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* FDA approved

•  Imaging mode: B, B+B, B+M, M

•  Gray scale: 256

•  Display: 10" non-interlaced

•  Transducer frequency: 2.0 ~ 10MHz

•  Transducer connectors: 2 (standard)

•  Beam-forming: Digital Beam-forming (DBF)

•  Dynamic Receiving Focusing (DRF) up to 16 zone transmitting focusing

•  Dynamic Frequency Scan (DFS)

•  Real-time Dynamic Aperture (RDA)

•  Dynamic Receiving Apodization (DRA)

•  Tissue Specialty Imaging (TSI)

•  Scanning angle: from 40 to 128 degree (depending on transducers)

* FDA approved

•  Wide clinical applications ----- can be used in abdomen, urology, gynecology,
  obstetrics, small parts, cardiology, endocavity and intervention
•  Advanced digital imaging technologies ----- excellent image quality with high resolution and high penetration
•  IP (Image Process) function ----- help you with adjustment of image parameters fast and easily
•  Tissue Harmonic Imaging (THI)
•  TSI (Tissue Specialty Imaging)
•  Max frequency up to 10MHz
•  14″non-interlaced monitor ----- realizing high definition images
•  Transducer technology ----- high sensitivity, wide band and multi-frequency transducer series
•  Multi-language interface

•  Powerful Multi-beam Parallel Imaging (MBP) increases temporal resolution and real-time frame rate, while collecting useful information to re-build high quality images.
•  Fine Tissue Optimization (FTO) eliminates noise, improves signal-to-noise ratio and emphasizes boundary imaging.
•  Extended Phase Harmonic (EPH) results in enhanced harmonic signal and restrained original wave, increasing resolution and accuracy in identifying subtle pathological changes.
•  Transmitting Spectrum Focusing (TSF) greatly decreases side lobe while improving spatial and temporal resolution.
•  Innovative Transmitting Apodization (ITA) minimizes artifact through specific apodized transmission, reducing near-field clutter and enhancing precise sound beam for more predictable results.
•  Accurate Vessel Imaging (AVI) automatically distinguishes subtle tissue Doppler signal from blood cell to form high resolution images.