Digital Beam Forming(DBF) Adopt the high performance digital sound beam former in the present ultrasound system, that improve th

Digital Beam Forming(DBF)

    Adopt the high performance digital sound beam former in the present ultrasound system, that improve the ultra-wide dynamic range and contrast resolution.

Automatic Tracking The Blood Stream

    Prevent the blood spilling results from the probe moving and patients breathing. Improve the spatial resolution of blood imaging.

FTO

    Process every region smoothly and strengthen for improving the contrast of the whole image. Make the image more gentle and the structure more clearly.

Compound Imaging Technology

    Through the real-time frequency compound imaging technology, lower the stripes noise and improve spatial resolution, penetration, and consistency to make the image more clearly and the structure more plentiful.

Weighted Emission Technique

Through weighted emission technique give array element the different pressure, stimulate impulse, overcome the mutual interference, strengthen the main lobe, suppress the side lobe, eliminate the artifact.

Pixel Focus

   Use the strong digital sound beam former to control pixel focus and improve the spatial resolution which can help the device to show the minute structure image clearly.

Tissue Harmonic Imaging (THI)

   Adopt tissue harmonic imaging technology to reduce the side lobe distortion and improve the penetrating power, the directional resolution and the contrast resolution.

Real Time Vascular Imaging

   Through the automatic recognition processing of Doppler echo signal to reduce the overlapping signal and make the Doppler imaging more clealy.