SONOACE R7 real-time three-dimensional color Doppler ultrasound system

Slim and compact, advanced performance

The SonoAce R7 real-time three-dimensional color Doppler ultrasound system uses the latest ninth-generation system platform and is equipped with advanced imaging technology to provide clear image quality and effectively improve the accuracy of clinical diagnosis.

I. Advanced Image Optimization Technology

Single crystal probe

The internal structure is very uniform, which can make the polarization direction of the material highly consistent, greatly improving the efficiency of acoustic-electric conversion, minimizing the loss of acoustic energy, bringing richer tissue information, and better image quality.

DMR™ Dynamic Magnetic Resonance Imaging Technology

It can obtain image effects similar to magnetic resonance, enhance the automatic detection of tissue and lesion edge contours, and improve resolution.

II. Cardiovascular Application Functions

Auto IMTAutomatic measurement of intima-media thickness

Auto IMT technology, through the measurement of intima-media thickness, can effectively assess, analyze and predict the risk of cardiovascular and cerebrovascular diseases. It can be customized and analyzed according to population, age, gender, region, etc.

StrainCardiac strain imaging

It is a new objective, quantitative, real-time, and non-invasive method for evaluating local myocardial function. It can provide detailed information on local myocardial deformation, which is extremely valuable for evaluating myocardial lesions such as coronary heart disease and left ventricular systolic dysfunction, and can automatically analyze endocardial motion and ventricular wall thickening.

III.Elastic imaging technology

Tissue deformation due to external pressure: normal tissue > malignant tissue, thus showing different degrees of deformation between normal and malignant tissues, displayed in different colors using coding technology; extended to the comparison of different tissue hardness.

ElastoScanSuperficial elastic imaging

Elastoscan™ Cervical elasticity

By slightly pressing the probe, the proximity to the expected delivery date is judged according to the hardness of the cervix; avoiding the discomfort of pregnant women during cervical palpation.

Elastoscan™ Intracavitary elasticity

The above elasticity has its own characteristics:

1) Start elastic imaging, automatically reduce the mechanical index, high safety

2) The frame rate of the elastic imaging mode is not reduced, so as to obtain real-time and efficient images

3) It has grayscale and various color mapping display methods, and performs hardness grading

4) The contrast, transparency, and other adjustment modes of the imaging mode can be adjusted

5) Specific elastic imaging of the region of interest can be performed to improve sensitivity

6) Cervical elastic imaging technology to judge cervical maturity.

IV. Enhanced Real-time 3D Application System

3D XI three-dimensional extended imaging technology

A variety of functional tools to facilitate your operation and improve work efficiency.

Inversion(Inversion mode)

The color of the information can be reversed, and it can be applied to the imaging of regions of interest filled with liquid, such as fetal stomach, urinary system, cardiovascular system, etc.

ObliqueArbitrary section imaging

Observe three-dimensional stereo data without limit through different visual planes, observe more clearly and better understand the spatial three-dimensional relationship between different organs in the region of interest. It is easier to obtain valuable sections that are difficult or impossible to obtain with two-dimensional scanning.

Powerful four-dimensional functions and cutting-edge scientific research tools provide a comprehensive solution for clinical diagnosis and treatment and scientific research. A rich and complete group of probes can meet the clinical diagnostic needs of multiple systems such as obstetrics and gynecology, abdomen, urology, small organs, cardiovascular, musculoskeletal, pediatrics, neonatology, and TCD.

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