High end color Doppler ultrasound system
Ultrasound imaging whole body imaging Kunlun Resona R9
Kunlun Resona R9
Kunlun Resona I9
Kunlun Resona 7
DC-90
DC-80
DC-75
ZS3 Exp
ZS2 Exp
Resona R9
1. A New Leap in Precision Ultrasound
In the current complex medical environment, the increasing number of difficult cases and heavy workload make clinical diagnosis increasingly challenging.
Kunlun Resona R9, based on the above clinical pain points and based on the breakthrough of ZST+domain light platform, brings:
Extraordinary image optimization solution
Efficient automatic assistance tools
Professional advanced diagnostic functions
Careful ergonomic design
Thus, making the diagnosis more confident, accurate, and efficient.
2. Precision | Professional advanced diagnostic function
Excellent contrast-enhanced imaging
With the help of ultra wideband nonlinear contrast imaging, microvascular contrast enhancement technology, and high frame rate contrast technology, Kunlun Resona R9 will bring you an extraordinary contrast imaging experience.
High frame rate imaging
Based on ZST+domain light platform technology and contrast imaging, the frame rate is several times higher than traditional contrast imaging, which can achieve ultra fast contrast imaging to capture the vascular structure and perfusion characteristics in the early stage of lesion perfusion.
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Microangiographic enhancement technology
Displaying the structural details of tumor microvascularization can be used for early diagnosis of malignant tumors.
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Comprehensive elastic imaging
Supports elastic imaging in various modes such as strain gauge, STE, and STQ. Different types of probes can be applied to all parts of the body, fully meeting clinical and scientific research needs; In addition, high frame rate STE is several times faster than traditional STE, improving the smoothness of elastic images and making clinical diagnosis more confident.
3. Fusion imaging with respiratory compensation
Based on millimeter level precision magnetic sensors, fusion imaging with respiratory compensation can reduce fusion distortion caused by patient breathing, thereby improving the accuracy of fusion imaging.
4. Frontier dynamic vector blood flow imaging
Dynamic vector blood flow is a millisecond level hemodynamic research tool that tracks the size and direction of blood flow velocity through color coded vector arrows, vividly and accurately displaying the hemodynamic characteristics of peripheral blood vessels without angle dependence.
5. Automatic analysis of breast lesions
The 4-plane BI-RADS analysis makes the classification of breast lesions more comprehensive and accurate. Meanwhile, the streamlined automated workflow provides more efficient breast examinations.
6. Automatic liver kidney ratio
Quantitative analysis of fatty liver is more reliable and accurate than traditional qualitative assessment. In addition, the one touch recognition of liver and renal cortex makes the assessment of liver steatosis extremely fast and easy to use.
7. Quantitative analysis of organizational tracking
Automatic tracking of cardiac tissue movement, no angle dependence, fast and efficient evaluation of myocardial movement. And provide bull eye chart scores and multi parameter quantitative analysis.
