Application: Medical Use

Features: I. Rich image optimization technology

FSI frequency composite imaging

Simultaneously emit ultrasound beams in different frequency bands for imaging, taking into account the dilemma of penetration and resolution, to obtain a balanced and consistent near-field and far-field image quality, and provide a variety of composite index adjustments to meet the individual examination of different patients (body size, age) Demand; screen can be displayed, multi-level adjustable, can be combined with other technologies at the same time.

SDMR ™ Dynamic Magnetic Resonance Imaging

By reducing noise artifacts and increasing the effective signal reception rate, the image resolution can be significantly improved, the signal-to-noise ratio can be increased, and the image quality can be greatly improved, making the internal structure of the tissue clearer and easier to define the lesion or normal tissue outline. It has a wide range of applications, supports all types of probes, and is multi-level adjustable to meet the different requirements of different organizations for images. It supports all probes and is included in the 3D volume mode. It can also be used in combination with other image optimization technologies.

Harmonic Tissue Harmonics

Because the harmonic energy in the near field is very small, it is not easy to generate artifacts; the sidelobe of the harmonic is much lower than the fundamental wave, which is helpful to eliminate the sidelobe artifact; due to the nonlinear effect of harmonics, in a certain depth range, the harmonics The energy of the image is significantly enhanced, which helps to improve the sound-to-noise ratio; because the frequency of the harmonics is at least twice higher than the fundamental wave, it is more sensitive to low-speed blood flow detection; contrast harmonic imaging enhances the display of blood in the heart cavity or blood vessels.

PIV Pulse Inverse Harmonics

A technology that emits a normal-phase pulse while transmitting a reverse-phase pulse signal having the same amplitude and a 180-degree phase difference, and then adding the two to obtain a harmonic image. 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.

DPDI Fine Blood Flow Imaging

It can detect peripheral low-speed blood flow signals, making the blood flow lifelike and more realistic; the umbilical artery, thyroid adenoma, and renal blood vessels have obvious effects.

Extreme High Dynamic Range

The dynamic range is the highest to lowest receivable signal range of the ultrasound equipment. The higher the dynamic range, the more signals can be obtained in the low echo area, and at the same time, the smaller lesions can be found from different tissue structures.

The dynamic range is up to 200dB, and it is visually adjustable, 1dB fine-tuning, has a wide-area signal receiving processing range, higher imaging quality and detection rate of small lesions.

SCI spatial composite imaging

Multi-line scanning and receiving composite imaging for different angles of interest, reducing scanning blind areas, improving lateral resolution, reducing sound beam attenuation and sound shadow formation. It also improves image contrast. Provide multi-level adjustable, suitable for different inspection requirements of different ages, body types and parts.

CFR color optimization technology

Significantly increase frame rate, improve color Doppler spatial resolution, and increase color sensitivity through CFR technology

Single crystal probe

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, higher penetrating power and wider Band, better resolution.

Digital ECG

Digital ECG can provide higher resolution and more sensitive ECG signals, and can choose AHA or IEC; It is easy to judge the heart cycle, and the gain can be automatically controlled and adjusted to obtain the best signal.

TDI organization Doppler model

It is used for clinical analysis of the structure and function of myocardial tissue, and to obtain information about the speed, direction, and time of myocardial tissue movement in order to analyze cardiac function more intuitively.

Anatomy M

In the case of heart displacement caused by various reasons, the requirement that the sampling line and the detected part are perpendicular to each other, and the error is reduced during measurement.

Humanized Frontier Technology

Q Scan one-click optimization:

Only one button can automatically optimize multiple parameters such as 2D image and frequency spectrum, greatly reducing scanning time and effectively improving work efficiency

Trapezoidal Imaging

It breaks through the field of view of the linear array probe, expands convexity, and increases the scanning angle. Increasing the display in the middle and far fields makes it easier to find the lesions, which is especially beneficial to the examination of breast, thyroid, and skeletal muscle.

Full screen mode

With one-click operation, the doctor can expand the image to full screen display, get the best image diagnosis status, and can adjust a variety of image parameters.

EZ ExamTM EZ Inspection

Turn many frequently used steps into a process that can be checked faster and easier

Emergency mode, quick start

After using SSD technology, the boot time is within 60 seconds; and it only takes 10 to 20 seconds to boot from sleep, and it can be quickly started to meet the special needs such as emergency department and surgery.

The doctor can also customize the program: choose to start the color ultrasound by opening the screen or pressing the power button.

Feature trolley

Booster lift

The doctor can lift the trolley and the height of the HM70A without any effort.

2.Integrated power supply

Doctors can use their own power sockets on the trolley, without the need for additional multi-purpose sockets in the operating room.

3. Separate printer space

Two independent storage places are designed on the trolley, and the matching power cord and USB connected to the printer are equipped.

4.Probe Adapter

    The trolley can be extended with three probe interfaces, which saves time and effort in plugging and unplugging the probe; and it can be used normally when it is powered by a battery.

 LED display

Full HD LED widescreen display, with Samsung's independent intellectual property rights and technology, true color reproduction, true-to-life image, better viewing angle, lighter and thinner volume, higher resolution, and the same performance High contrast resolution highlights the advantages of liquid crystal displays and leads the industry's new standards.

Efficient functions

 Smooth Cut ™

Use Smooth Cut ™ to erase occlusions layer by layer to quickly display 3D regions of interest;

Simple and easy operation in the volume image, quick removal of obstructions, and support for quick recovery and undo operations.

SFVI ™

Intelligent filtering volume imaging, significant digital filtering technology, one-click operation to obtain the ultimate 3D image clarity;

Clear SFVI ™ eliminates noise interference for superior clarity.

Detail SVFI ™ sharpens the boundaries and highlights 3D image details.

HD-ADVR ™

This technology supports complete ultrasound data recording without interrupting the ultrasound scan; this technology supports high-definition format (1920 * 1080) USB peripheral recording, or integrated (720 * 480) DVD burning.

Full screen mode

With one-click operation, the doctor can expand the image to full screen display, get the best image diagnosis status, and can adjust a variety of image parameters.

Quick Start

After using SSD technology, the boot time is within 60 seconds; and it only takes 10-20 seconds to boot from the sleep state;

The doctor can also customize the program: choose to start the color ultrasound by opening the screen or pressing the power button.

HM70A is Samsung's latest generation of compact and smart notebook color ultrasound, with a full range of advanced imaging technology. It can obtain excellent inspection results in the department or at the bedside, adapt to various clinical examination environments, and achieve full application The versatile use is the best choice for doctors.

     HM70A greatly improves the ultrasound inspection and ultrasound guidance process, makes it easier to obtain excellent images, enhances the accuracy and convenience of operation, and improves work efficiency.

     From single crystal probe technology to hybrid beamformer, from two-dimensional SDMRTM optimization to ElastoScan TM imaging, from Volume NT & IT TM measurement to the programmed EZ-Exam TM operation process, the HM70A highlights the highlights of high-end migration.

     The hybrid beamformer uses an innovative technology platform to obtain more accurate and faster processing of ultrasound data through the best engine system; thus efficient energy output makes the image scanning deeper and more subtle.