the carotid vessels, auto IMT is used to determine the level of vascular sclerosis existing in the patient. Auto trace provides customers with sensitive and accurate wave tracing, avoiding manual trace errors and providing calculating results quickly.

 

SONOSCAPE E3

Beam Sonoscape E3 C-field

More energy is provided by constantly dynamic focus, which adds to improved contrast resolution, signal-to-noise ratio, and image homogeneity.

μ-Scan

The most recent version of μ-Scan imaging dramatically improves image quality by lowering noise, increasing signal intensity, and improving visibility.

SR Flow

The digital color doppler ultrasound system enables sonographers to easily spot very small veins and slower velocities with SR Flow for the patient’s precise blood flow information.

Tissue Specific Imaging

The device automatically detects different tissues by matching distinct sound ranges, allowing the user to obtain images with greater uniformity and spatial resolution.