Ultrasound system of high level
Accuvix XG is designed to provide clearer vision and more accurate measurement, by applying Samsung Medison’s latest Imaging technologies. By using these technologies, the Accuvix XG gives more confi dence in observation by providing dramatically improved 2D/color Doppler image quality, and enables users to acquire images that are best suited to their examination.
State-of-the-art 3D/4D imaging technologies deliver enhanced evaluation capabilities, ease of use, speed and improved accuracy. Portability allows for a flexible user experience with customizable functions enabling smooth and intuitive use. Design a seamless environment to create an improved patient experience.
- 48.3 cm HD LCD monitor
(with articulating monitor arm) enables images to be displayed clearly even with a larger monitor, and the articulating monitor arm enables easy mobility for a more comfortable and
convenient working environment.
- 2D Image Capabilities
Dynamic MR™/DynamicMR+2.0™ enriches gray-scale resolution across a wide dynamic range. SRF™ helps to eliminate speckle echoes. SCI™ steers the ultrasound beam and compounds many scan lines. And FSI™ delivers consistent, high-quality 2D images.
- 3D/4D Image Capabilities
HDVI™ affords naturally clear contrast for excellent tissue differentiation, edge depiction and speckle reduction. And the 3D XI™ and 3D MXI™ imaging suites offer precise control in the viewing, manipulation and examination of 3D/4D volume data.
SCI (Spatial Compounding Image)™ controls ultrasound beam electronically by steering, and compounds many scan lines. for better image. sci™ provides remarkable spatial and contrast resolution with even greater artifact suppression than ever before.
SRF (Speckle Reduction Filter)™ enhances image quality by reducing or eliminating the appearance of speckle echoes from ultrasound images. The degree of speckle reduction is user-selectable.
Dynamic MR™ / Dynamic MR Plus™ is designed to enrich gray-scale resolution, by enhancing detection and contrast resolution, and decreasing speckle echoes. This is particularly useful when evaluating superficial structures.
FSI (Full Spectrum Imaging)™ incorporates the penetration capabilities associated with lower frequencies, while maintains the fine pixel uniformity associated with higher frequencies. It delivers consistently high quality images even in case of challenging diagnostic cares.
- Stress Echo
The programmable features of pharmacological Stress Echo, diastolic Stress Echo, and exercise Stress Echo give you a streamlined workflow to fit your needs. Stress Echo supports a flexible reporting format that can be individually optimized for your workplace environment.
This technology allows to define the alteration of the stiffness in tissue state more accurately that it makes easier for the user to diagnose image.
HDVI (HD Volume Imaging)™ gives outstanding image quality and naturally clearer contrast, with excellent tissue differentiation, edge depiction and speckle reduction. It helps consistent diagnoses with great confidence.
QuickScan™ maximizes workflow efficiency by automatically optimizing key imaging parameters with just a push of a button.
- Auto IMT™
Auto IMT™ speeds up IMT measurement of the Common Carotid Artery for early diagnosis of risk of stroke and heart attack.
DPDi (Directional Power Doppler imaging)™ is enhanced technology for hemodynamic of color flow, giving the directional information of blood flow. It improves sensitivity of detection and it is useful to map.
- Cervix ElastoScan™
Highly sensitive, Cervix ElastoScan™ easily reveals changes in the uterine cervix often missed by palpation, enabling more accurate assessment.
- 3D mXi™
3D mXi™ is an innovative, cutting-edge 3D image processing technology. 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 3D volume data with supreme ease.
SFVI (Smart Filter Volume Imaging)™ is a remarkable digital signal filtering technology for 3D images.
• Clear SFVI™ removes unwanted noise, resulting in a clear image.
• Detailed SF VI™ allows for sharp border definition on a 3D image.
With VSI (Volume Shade Imaging)™, the skin tone shading provides more lifelike 3D images. It improves visualization of subtle anatomic structures, created by enhanced depth perception and edge enhancement.