HS40 / HM70 EVO
HS40 –
Samsung’s ground-breaking design was inspired by users’ ideas and suggestions during development. Every detail, such as the fully articulating monitor arm, the operating panel which can be easily adjusted to different heights, and additional storage space, has been created to make the work environment more comfortable. This focus on the user led to the HS40 product winning a prestigious 2017 iF Design Award.
HM70 EVO –
The HM70 EVO ultrasound system is a high-performance hand-carried ultrasound system, evolved to support a diverse range of applications and patients. The system has streamlined workflow, durability, and high-resolution imaging that can be used in a variety of clinical situations. The HM70 EVO is built to meet today’s changing needs and provide healthcare professionals the confidence they need in their work environment.
The HS40 has Samsung’s advanced, yet budget-friendly technologies, to enhance the diagnostic capabilities for efficient and effective care. Samsung’s CrystalLive™ imaging engine offer enhanced 2D image processing, 3D rendering, and color signal processing aiding in outstanding image performance and efficient workflow during complex cases.
-
Crystal Architecture™ combines Samsung’s CrystalLive™ advanced image processing engine, with their innovative CrystalBeam™ beamforming technologies and an array of S-Vue™ single crystal transducers to produce crystal clear ultrasound images.Crystal Architecture-Abd
-
S-Vue Transducers™ use single crystal technology to provide a larger bandwidth and higher sensitivity for easier visualization of difficult-to-image anatomy and pathology.S-Vue CA3-10A-Brain
-
ClearVision is a proprietary noise reduction filter that improves tissue interface definition and creates sharper 2D images for optimal diagnostic performance.ClearVision-Off_On-Abd
-
ViewAssist™ is an Artificial Intelligence technology that automatically recognizes imaging planes, labels anatomy, and provides biometry and heart measurements to ease healthcare professionals’ documentation and exam workflow.ViewAssist Choroid Atria
-
BiometryAssist™ is a semi-automated biometric measurement tool that enables users to measure fetal growth parameters with one-click to decrease keystokes and maintain inter-operator exam consistency.BiometryAssist-Measure-AC
-
HeartAssist™ is a semi-automated fetal heart measurement tool. Utilizing deep learning, it helps to measure and to provide a suitable guideline view for an early finding of congenital heart abnormalities for the fetus before it is born. The automated nature of HeartAssist™ allows for a streamlined workflow due to fewer keystrokes.HeartAssist 4CH Trace CTAR
-
MV-Flow™ is an advanced Doppler technology providing detailed documentation of microvascular perfusion into tissues and organs. MV-Flow™ has been optimized for use in first trimester obstetric imaging.MV-Flow 1st Trimester
-
5D NT™ automatically locates the mid-sagittal plane from an acquired 3D dataset, measures the maximum Nuchal Translucency (NT) distance and aids in reducing inter-user variability.5D CNS AI
-
CrystalVue™ is an advanced volume rendering technology that enhances visualization of internal and external structures in a single rendered image. The resulting image reveals more definitive documentation of skeletal dysplasia, early neural tube defects, as well as first trimester brain development.CrystalVue Arm
-
Volume Shade Imaging improves3D volume visualization by displaying a detailed, more realistic rendered image by using skin tones and depth shading techniques.3D VSI Brain
-
Slab 3D allows the user to display a thicker slice of the static 3D or realtime 4D sectional planes. Once Slab 3D is activated, the appearance of the sectional planes may be rendered to improve visualization of the anatomy of interest. The render depth may be adjusted between 0.5 mm and 10 mm.Slab 3D Brain
-
Multi-Slice View allows visualization of multiple, parallel, sequential images within the volume dataset at variable depth intervals (0.5 mm to 10 mm). The Central View feature aligns the volume dataset to display equal distance in both directions. Additionally, it displays a reference image for improved conceptualization of the location of the displayed slices.Multi-Slice View Brain
-
Oblique View is a volume imaging technology which enables viewing 3D volume data in various orthogonal, oblique planes of view without 90° angle limitations. It reduces manual X-, Y-, Z- axis manipulations of the volume dataset.ObliqueVue 3D 1st Trimester
-
MV-Flow™ is an advanced Doppler technology providing detailed documentation of microvascular perfusion into tissues and organs.MV-Flow 3D Placenta Villus Stem
-
Uterine Contour aids in identifying uterine malformations by automatically extracting the curved endometrial centerline and thickness to display the 3D uterine coronal plane. It also provides three classification options (ESHRE/ESGE, ASRM, ASRM MAC2021) to assist in analyzing and assigning the uterine shape and classification into the patient’s report. *ESHRE/ESGE: The European Society of Human Reproduction and Embryology / The European Society for Gynaecological Endoscopy *ASRM: The American Society for Reproductive Medicine *ASRM MAC2021: ASRM Müllerian Anomalies Classification 2021Uterine Contour 3D Coronal Uterus
-
RealisticVue™ displays high resolution 3D anatomy with exceptional detail and realistic depth perception. User-selectable light source direction creates intricately graduated shadows for improved definition of anatomical structures. From detailed understanding of complex pathology to patient consultation and education, RealisticVue is a versatile and important tool for effective diagnostics and communication.RealisticVue-CrystalVue-Inversion 3D Coronal Ut
The HM70 EVO ultrasound system is a high-performance, hand-carried ultrasound system, designed to support a diverse range of applications and patients. The HM70 EVO has streamlined workflow, durability, and high-resolution imaging that can be used in a variety of clinical situations. The simple, intuitive interfaces enable users to immediately get to work in emergency situations.
