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The HUC-320 is a cutting-edge ultrasound system that boasts exceptional image quality and portability, catering to medical professionals needing advanced diagnostic tools. It encompasses a wide array of features such as 2D, CFM, M, PW, CW, CMM, DPDI, AMM, and advanced 3D/4D imaging. The system also supports various intelligent functions like THI, SRI, SCI, TSI, FCI, EFov, HR flow, and B-steer. It includes standard Auto IMT measurement and offers both local and global amplification support. The HUC-320 facilitates ease of use with preposed USB ports for multi-data transmission and boasts Dual Live and Multi-synchronization technologies. Additionally, it is equipped with a biopsy function, making it a comprehensive solution for ultrasound imaging needs.
· 2D, CFM (Color Flow Mapping), M (Mode), PW (Pulsed Wave), CW (Continuous Wave), CMM (Cine Mode), DPDI (Dual Plane Doppler Imaging), AMM (Angle Modulation Mode), 3D/4D (Three/Four Dimensional), ZPage, ZLive, TDI (Transverse Dynamic Imaging), Elastic Imaging, Panoramic Imaging
· THI (Tissue Harmonic Imaging), SRI (Spatial Resolution Improvement), SCI (Strain Compensation Imaging), TSI (Tissue Synchronization Imaging), FCI (Flow Compensation Imaging), EFov (Extended Field of View), HR flow (High-Resolution Flow), B-steer (B-Mode Steering)
· Standard automatic IMT (Intima-Media Thickness) measurement
· Support for both local and global amplification
· Support for PW automatic tracing and automatic calculation
· Preposed USB ports for multi-data transmission support
· Dual Live and Multi-synchronization technologies
· Biopsy function available
uSeed Platform
The HUC-320 supports precise diagnostic capabilities through the uSeed metadata beamforming imaging technology platform. This cutting-edge platform has been engineered using a combination of CPU and GPU heterogeneous computing. Within the uSeed platform, images are preserved in the form of metadata to facilitate advanced post-processing.
Pulse Inverse Harmonic Imaging PIHI
PIHI minimizes the distortion caused by the fundamental wave and significantly enhances the signal-to-noise ratio.
Speckle Reduction Imaging
SRI technology markedly diminishes undesired speckle noise, offering improved tissue boundary and echo clarity, which is essential for reliable clinical diagnosis.
Spatial Compound Imaging
SCI technology enhances contrast resolution, diminishes speckle noise, and improves the visualization of homogeneous tissues by smoothing the imaging process.
The HUC-320 ultrasound system delivers exceptional performance across a range of medical fields, including abdominal, gynecological (with endovaginal capabilities), obstetric, cardiac, small parts (such as breast, testes, thyroid, etc.), urological, musculoskeletal, and peripheral vascular applications. It offers a diverse array of imaging modes, ensuring a broad spectrum of clinical utility.
Key features include:
– Multiple imaging techniques: B Steer, CW, Efov, PDI, and DPDI
– Advanced measurement tools: Auto IMT, TSI, THI, SRI, SCI, FCI，Biopsy capabilities for precise tissue sampling.
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