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Title V8
Category Women's Health
System pitch

Unifying intelligence and performance

Built to deliver comfort to both healthcare professionals and patients,the V8 premium ultrasound system enhances workflow and patient throughput in women's healthcare. Powered by Samsung's Crystal Architecture™ and Intelligent Assist features, V8 helps streamline processes and boost confidence even in complex women's exams,as well as help communicate results easily with patients.
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System benefits

Redefined imaging technologies powered by Crystal Architecture™

Crystal Architecture™, an imaging architecture that combines CrystalBeam™ and CrystalLive™, based upon S-Vue Transducer™,provides a crystal clear image. CrystalBeam™ is a new beamforming technology beneficial in delivering high-quality image resolution and increased uniformity of images. CrystalLive™ is Samsung’s up-todate ultrasound imaging engine with enhanced 2D image processing,3D rendering and color signal processing, to offer outstanding image performance and efficient workflow during complex cases.

Exquisite imaging qualityfor reliability and confidence

Gain insight into the problem based on exceptional image performance powered by Samsung’s core imaging engine, Crystal Architecture™. The premium imaging engine combines the benefits of enhanced 2D image processing, realistic 3D rendering and detailed expression of color signal processing.

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Description

Enhance hidden structures in shadowed regions

ShadowHDR™ selectively applies high-frequency and low-frequency of the ultrasound to identify shadow areas such as fetal head or spine where attenuation occurs.

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Description

Reduce noise to improve 2D image quality

ClearVision The noise reduction filter enhances the edge contrast and creates sharp 2D images for optimal diagnostic performance. In addition, ClearVision provides application-specific optimization and advanced temporal resolution in live scan mode.

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Description

High definitionvolume imaging

HDVI™ is a volume filtering technology that improves visualization 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.

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Description

Visualize slow flow in microvascular structures

MV-Flow™ offers an advanced color imaging 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.

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Description

Show blood flow in vessels in a 3D like display

LumiFlow™ is a function that visualizes blood flow in three dimensional-like to help understand the structure of blood flow and small vessels intuitively.

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Description

Express 3D anatomyin detailed andrealistic view

RealisticVue™ displays high resolution 3D anatomy with detailed expression and realistic depth perception. User selectable light source direction creates intricately graduated shadows for better defined anatomical structures.

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Description

Visualize internal and externalstructures by volumerendering

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.

Intelligent Assist toolsfor efficient examination

Simplify operations with built-in Intelligent Assist features specialized for obstetrics and gynecology.
V8 supports healthcare professionals with the time-saving features they need in today’s busy working environment.
The system is equipped with a range of tools that help accurately diagnose issues and achieve greater throughput.
For instance, ViewAssist™’s amazing features automatically perform measurements and annotations
with a simple click of a button, thereby reducing repetitive tasks for healthcare professionals.

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Description

An automated classification and annotation of the images

ViewAssist™ a feature based on Deep Learning technology, provides automatic classification of the ultrasound images and annotation of the structures to help healthcare professionals in convenient measurement.

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Description

Measure 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 controlled ovarian simulation.

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Description

Assess the risk of infertility

5D Follicle™ identifies and measures multiple ovarian follicles in one scan for rapid assessment of follicular size and status during controlled ovarian simulation. This feature uses 3D volume data to help acquire accurate measurement and reduces user variation.

Description

Examine patency of the fallopian tube and morphology of uterus and endometrium

CEUS+ HyCoSy can be used in 3D/4D for effective examination for patency of the fallopian tube and morphology of uterus and endometrium. 4D Prospective storage allows 4D data to be stored at the same time the contrast agent is injected.

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Description

An automated fetal biometry measurement

BiometryAssist™, a feature based on Deep Learning technology, is an automatic technology for biometric measurement. It enables users to measure the fetal growth parameters with one click while maintaining exam consistency.

Description

Estimate fetal weight for checking growth of the fetus

5D Limb Vol.™ is a semi-automated tool to quickly and accurately measure upper arm or thigh volumes from 3 simple seed points on a single volume data set. These measurements can then be used to calculate an accurate estimation of fetal weight as well as provide additional information regarding fetal nutritional status.

