Premium Ultrasound System
Recho R9
Coming Soon!
eZST Platform
​The Recho R9 with eZST Intelligence imaging platform based on domain scanning technology, breaks through the technical limitations of traditional ultrasonic beam synthesis in imaging spatial resolution and temporal resolution, and has faster imaging speed, higher image frame rate, better blood flow sensitivity and full-field uniformity.
It can also carry moment energy probes and area array probes, support real-time three-dimensional imaging, and more accurately observe and evaluate the anatomical structure of the heart, providing important imaging basis and support for the qualitative and quantitative diagnosis of lesions.
Accurate transmission and rection of 3-dimensional sound fields
Wider scanning range to achieve simultaneous improvement of image frame rate and detail resolution
Real-time automatic optimisation of cardiac image parameters for each section
Compatible imaging of high-speed abnormal blood flow and low-speed micro blood flow
Professional cardiovascular ultrasound
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Clear cardiovascular images
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Accurate cardiac function assessment
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Efficient work experience
15.6" gesture-conrtolled touchscreen
23.8" large medical LCD Monitor
Cardiovascular specialty panel
Support five probe interfaces
Accurate quantification
Automated quantitative analysis of cardiac function
15.6" gesture-conrtolled touchscreen
Clear Images
Cardiac 2D grayscale and colour Doppler imaging
Images have high frame rates, high detailed resolution and compatibility with high and low speed blood flow information
Real-time 3D cardiac imaging
Supports multi-plane imaging, auxillary imaging and multiple rendering modes to help diagnose structural heart disease
Cardiovascular angiograpghy
Accurately assess left ventricular volume and function and quantitatively assess myocardial microcirculation perfusion
Stress Imaging
Cardiovascular Probe
The cardiovascular probe family covers cardiac examination items, including transthoracic probes, transesophageal probes and linear array probes for adult, pediatric and neonatal applications, which can truly restore the original appearance of tissues, reproduce anatomical details, and provide doctors with more diagnostic information.
Excellent image quality
