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Accuvix V20 3D/4D Ultrasound by Samsung Medison Maximize

Accuvix V20 3D/4D Ultrasound by Samsung Medison

Accuvix V20 3D/4D Ultrasound by Samsung Medison. The Accuvix V20's ultrasound imaging system represents the pinnacle of more than a decade of technology advancement in 3D/4D ultrasound imaging bySamsung Medison.

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Accuvix V20 3D/4D Ultrasound by Samsung Medison



3D MXI™, The Future of Volume Imaging
3D MXI™ is the innovative, cutting-edge volume image processing technology at the heart of the Accuvix V20. Comprising a comprehensive suite of imaging tools - including Multi Volume Slice™, Mirror View™, Multi-OVIX™, and 3D OH™ - 3D MXI™ lets you view, examine and diagnose volume data with supreme ease, speed and accuracy.
Premium Functionality

DMR+™ (DynamicMR Plus)


Designed to dramatically enrich grayscale resolution, DMR+™ (DynamicMR Plus) enhances border detection and contrast resolution while decreasing speckle echoes. DMR+™ is particularly helpful when evaluating detailed obstetrical, pelvic and abdominal anatomy.


Auto IMT™


Auto IMT™ speeds up IMT measurement of the Common Carotid Artery for early diagnosis of increased risk of stroke and heart attack.


Panoramic Imaging
Panoramic Imaging allows you to examine extended scans as a single image by automatically
displaying an extended field-of view. Panoramic Imaging also supports angular scanning from
convex and linear probe data acquisition.

Optimized Clinical Workflow

Premium Design Features
- 19-inch High-resolution, Flat Screen Monitor
- 360° Articulated Monitor Arm
- Ergonomic Control Panel
- Backlit Keyboard
- Low Fan Noise
Optimal Workflow and Post Analysis Tools
- QuickScan™
- Fully Customizable Functions
- Customized Measurement
- Post- Analysis Tools
TECHNOLOGY
Multi-Beam Processing
Multibeam Imaging is a technique involving creating several scan lines of images in one TX. Multi-beam technique is possible through digital beam forming and is a function that cannot be realized with the existing analog beamforming method.
Synthetic Aperture
Synthetic aperture control is a method for overcoming the limit of the physical channel in software methods. As shown in Diagram, to create one scan line, TX and RX works are performed twice.
Harmonic Imaging
The basic theory of the harmonic imaging is that body tissue reflects ultrasound signals at frequencies at twice the scanning frequency, or the second harmonic with scanning frequency. Harmonic imaging is the advanced technology of conventional harmonic imaging.
Full Spectrum Imaging
Spectrum imaging is designed for imaging by considering the entire frequency territory that the probe supports no matter how the TX frequency is designated. The frequency range can be broadened for better penetration and resolution.
DynamicMR™
DynamicMR™ significantly reduces artifacts such as misleading speckles and noise of the 2D ultrasound image through an innovative second-stage filtering of Object Filtering and Pixel Filtering.
AutoIMT™
Automated measurement of the intima-media thickness of the carotid artery wall is a widely-used function. It provides instant and Mean, Max, Standard Deviation and quality Index at the touch of a single button

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