Chison XBit 90 Ultrasound Machine

Features

Shear Wave Elastography

• XBit 90 has both P-SWE point shear wave imaging and 2D-SWE surface shear wave imaging.
• Provide variety of quantitative analysis parameters, such as velocity values, Young’s modulus and so on.

Elastography

• Display the elasticity of different tissues  in different color.
• Provide more clinical information.
• Strain ratio measurement quantitatively gives the ratio between the average strain of the selected region and of the nearby normal tissue region.

SonoCrystal

• Provide context and surface information.
• Allow an accurate understanding of patient anatomy.
• Easily differentiates between soft tissue and structure.

SonoContrast

• Been developed in order to visualize the micro-circulation in tissue, that is, the blood flow in imperceptible blood vessels.
• Potentially be used for improved diagnosis and therapy in several clinical situations.

MVI

• It applied a brand- new algorithm to check the blood flow.
• Greatly improve the visualization sensitivity of low velocity and small blood vessels.
• Provide more and accurate blood flow information for clinic.

Auto EF

• Automatically recognize and envelope the endocardium accurately, and provide cardiac function measurement values (EDV, ESV, EF) synchronously.
• Greatly improve work efficiency.

SonoNeedle

• SonoNeedle function is a cutting-edge ultrasound diagnostic puncture navigation system. In this mode, the needle path and needle tip position are dynamically displayed in color in real time.
• It can improve puncture efficiency and accuracy.

SonoPW

• The sample gate can be extended to 4 during PW mode.
• It can switch and active each sample gate to realize multi-point spectrum measurement in the same cardiac cycle at the same scanning plane; Support synchronous display of spectrum and speed value.

Strain and Strain Rate

• A new non-invasive method for assessment of myocardial function.
• Ability to differentiate between active and passive movement of myocardial segments, to quantify intraventricular dyssynchrony.
• To evaluate components of myocardial function.