
Overview
The Honda HS2200V is a portable, high resolution, black and white ultrasound imaging system incorporating the latest technologies available into an economical, user-friendly package for mixed practice. High density, multi-frequency transducers provide excellent image quality in rugged field conditions or at the office.
Overview
The Honda HS2200V is a portable, high resolution, black and white ultrasound imaging system incorporating the latest technologies available into an economical, user-friendly package for mixed practice. High density, multi-frequency transducers provide excellent image quality in rugged field conditions or at the office.
Overview
The Hitachi - Aloka Noblus is a versatile diagnostic ultrasound platform that can be easily adapted to the workplace. With its premium features and large user-friendly display, Noblus provides the performance needed for a wide variety of clinical imaging irrespective of the exam location.
Overview
The Hitachi - Aloka Noblus is a versatile diagnostic ultrasound platform that can be easily adapted to the workplace. With its premium features and large user-friendly display, Noblus provides the performance needed for a wide variety of clinical imaging irrespective of the exam location.
Honda Electronics: HS102V
Honda Electronics: HS102V
Honda Electronics: HS1600
Ultrasound Solutions WVA
Hitachi-Aloka: ProSound F37
Overview
The Hitachi - Aloka ProSound F37 delivers outstanding images while maintaining comfort for the patient and the examiner. Smart and clear imaging combined with eFLOW and Auto Angle Correct makes this a small and reliable system for your work environment.
Features
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compound pulse wave generator
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broadband harmonics
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adaptive image processing
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spatial compound imaging
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image optimizer
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smartprobes
The compound pulse wave generator combines the most advanced broadband beam-forming technology with high speed image processing to allow for high definition ultrasound imaging. The broadband Harmonics proveds high quality imaging using an expanded range of harmonic signals. This technology results in excellent image resolution and sensitivity and improved penetration. The adaptive image processing ensures that differences in tissues are clearly displayed, reducing speckle noise while maintaining the frame rate. It can also display outlines more clearly by selectively emphasizing boundaries. Because of the spatial compound imaging feature, the ultrasound beam is transmitted and received in real time and in the multiple directions resulting in a reduction of speckle noise, suppression of artifacts and improvement of contrast resolution allowing lesions to be clearly observed. At the touch of a button, the B-mode image is instantly optimized to the user's preference. This technology continually monitors the user's typical settings to optimally adjust the image when pressed resulting in less manual adjustments and more efficient examinations. Furthermore, the new high-efficiency probes are very lightweight and designed to be high in energy conversion to transmit high-quality ultrasound beams without raising the temperature on the probe surface.
The F37's simple operational features provide an easy and smooth workflow. The necessary controls for routine examinations are intuitively laid out, with high priority on reducing the examiner's operation steps. Imaging features inherited from higher-class models provide a work environment for concentrated examinations.

Endocavity Probe
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UST-672-5/7.5
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UST-675P
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UST-676P
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UST-677P
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UST-678
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UST-9118
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UST-9124
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UST-984-5
3D/4D Probe
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ASU-1010
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ASU-1012
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ASU-1014
Sector Specific Probe
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UST-52105
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UST-52124
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UST-52126
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UST-52127
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UST-52129
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UST-5296
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UST-5298
-
UST-5299
Probes
Convex Probe
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UST-9120U-3.5
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UST-9115-5
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UST-9123
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UST-9127
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UST-9130
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UST-9133
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UST-9136-U
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UST-9147
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UST-987-7.5
Linear Probe
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UST-5412
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UST-5413
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UST-5415
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UST-5417
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UST-5419
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UST-567
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UST-568
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UST-5712