Application: Medical Use

Features: 1. High-tech platform
The HS50 transmits ultrasonic waves from the new single-crystal S-Vue ™ probe, and the data signals enter the system through the needleless probe interface, and then pass through the S-Vision ™ beamformer, ClearVision imaging technology, HDVI high-definition volume imaging technology, integrated multi-unit processing system, etc. The most advanced signal processing platform in the industry has been built. The rich and pure image information obtained is finally presented to the doctor using the most professional LED display. The real, three-dimensional and lifelike images allow doctors to increase their diagnostic confidence.

2. Cutting-edge technology in the industry
5D Follicle:
Scanning the ovary with a three-dimensional volume probe can obtain the information of follicles in the ovary with one click, and intuitively display the number and size of follicles, providing doctors with more abundant information.

5D NT
The most advanced solution for 5D NT measurement can quickly and efficiently measure the thickness of fetal NT; intelligently identify the most standard NT section of the fetus, and automatically zoom in to obtain the most accurate NT data.
5D NT technology can re-evaluate the measurement through the stored three-dimensional data, making it easier for beginners to master. Through the automatic acquisition and measurement of NT standard sections, the detection time is greatly shortened and the work efficiency is effectively improved.
Intelligent Auto Doppler
In the arterial and carotid arts, this function can be activated by the "One Click Optimize" button for quick examination.
Under color Doppler, intelligently identify the carotid artery tissue and quickly adjust the Doppler image to obtain the best results;

Adjust the measurement parameters in PW mode, complete the adjustment of (position) & (deflection angle) of the sampling frame and (position) & (angle) of the sampling volume frame, and quickly obtain accurate values.
One-button can automatically optimize multiple parameters, greatly reducing scanning time and effectively improving work efficiency.

3.Humanized design

Quick Preset

With one touch, the user can select the more commonly used probe and preset combination.

Quickly preset large limits to increase efficiency, making scanning simple and easy to use.

Advanced QuickScan

When performing arterial artery examination, Advanced QuickScan can diagnose and adjust the position and direction of color sampling and the position and direction of spectral Doppler sampling volume with one button, which can greatly improve the operation efficiency and optimize the workflow.

4. Rich image optimization technology
FSI frequency composite imaging technology
The signals in the far, middle and near fields are processed through different frequencies, and then fused into a uniform and clear image of the entire field.
At the same time improve penetration and resolution, significantly reduce speckles and artifacts.

Harmonic tissue harmonic imaging
Due to the nonlinear effects of harmonics, the energy of the harmonics is significantly enhanced in a certain depth range, which helps to improve the acoustic
Noise ratio; because the frequency of harmonics is higher than the fundamental wave, it is more sensitive to low-speed blood flow detection. Harmonic imaging enhances the display of blood in the heart cavity and blood vessels.
PIV Pulsed Inverse Harmonic Imaging
At the same time as transmitting the normal-phase pulse, the reverse-phase pulse signal with the same amplitude and 180 degrees out of phase is transmitted, and then
A technique of harmonic images obtained by adding the two. As a result, the addition of a pair of positive and negative pulse signals becomes zero, but the in-phase harmonic signals add to each other, so the signal-to-noise ratio is significantly improved, and the image quality is improved.
S-Harmonic Samsung Harmonic Imaging Technology
Samsung Harmonic Imaging Technology Simultaneously Apply Pulse Inversion Harmonic Technology, Editor
Coded Harmonic Imaging
Pulse inversion harmonic technology (Pulse Inversion Harmonic)
A technique for generating a harmonic image by inverting a pulse signal of the same amplitude and 180 degrees out of phase, and then adding the two. As a result, the addition of a pair of positive and negative pulse signals becomes zero, but the in-phase harmonic signals add to each other, so the signal-to-noise ratio is significantly improved, and the image quality is improved.
Coded Harmonics Imaging is based on real-time ultrasound imaging of ultrasound beams.
Digital encoding processing can obtain high-frequency harmonic signals, making the image clearer and higher contrast. Coding harmonic imaging can eliminate side-lobe artifacts generated during fundamental wave imaging and improve image clarity. Coded harmonic imaging can improve the quality of two-dimensional ultrasound images, especially the display of the contents of the fluid cavity, thereby providing more ultrasound diagnostic information.

5.Advanced probe technology
Single crystal technology
The internal structure is very uniform, which can make the direction of material polarization highly consistent, greatly improving the efficiency of acoustic-electric conversion, minimizing the loss of acoustic energy, bringing richer tissue information and better image quality.

 6.Complete function software package
Trapezoidal Imaging
Break through the field of view of the linear array probe, expand convexly, increase the scanning field of vision; increase the display area in the middle and far field areas, make it easier to find lesions, and is especially beneficial to the examination of breast, thyroid, and skeletal muscle

HS50 has won two influential design awards worldwide. The oldest industrial design agency in Germany, the Hanover Industrial Design Forum IF Design Award, and the United States IDEA (International Design Excellence Awards). Samsung's understanding of design is not only the S-Vue ™, S-Vision ™, ClearVision ™ and other technologies unique to ultrasound imaging systems, which are applied to whole body organ examinations, while unique 3D performance, higher imaging speed, and advanced automatic functions , Go further in terms of comprehensive functional effects.