Since the company was founded, Mindray is continuously exploring new ways to improve diagnostic confidence. Powered by the most revolutionary ZONE Sonography® Technology, Resona 6’s new ZST+ platform brings ultrasound image quality to a higher level by zone acquisition and channel data processing.
As well as ZST+ powered premium image quality, Resona 6 also provides essential clinical features with proven performance, most intelligent fetal CNS plane acquisition and most intuitive gesture-based operation. All of these above have built up Resona 6 as the achievable premium solution to address challenges of clinical accuracy and efficient diagnosis in today’s demanding and overburden hospital environments.
Core Platform and Technology
Total Recall Imaging
UWN (Ultra-Wideband Non-linear) Contrast Imaging
UWN+(Ultra-Wideband Non-linear Plus) CEUS enables the Resona 6 to detect and utilize both 2nd harmonic and non-linear fundamental signals, generating significantly enhanced CEUS images, resulting in greater sensitivity of minor signals and longer agent duration with lower MI.
RIMT (RF-Data IMT)
Based on radio frequency data (RF-Data) with rawer acoustic information, RIMT provides automatic and real-time IMT measurements with extremely higher accuracy of 5m, more quantifications within six heart cycles, and less dependence on image quality for greatly improved diagnostic confidence.
Natural Touch Elastograhpy
Based on Mindray’s exclusive elastography algorithm, Natural Touch Elastography enables higher stiffness sensitivity and better reproducibility, reducing dependence on operator's scanning skill and improving clinical output and user experience for higher clinical utility. Particularly unique shell analysis, a very useful tool to evaluate benign and malignant lesions, provides relative strain ratio between surrounding tissue and the lesion, indicating status of the infiltration of cancer cells into peritumoral tissue.
Mindray’s exclusive pioneering technology positions the Resona 6 as the industry’s first ultrasound system 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 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 and LVW) are obtained immediately.