It enables the use of multiple scanning angles to form a single image, ensuring enhanced contrast resolution and significant visualization improvements.
It allows for higher image quality, thanks to automatic structural detection
· Sharp and continuous margins
· Homogenous fabrics
· Clearer anechoic zones
Eco-enriched rays formation
The eco-enriched ray formation allows the use of the normally neglected echo signals coming from adjacent beams to generate a higher quality image radius, offering a better “out-of-focus” graphic resolution and a deeper image penetration.
Multiple ray beams formation
Maximum tasking 12 times for a transmitted beam, which allows for excellent temporal resolution and a higher frame rate.
It enables a better visualization of small vessel perfusions and a greater understanding of pathological vascularity, thanks to the visualization of multiple frames, to create accumulated images.
It enables to obtain a complete and extended visualization of the anatomical structure through panoramic images accompanied by indication of speed and double-direction scanning capability, to make the scanning simpler, easier and more controllable
It enables to obtain better diagnostic information through an extended visualization of the anatomical structure on each type of convex or linear probe.
Detection of better diagnostic information through an extended visualization of the anatomical structure on all linear probes.
The ideal tool for a more thorough biopsy: it allows adaptation to the scan line, ensuring greater visibility of the needle, nerves and small vessels.
The unique Mindray patient information management system allows you to effectively integrate, examine, archive and recover patient data.