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FEATURES

HERA W10

HERA W10 is the flagship ultrasound machine of the HERA platform, helping doctors make more accurate and easier diagnoses thanks to its intuitive, clear images, accurate analysis capabilities, and fast operation. The machine has a full range of specialized Obstetrics and Gynecology applications to support women’s health examination and care.

Crystal Architecture™

Crystal Architecture™ is an ultrasound imaging technology that combines CrystalBeam™ and CrystalLive™, based on S-Vue™ probes to provide clear, realistic ultrasound images.

– CrystalBeam™ is a new beamformer technology that is valuable in providing high-resolution and high-quality images, enhancing image uniformity.

– CrystalLive™ is Samsung’s newly updated ultrasound imaging engine that enhances 2D image processing, 3D image processing, and color image signals in ultrasound. This enables the device to provide high-quality ultrasound images and efficient workflow in complex cases.

CrystalBeam™

This technology helps to achieve more realistic and clear ultrasound images with depth. CrystalBeam™ uses Arbitrary Waveform Transmission, Massive Parallel Beamforming and Synthetic Aperture technology to create faster frame rates and enhance image uniformity.

CrystalLive™ 2D

This technology supports the processing of highly sophisticated 2D ultrasound images.

CrystalLive™ helps doctors make better, more accurate medical diagnoses thanks to basic 2D ultrasound images.

Some of the key advantages of 2D imaging in this technology include the elimination of shadows on the image, the removal of details or areas that are slightly blurrier than the actual image, and the reduction of halos that occur when enhancing tissue edges or removing noise on tissue edges.

ShadowHDR™

HQ-Vision™

ClearVision

CrystalLive™ 3D

This technology supports the implementation of clearer and sharper 3D/4D ultrasound images.

CrystalLive™ in 3D/4D provides users with realistic and high-resolution images.

CrystalLive™ 3D goes beyond conventional 3D technologies in observing in Small Parts applications and lighting effects.

CrystalVue™

RealisticVue™

HDVI™2.0

CrystalLive™ Color

Blood Flow Dynamics Ultrasound Technology for detailed, clear images.

CrystalLive™ color effects are further improved to more clearly demonstrate blood flow hemodynamics

Higher sensitivity due to new color signal processing technology allows accurate detection of peripheral blood vessels, microcirculation and slow-flowing blood flows.

LumiFlow™

MV-Flow™

S-Flow™

Crystal Clear Cycle™

Crystal Clear Cycle is an integrated solution for women’s health issues. This technology helps classify women’s health conditions into six important stages and simultaneously provides effective diagnostic solutions at each stage.

BiometryAssist™

5D CNS+™

5D Limb Vol.™

FreeForm™

Ergodynamics solution for convenient and comfortable use.

FreeForm™ is a new design style of Samsung ultrasound machines developed to provide comfortable operating experiences by reducing the need to move from one point to another. Through research on diagnostic operations and machine usage of many users, Samsung has designed the control panel to best suit all machine operations from all directions, with a spacious knee area for more comfortable sitting in front of the ultrasound machine.

Streamlined Workflow

Customize the functionality according to the user’s wishes

A truly perfect system is one that puts the customer at the center of the design of the working interface and personalized interfaces. HERA W10 users have the option to customize diagnostic settings based on personalized protocols. This makes the usage process more reasonable and the operation faster and more accurate.

QuickPreset for easy probe setup

Touch Customization for priority selection

Contextual Button for convenient access

Quick start with MobileSleep function

With the function of starting from SLEEP mode, it saves up to 63% of the time compared to normal.

MobileSleep will quickly switch to Sleep mode quickly to be ready for moving the device to meet the high mobility needs in specific working environments.