Echo-enriched beam former permits the use of traditionally neglected echo signals of adjacent beams to form one finer and stronger imaging beam, providing better ‘out-of-focus’ image resolution and deeper image penetration.

Instromedix India’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

Maximum 12 times tasking for one transmitted beam, resulting in excellent time resolution and higher frame rate.

Gain improved image quality based on auto structure detection.

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

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

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

Permits compounding of different frequencies to form best whole field image homogeneity, providing better penetration especially for high frequency scan

Gain precise anatomical observation by freely placing sample lines at any angle. Attain better images through simultaneous display of up to 3 sample lines.

Accurately evaluate myocardial motion at different phases, and simultaneously determine myocardial synchronization. High frame-rate providing you with accurate results:

Tissue Doppler Imaging allows you to quantitatively evaluate local myocardial movement and function, providing complete TDI modes for faster and direct diagnoses.

M9’s premium capabilities allow for LV opacification during stress, enhancing discrimination between myocardial tissue and blood pool, providing better visualization of the endocardial surface. Stress Echo feature on M9 includes a complete package for pharmacological stress and exercise stress echo. The package is supported by a flexible reporting system that can be optimized for your individualistic needs.

Intelligent way to analyze 2D echo clips to automatically recognize diastole/systole frames and output EDV/ESV/EF etc. results by Simpson method.

Advanced needle visualization allows the needle increased visibility even during steep-angled procedures, while maintaining superior image quality. Improved confirmation of needle location in tissue minimizes harm to surrounding tissue.