SonoScape E3 Portable Color doppler Ultrasound with 3 probe connector

A brand new portable ultrasound system E3, brings you a distinct experience with SonoScape's traditional imaging technologies. E3's accurate B mode and sensitive color signal give crisp, detailed images to improve your scanning experience while increasing your diagnostic confidence.

C-Field Beam  

The continuous dynamic focus provides more energy which contributes to higher contrast resolution, signal-noise ratio and uniformity in the image.

μ-Scan

The latest generation ofμ-Scan imaging greatly enhances the image by reducing noise, improving signal strength and improving visualization.

Dynamic Color
With Dynamic Color the sonographers can easily see in detail very small veins and slower velocities for detailed blood flow information of the patient.

Tissue Specific Imaging

The system detects different tissues automatically by matching different acoustic ranges, from which the user can then acquire images with more uniformity and higher spatial resolution.

Cardiology Application
-Steer M imaging (Anatomic M mode)
-Color M imaging
-Embedded IMT (Intima-Media Thickness) Software detects edge with mean and maximum thickness value

Anesthesiology / Emergency Medicine / Musculoskeletal
Phase Inversion Harmonic Imaging (PIH)
The harmonic signals are fully preserved without degradation of the acoustic information. Making it possible for the S22 to capture high-level details and improved contrast resolution by reducing noise and clutter in the visualizing of subtle lesions, small parts, vascular and so on.

Spatial Compound imaging (SCI)
Spatial Compound Imaging utilizes several lines of sight for optimal contrast resolution, speckle reduction and border detection, with which the S22 is ideal for superficial and abdominal imaging with better clarity and improved continuity of structures.

u-Scan
Second-generation μ-scan technology greatly improves the visibility of organs and lesions with improved, high-definition contrast resolution that suppresses speckle artifacts while maintaining real tissue architecture.