HS40
The Samsung HS40 Ultrasound System is a cutting-edge medical imaging solution designed specifically for women's health applications. With advanced features and technology, the HS40 offers exceptional image quality, streamlined workflow, and user-friendly design, making it an essential tool for healthcare professionals in obstetrics, gynecology, and breast assessment.
The Samsung HS40 Ultrasound System is a cutting-edge medical imaging solution designed specifically for women's health applications. With advanced features and technology, the HS40 offers exceptional image quality, streamlined workflow, and user-friendly design, making it an essential tool for healthcare professionals in obstetrics, gynecology, and breast assessment.
The Samsung HS40 Ultrasound System is a cutting-edge medical imaging solution designed specifically for women's health applications. With advanced features and technology, the HS40 offers exceptional image quality, streamlined workflow, and user-friendly design, making it an essential tool for healthcare professionals in obstetrics, gynecology, and breast assessment.
Tools for optimized care
S-Detect™ for Breast
Semi-automated imaging reporting tool for breast assessment
The feature, which analyzes selected lesions in the breast ultrasound study and shows the analysis data, applies BI-RADS ATLAS* (Breast Imaging-Reporting and Data System, Atlas) to provide standardized reporting; and helps diagnosis with the streamlined workflow.
* It is a registered trademark of ACR and all rights reserved by ACR.
CrystalVue™
Volume rendering to visualize internal and external structures
CrystalVue™ is an advanced volume rendering technology that enhances visualization of both internal and external structures in a single rendered image using a combination of intensity, gradient and position
RealisticVue™
Detailed and realistic expression of 3D anatomy
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.
3D XI
3D data manipulation tool to improve diagnostic accuracy
Comprised of a suite of outstanding imaging applications (Multi-Slice View, Oblique View, and XI VOCAL), 3D XI offers precise control over 3D/4D volume data manipulation to improve diagnostic accuracy.
BiometryAssist™
A semi-automated measurement of fetal biometry parameters
A semi-automatic technology for biometric measurement, BiometryAssist™, enables users to measure the growth of the fetus more quickly and with greater accuracy while maintaining exam consistency.
E-Strain™
Semi-automated imaging reporting tool for thyroid assessment
E-Strain™ is designed to enable quick and easy calculation of the strain ratio between two regions of interest for day-to-day practice. Simply by setting the two targets, you can receive accurate, onsistent results and make informed decisions in many types of diagnostic procedures.
UterineAssist™
Measure the size and shape of the uterus with AI technology
UterineAssist™ based on Deep Learning technology, automatically measures the size and shape of the uterus, assisting in detecting signs of uterine-related abnormalities, as well as reducing scan time.
5D NT™ (Nuchal translucency measurement)
Fast NT measurement tool using automatic detection of mid-sagittal plane
5D NT™ provides the midsagittal plane view automatically by rotating and magnifying the images when measuring the nuchal translucency (NT) of the fetus in early weeks.
LaborAssist™
A semi-automated measurement of fetal biometry parameters
LaborAssist™ is a function that provides information of the progress of delivery by the automatic measurement of AoP (Angle of Progress) and the direction of the fetal head. This not only helps in effective communication between the healthcare professionals and mothers, but also assists in deciding a delivery method for the healthcare professionals.
* AoP complies with the metrics specified in the ISUOG Guideline.
2D Follicle
Tool for measuring the size of follicles based on 2D
2D Follicle is a function to measure the size of follicles based on 2D image and to provide information about the status during gynecologic examination.
Extraordinary image quality
Uniform imaging performance of overall image area from near-to-far
S-Harmonic™ reduces signal noise and provides more uniform ultrasound images by improving near to far image clarity.
Noise reduction filter to improve 2D image quality
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.
Spatial and contrast resolution with artifact suppression
MultiVision controls ultrasound beam electronically by steering, and compounds many scan lines for better image. MultiVision provides remarkable spatial and contrast resolution with even greater artifact suppression than ever before.
Streamlined workflow
QuickPreset
With one touch, the user can select the most common transducer and preset combinations. QuickPreset maximizes efficiency to make a full day of scanning simple and easy.
EzExam+™
EzExam+™ enables you to build or use a predefined protocol, and assign protocols for examinations that are regularly performed in the hospital in order to reduce the number of steps that you have to go through. For fetus diagnosis, in particular, you can arrange the examination order according to the fetus position using the touchscreen, and automatically apply the BodyMarker, Annotation, Measurement, etc.
HelloMom™
Simple transfer of fetal ultrasound images and clips
HelloMom™ is a simple and secure image sharing solution by generating QR code for the selected fetal images. Pregnant women and family are capable of downloading images of fetus by scanning on the QR code using smartphone, reducing the hassle of installing a separate application.
BatteryAssist™
BatteryAssist™BatteryAssist™ provides the system with battery power. This serves two important purposes. Firstly, it enables users to perform scans and transport the ultrasound system to other locations in environments where AC power may not be available temporarily. Secondly, it reduces boot-up time by using sleep mode without having to shut down or restart the system.