HiFR CEUS
Empowered by ZST+ technology and plane wave based CEUS, HiFR CEUS enables ultra fast CEUS for vascular structure and perfusion character visualization in arterial phase, work as a complementary tool for UWN+
4 ~ 17 times fasterthan traditional CEUS
More confident in tumor diagnosis:
With clear vascular structure and perfusion character visualization in arterial phase.
Great potential for tumor character research:
More accurate ablation evaluation:
By different tumor perfusion details in arterial phase from benign to malignant.
By observing ablation area with ultra high temporal resolution CEUS.
HiFR CEUS case : Liver FNH
The perfusion characteristics of FNH is like wheel-shaped, or eccentric enhancement mode. Traditional CEUS can hardly capture the perfusion process in arterial phase. But HiFR is able to.
*HiFR CEUS is not recommended to apply in delay phase or 10cm deep region
Prostate Elastography
Comprehensive strain and shear wave prostate elastography for two different biopsy approaches.
High sensitive and specificity elastography:
For transrectal and transperineal biopsy:
Strain and shear wave elastography working together to deliver more confident diagnosis. .
Both end-fire and bi-plane endocavity transducers available, enabling more accurate target biopsy.
Prostate Elastography: Prostate Carcinoma
With STE in prostate, the micro calcified area is clearly mapped with high stiffness signal, showing high sensitivity in shear wave elastography.
High Frame Rate STE
New STE enables the highest frame rate STE in the field, up to 10 times faster STE frame rate than before*, brings you more confidence in clinical diagnosis.
More smooth and consistent STE:
Brings more confidence in tissue stiffness diagnosis.
More sensitive motion detection:
Further excludes the respiration artifact for more accurate measurement.
Regular STE
High Frame Rate STE
Smart HRI (Hepatorenal Index)
Intelligent liver steatosis assessment by automatically calculating brightness of the liver with renal cortex in B mode.
Quantitative analysis of fatty liver:
Delivers more reliable and accurate data than traditional qualitative estimation.
Intelligent organ recognition:
One-push-button liver and renal cortex recognition enables fast and easy to use liver steatosis assessment.
