Resona A20
Premium Ultrasound System for Radiology
Reveal What Matters
By revealing the unseen, we empower you to embark on a transformative journey of discovery and understanding, enabling a deeper comprehension of human body and the world around us.
Driven by this mission, Mindray is about to release the premium ultrasound system – Resona A20. Powered by the Acoustic Intelligence Technology platform, it has pushed ultrasound imaging performance to a new level, helping clinical experts to achieve accurate diagnosis and academic exploration. Together, we can explore new horizons and push the boundaries of medical knowledge.
AIT Platform
Acoustic Intelligence Technology
The AIT Platform has achieved significant advancements in acoustic and electrical data, imaging algorithms, and system computing power. High-quality acoustic and electrical data are ensured by the AFM Transducer and FreeWave Tx/Rx Technology. Additionally, FreeBeam Beamforming and FreeIQ Intelligent Image Processing technology are dedicated to faithfully revealing tissue details.
AFM Transducer
FreeWave Tx/Rx
FreeBeam Beamforming
Free IQ Image Processing
Hyper Parallel Computing
Precise Imaging Diagnosis
Based on the AIT platform, Resona A20 provides clinicians with superior ultrasound imaging clarity for difficult clinical disease diagnosis. HD Scope+ is based on the innovative adaptive beamforming technology, which further reveals the tiny details of lesions with powerful ultrasound diagnostic capabilities.
AFM Transducers
Mindray’s next-generation transducers incorporate advanced technologies to enhance energy conversion efficiency, provide ultra-wideband coverage, and improve acoustic focusing capabilities, ensuring precise clinical diagnoses.
HD Scope+
Powered by FreeBeam beamforming technology from the AIT platform, HD Scope+ can extract more effective echo information. Depending on specific clinical needs, target-focused image enhancement is achieved using FreeIQ processing technology. HD Scope+ and B-mode provide dual live imaging, revealing intricate details of lesions for deeper clinical insights.
The newly upgraded UMA captures minute low-speed blood flow with high sensitivity, high spatial resolution, and excellent motion artifact control. This enhancement has the potential to significantly improve diagnostic efficiency for organ perfusion evaluation and tumor research.
High sensitivity
High resolution
Better motion artifacts control
HiFR CEUS offers ultra-fast imaging compared to traditional methods. By capturing detailed perfusion in the arterial phase, it enhances tumor diagnosis and the study of perfusion morphology.
6-8 times faster CEUS
Study on perfusion morphology of tumors
More clear perfusion
STE pushes the boundaries of image performance. With multiple quality control and intelligent tools, it intuitively and quantitatively evaluates tissue stiffness, making it highly effective for liver brosis and breast tumor assessments.
Superior imaging performance
Multiple quality control tools
Smart tools
M Reference
M Reference is a multi-parametric combined analysis tool that enables real-time, same-slice, and same-screen MPUS diagnosis. Unlike traditional single ultrasound imaging, it offers multi-dimensional diagnostic information and quantitative evaluation indicators for diseases.
Multi-parametric combined analysis
Multi-parametric quantification tools
Real-time, one-screen assessments
Innovative Clinical Research
Equipped with a wide range of innovative imaging technologies, the Resona A20 supports clinicians in cutting-edge clinical research. Super Resolution CEUS (SR CEUS) reveals blood perfusion details at the micron level, aiding clinicians in the exploration of early microcirculatory changes in lesions. Additionally, STVi shear wave viscoelastography, a novel technique for assessing tissue viscosity, demonstrates great potential for studies on chronic liver diseases and tumors.
Powered by the AIT platform, the Resona A20 delivers an all-in-one integrated solution for super-resolution imaging, a capability previously difficult to achieve. SR CEUS reveals the intricate microcirculation details of lesions at the micron level, aiding in microcirculatory perfusion studies in oncology.
Micron level resolution
Microvascular detection capabilities
Quantification tools
STVi enables the quantitative evaluation of tissue viscosity and provides real-time multi-parameter imaging, offering a more comprehensive approach to imaging diagnosis and quantitative analysis of chronic liver diseases, breast lesions, and other conditions.
Dual quantitative coefficients
Chronic liver disease assessment
Multiple quantification tools
Breast tumor assessment
The Resona A20 introduces a new generation of vascular quantitative analysis tools, featuring RF-data-based vascular pulse wave velocity and wall shear stress analysis. These advancements aid in the assessment of arterial vascular sclerosis.
Holo-PWV
V Flow and wall shear stress analysis
A New Level of Image Clarity
