Sonorover UR820

High Resolution Imaging System for Small Animal Studies

The Sonorover UR820 is an ultra-high frequency ultrasound system for small animals, offering flexible probes up to 50 MHz and high-resolution imaging. It supports advanced functions like contrast, strain, and super-resolution imaging, meeting research needs in cardiovascular, abdominal, tumor, and embryo studies.

Sonorover UR820

High Resolution Imaging System for Small Animal Studies

Key Features

Advanced Imaging Platform

With GPU-accelerated processing and powerful computing for advanced imaging algorithms.
256-Channel

The 256-channel ultrasound system provides clearer images with higher resolution and better signal quality to show tissue and pathology details.
Ultra-High Resolution

The system provides clear images of tiny structures and fine anatomy for accurate diagnosis.
High-Frequency Probes

Offers flexible probe options to cover imaging needs for large and small animals, including heart, abdomen, tumors, and embryo studies.

Advanced Imaging Functions

Super-Resolution Ultrasound Imaging

Utilizing microbubble localization and tracking to achieve sub-wavelength imaging, overcoming the diffraction limit of conventional ultrasound. Breaks spatial resolution barriers to visualize microvascular network details, providing new perspectives and data support for studying tissue microstructures and evaluating blood flow characteristics.
Micro Flow Imaging

Captures low-speed, micro-scale blood flow signals to visualize fine vascular networks and blood flow dynamics. Applications include rat/mouse whole-brain blood flow imaging, early lesion detection, tumor characterization, and tissue perfusion monitoring.
Myocardial Strain Imaging

Accurately assesses cardiac function through quantitative analysis of myocardial strain parameters, enabling detection of subtle myocardial abnormalities and providing reliable data for cardiovascular research and diagnosis.
High-Frame-Rate Contrast Imaging

Achieves superior temporal resolution by increasing imaging frame rate, enabling clearer visualization of microvascular architecture and perfusion details.
Photoacoustic/Ultrasound Dual-Modality Imaging

Combines functional imaging via laser-induced ultrasound signals with structural imaging via high-frequency ultrasound echoes. The photoacoustic module supports real-time imaging up to 50 fps, precisely capturing hemodynamic processes and enabling accurate correlation of functional and structural information.