Samsung HERA W9
Meet the new premium women’s ultrasound designed to elevate confidence and efficiency in women’s healthcare.The new HERA W9 ultrasound system combines superior imaging technology with ergonomic design to advance workflow. Featuring the innovative Crystal Architecture™ and premier image processing technologies, HERA W9 produces realistic, high-resolution images for exceptional accuracy.
FreeForm™ refers to Samsung’s new design theme. It was developed to provide a more comfortable diagnostic experience by reducing the need for movement from one spot to another. Our goal is to satisfy user’s working environment by applying a mechanism to the control panel in its wide moving range, as well as by considering a user’s arm reach. This enables it to offer a sufficient amount of space for the user’s knee.
Crystal Architecture™ is an imaging architecture that combines CrystalBeam™ and CrystalLive™while based upon S-Vue Transducer™, to provide crystal-clear images.
- CrystalBeam™ is a new beamforming technology beneficial in delivering high-quality image resolution, and increased uniformity of images.
- CrystalLive™ is Samsung’s up-to-date ultrasound imaging engine with enhanced 2D image processing, 3D rendering and color signal processing,wherein provide enriched image performance and efficient workflow during complex cases.
CrystalBeam™ utilizes Arbitrary Waveform Transmission, Massive Parallel Beamforming and Synthetic Aperture technologies to produce a faster frame rate and improved image uniformity.
Color performance of CrystalLive™ has been improved to clearly visualize the hemodynamics of the blood flow. Greater sensitivity resulting from new color signal processing allows for a more accurate detection of peripheral blood vessels, microcirculatory blood flows, and volumes of slow blood flows.
LumiFlow™ is a three-dimensional visualisation of blood flow, which helps to understand the structure of blood flow and small vessels intuitively.
MV-Flow™ offers a novel alternative to power Doppler for visualizing slow flow of microvascularized structures. High frame rates and advanced filtering enable MV-Flow™ to provide a detailed view of blood flow in relation to surrounding tissue or pathology with enhanced spatial resolution.
* Optional Extra
S-Flow™, a directional Power Doppler imaging technology, can help to detect even the peripheral blood vessels. It enables accurate diagnosis when blood flow examination is especially difficult.
* Optional Extra
CrystalLive™ helps you to make more confident diagnoses with fundamental 2D images.Some major advantages of 2D images include shadow-suppressed images, lessened halo artifacts, and mitigated blurred area.
ShadowHDR™ selectively applies high-frequency and low-frequency of the ultrasound to identify shadow areas such as fetal head or spine where attenuation occurs.
HQ-Vision™ provides clearer images by mitigating the characteristics of ultrasound images that are slightly blurred than the actual vision.
ClearVision provides clearer tissue boundaries using the noise reduction filter and generates sharp 2D images. It reduces halo artifact that occurs when the tissue contour is enhanced, and removes noises on the tissue boundaries.
We believe that a truly great system offers customer-centric working conditions. Users of the HERA W10 have the option of customising its diagnostic settings based on personalised protocol. It results in a more streamlined examination process and faster workflows.
CrystalLive™ in 3D/4D provides users with more realistic and high-resolution images.It outdoes conventional 3D imaging technologies in terms of viewing small parts and lighting effects.
CrystalVue™ is an advanced volume rendering technology that enhances visualisation of both internal and external structures in a single rendered image using a combination of intensity, gradient and position.
RealisticVue™ displays high resolution 3D anatomy with exceptional detail and realistic depth perception. User selectable light source direction creates intricately graduated shadows for better defined anatomical structures.
HDVI™ is a volume rendering technology that improves visualisation of edges and small structures in volume data. Upgraded marginal expression and image saturation expresses the very details from angle to shadow of the fetus.
Fast Boot Up with MobileSleep
Fast boot up with MobileSleep
Booting-up from sleep mode saves about 63% of your time, when compared to normal boot-up.MobileSleep enters to the sleep mode quickly for easy maneuverability of the system.