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Description

Measure fetal brain in one click

5D CNS+ ™ uses intelligent navigation to provide 6 measurements from 3 transverse views of the fetal brain to enhance measurement reproducibility and streamlined workflow.

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Description

Measure NT 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.

Description

Examine fetal heart including blood flow dynamics

5D Heart Color™ identifies 9 standard planes of the heart using fetal STIC data and important information about fetal heart development complying to the AIUM guideline. It also offers dedicated Preset, Predictive Cursor, Diagnostic Alert, and heart Diastole/Systole timepoints.

Description

Support in deciding delivery method

LaborAssist™ is a function that provides information about the progress of delivery from the automatic measurement of the AoP (Angle of Progress) and the direction of the fetal head. This helps in making delivery decisions and in effective communication with the mother about the delivery process.

Description

Measure stiffness of cervix area for predicting preterm birth

E-Cervix™ measures stiffness of the cervical area. Using elasticity images that help predict preterm birth and induced labor, it enhances reproductivity and reduces inter-observer variation by using a sum of various elastograms acquired for several seconds.

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Description

Analyze selected breast lesions and report breast assessment

S-Detect™ for Breast analyzes selected lesions in the breast ultrasound study and shows the analyzed data, applying BI-RADS ATLAS* to provide standardized reporting to improve streamlined workflow.
※ BI-RADS ATLAS: Breast Imaging-Reporting and Data System, Atlas, registered trademark of ACR and all rights reserved by ACR.

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Description

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.

Description

Classify ovarian tumor

IOTA-ADNEX *  is an ovarian tumor classification solution of IOTA Group. Applying the ADNEX model to the system, it can perform all procedures from the initial scan to the final report in the ultrasound diagnosis system.
※ IOTA-ADNEX: International Ovarian Tumor Analysis-Assessment of Different NEoplasias in the adnexa

Clinical Images
Transducers

CA1-7S CA2-8A CA4-10M

CA1-7S*

Application:

Abdomen, Obstetrics, Gynecology, Pediatric, Musculoskeletal, Vascular, Urology, Thoracic

CA3-10A

Application:

Abdomen, Obstetrics, Gynecology, Pediatric, Musculoskeletal, Vascular, Urology, Thoracic

CA4-10M*

Application:

Abdomen, Vacular, Pediatric

LA2-14A

Application:

Small parts, Vascular, Musculoskeletal, Abdomen, Pediatric, Thoracic

LA2-9A

Application:

Small parts, Vascular, Musculoskeletal, Abdomen

LA2-9S

Application:

Small parts, Vascular, Musculoskeletal, Abdomen

L3-22

Application:

Musculoskeletal, Small parts, Vascular, Pediatric

LA4-18A*

Application:

Small parts, Vascular, Musculoskeletal, Abdomen

LA3-22AI

Application:

Small parts, Vascular, Musculoskeletal, Pediatric, Intraoperative

CV1-8A

Application:

Abdomen, Obstetrics, Gynecology, Urology

EV2-10A*

Application:

Obstetrics, Gynecology, Urology

EA2-11AR*

Application:

Obstetrics, Gynecology, Urology

EA2-11AV*

Application:

Obstetrics, Gynecology, Urology

miniER7*

Application:

Obstetrics, Gynecology, Urology

PA1-5A*

Application:

Cardiac, Vascular, Abdomen, Pediatric, TCD, Thoracic

PA4-12B

Application:

Abdomen, Cardiac, Pediatric, Vascular, TCD

PA3-8B

Application:

Abdomen, Cardiac, Pediatric, Vascular, TCD


CW6.0

Application:

Cardiac

DP2B

Application:

Cardiac

MMPT3-7

Application:

Cardiac

* Ergonomic Transducer

The new convex transducer design with a smooth and slim grip helps users to scan easily and comfortably.
The new endocavity transducer supports natural grip by moving the max width point to a more forward positionand also increased the length of the grip to allow balanced weight distribution.

Ultra Compact Prostate Ultrasound Transducer

Samsung has developed miniER7, an ultra-mini caliber prostate transducer with minimal head size to reduce patients pain and discomfort* when performing prostate examinations.
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