The Nuewa R9 with Zone Intelligence 2.0 provides a total solution to help you with diagnostic confidence, efficiency, and standardization across different diagnostic challenges in women’s health practice.

Powered by the channel data based ZST + platform, the Nuewa R9 with Zone Intelligence 2.0 builds up a truly smart mechanism to deliver a new level of Intelligence.

The Nuewa R9 with Zone Intelligence 2.0 provides an intelligent total solution to deliver truly exceptional women’s healthcare from pre-pregnancy evaluation, pregnancy, postpartum recovery to neonate.

The brand new Smart FLC provides precise volume rendering, count and quantitative analysis of ovary and even antral follicles for easy, effective and confident ovarian reserve assessment.

Smart scene-endometrium realizes intelligent endometrial thickness measurement, volume rendering, auto coronal plane acquisition, and even 2D or 3D vascularity study for endometrial receptivity analysis.

Easily and intuitively explore the tubal patency and direct the type of treatment that is required for women having trouble falling pregnant.

High-clarity images with subtle details and Smart Scene intelligence help to easily acquire the most significant planes and obtain frequently used measurements of fetal brain for smart diagnosis, enabling improved throughput and reduced user dependency.

Smart Scene 3D-spine reduces the difficulty in scanning and intelligently splits vertebral bodies and arches for clear observation and reduced misdiagnosis of fetal spina bifida. The guide line also enables much easier and more confident positioning of conus medullaris.

Excellent fetal cardiac 2D and flow imaging ensures diagnostic confidence. A combination of tools enhances the efficiency and provides more information, such as auto monitoring of fetal heart rates, accurate evaluation of fetal heart function, and myocardium motion study.

Ultrasound plays a pivotal role not only in the regular examination of uterine, ovarian and adnexa, but also in the detection and characterization of abnormalities. Effective and efficient scan is enabled by a series of smart tools.

Multiple imaging modes and analysis tools allow comprehensive evaluation of the lesion, including 2D/3D tissue structure, hemodynamics, micro-flow perfusion, tissue stiffness, and quantification, giving more confidence for diagnosis, especially of complex GYN tumors.

With a simplified user interface, it generates a standard coordinate system and automatically provides all related measurements within seconds.

It provides full-stack intelligence for volume imaging, the ability to acquire multiple planes, and automated accurate measurements to enable easy evaluation of levator ani muscles.

Smart Scene 3D can automatically detect anal canal scanning Smart Scene 3D can automatically detect anal canal scanning sphincter for easy evaluation of its integrity and continuity.

Integrated with Mindray's exclusive Ultra-wide Beam Tracking technology, STE provides real time 2D shear wave elastography with professional measurement tools for comprehensive quantitative elastic analysis. Meanwhile, the operator independent STE ensures good reproducibility and brings highly consistent quantitative elastic results.

UWN+ (Ultra-Wideband Non-linear Plus) CEUS enables the Nuewa R9 to detect and utilize both 2nd harmonic and non-linear fundamental signals, generating significantly enhanced images, resulting in greater sensitivity and longer agent

A simple and well-tolerated ultrasound procedure used to assess the patency of the fallopian tubes, as well as detect abnormalities of the uterus and endometrium.

Smart FLC automatically detects the number of follicles and calculates each volume from a 3D ovarian volume image,assuring accurate assessment of follicles, essential for IVF exams.

With more intelligent algorithm, Smart ERA is able to effectively detect anatomical structures with even weak boundaries, such as endometrium. In addition, comprehensive assessment of vascular footprint and blood flow intensity in the target area is provided to ensure more diagnostic information.

Automatic measurements of the most frequently examined parameters, including BPD, HC, FL, AC, OFD and even NT as early as 11 weeks, are available with a single click for higher productivity and reproducibility.

Mindray's exclusive pioneering technology to allow fully automatic and accurate detection of the most significant planes and frequently used measurements of fetal CNS, leading to intelligent diagnosis, improved throughput, and reduced user dependency. Smart Planes CNS provides a user-friendly tool that greatly improves scanning efficiency through increased accuracy coupled with automated operation. With a simple button click on a 3D fetal brain volume image, the standard CNS scanning planes (MSP, TCP, TTP and TVP) and a range of related anatomical measurements (BPD, HC, OFD, TCD, CM andLVW) are obtained immediately.

Acquiring an optimal view of the fetal face in 3DUS is cumbersome and time-consuming. In some cases, it is impossible to get rid of the occlusions such as cord, placenta, uterus, and extremities. Smart Face provides a fast and intelligent optimization for fetal face with simple one-touch operation. It can immediately remove occlusions in the volume data and eliminate unwanted noise information, and generate an optimal view of the fetal face with minimized effort.

Using deep learning mechanism for fetal brain segmentation, Smart ICV realizes fully automatic measurement for fetal intra-cranial volume study. With minimum user manipulation, Smart ICV offers the most intelligent and efficient ICV measurement with guaranteed accuracy. mindray

Realizing the increasing importance of ultrasound diagnosis on pelvic floor disorders, Smart Pelvic provides a new solution to greatly simplify the operation procedures, and to minimize the exam time for a standardized evaluation on pelvic floor. With extremely simple user-interaction, it generates a standard coordinate system and automatically provides all related measurements within a few seconds.

The most commonly used method for hip evaluation, the results correspond to a clear hip classification. The detection of key structures is based on deep learning algorithms. Automatic measurement (α and β) and classification.

Greatly improve the exam efficiency by simply one click.

The system will judge whether the section is standard or not before calculation, and manual adjustment is also allowed.