Ultrasound System

M7 Premium

Overview

Award winning portable hand-carried color Doppler, M7 premium is a High level system with excellent performance. Equipped with dedicated cardiac package and easy-to-use workflow software, M7 premium offers an ideal packaged solution to address the needs of cardiologists.

3T Transducer Technology

Mindray’s patent transducer technology to increase image bandwidth and transmission efficiency.

· Triple-matching layer design for higher sensitivity, wider bandwidth, and improved S/N.
· Total-cut design for lower cross-talk noise, better directivity, and improved lateral resolution
· Thermal-control design for better acoustic transmission

PSHI™ (Phase Shift Harmonic Imaging)

Purified Harmonic Imaging for better contrast resolution providing clearer images with excellent resolution and less noise.

iClear™ (Speckle Suppression Imaging)

Gain improved image quality based on auto structure detection.

· Sharper & Continuous Edges
· Smooth Uniform Tissues
· Cleaner ‘no echo areas’

iBeam™ (Spatial Compound Imaging)

Permits use of multiple scanned angles to form a single image, resulting in enhanced contrast resolution and improved visualization.

Multi-beam formation

Maximum 8 times tasking for one transmitted beam, resulting in excellent time resolution and higher frame rate.

Natural Touch Elastography

· Based on Mindray’s exclusive technology, Natural Touch
· Elastography reduces dependence on a user’s operating
· technique, improving reproducibility for increased clinical utility.

Tissue Doppler Imaging with Quantitative Analysis (TDI and TDI-QA)

Supported by Mindray’s unique 3T technology with single crystal, the M7 premium significantly improves the performance of Tissue Doppler Imaging. With the added quantitative analysis package with comprehensive parameter outputs such as velocity, strain and strain rate, the TDI-QA performs with ease at the bedside.

Smart Track

Due to the new platform, the smart track enables to automatically optimize color box and Doppler gate placement accurately, making sure the optimal and best display for color flow and spectral Doppler signal.