GE HealthCare Voluson E8 RSX20 Extension Board KTI303054-14

Product Specification

GE HealthCare Voluson E8 RSX20 Extension Board

1. Lead time: 2-4 days
2. Warranty: 60 days
3. Part number: KTI303054-14

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Related information

About the VOLUSON E8

1.Equipment characteristics
Advanced image optimization tools:
Speckle Noise Suppression Technique III (SRI-III) : Improved imaging of tissues and lesions with higher detail contrast resolution while preserving true tissue structure while suppressing speckle noise.
crossXBeam (CRI) is a spatial composite imaging technology with unique spatial composite image acquisition and processing capabilities to enhance tissue and boundary identification.
High-resolution blood flow imaging technology HD-Flow: Through the use of two-way energy Doppler technology, increase the sensitivity of blood vessel examination, overcome the weakness of standard color Doppler blood flow leakage.
B-Flow: Displays true hemodynamic information and can be directly observed by amplifying blood cell reflexes by a factor of 1000.
Volume imaging tools:
Tomographic ultrasonography (TUI) makes it easier to analyze and record dynamic data by simultaneously displaying multiple sections of volume data.
Spatial-temporal Image Correlation Technology (STIC) : Helps clinicians obtain complete fetal cardiac cycle image information quickly and in real time, and store the original image for subsequent analysis.
Volume contrast imaging (VCl) : By optimizing the image quality of three different planes, the size, boundary, and internal structure of the lesion can be better evaluated.
Fetal heart assessment techniques:
SonoVCAD (Ultrasound based Volume Computer Aided Diagnostic System) : helps in the standardized acquisition of fetal heart examination images by automatically acquiring fetal heart volume images.
Advanced STICM, SonoVCAD heart, and STICM technologies are also included to provide a cardiographic-like view of the fetal cardiovascular system.

2. Scope of application
The VOLUSON E8 color Doppler ultrasound diagnostic system is suitable for multiple clinical areas, including obstetrics and gynecology, cardiac function, peripheral blood, abdomen, small organs, neurology, urology, pediatrics, and more. Especially in the field of obstetrics and gynecology, the device provides clear two-dimensional images and advanced fetal heart evaluation technology, providing clinicians with strong diagnostic support.

3.Precautions
When using VOLUSON E8 or other medical devices for diagnosis, ensure that proper procedures are followed and that they are performed by trained personnel to avoid misdiagnosis or missed diagnosis.
When purchasing and using the device, consumers should carefully read the product manual or under the guidance of medical personnel.
In summary, the VOLUSON E8 color Doppler ultrasound diagnostic system plays an important role in clinical diagnosis with its advanced image optimization tools, volume imaging tools and fetal heart evaluation techniques. At the same time, the device is also suitable for multiple clinical areas, providing clinicians with comprehensive diagnostic support.

About the VOLUSON E8 RSX20 Extension Board

1. Role and Function
Beamforming: Beamformer Board is a key component in ultrasound diagnostic equipment. It is mainly responsible for processing the ultrasound signal received by the probe. Through beamforming technology, the signals received by multiple array elements are phase adjusted and weighted summed, thereby enhancing the target signal and suppressing noise.
Improving image quality: Through precise beamforming, the board can significantly improve the resolution, contrast and signal-to-noise ratio of ultrasound images, providing doctors with clearer and more accurate diagnostic basis.
2. Technical features
High precision: As an advanced ultrasound diagnostic instrument, GE Voluson E8 uses high-precision electronic components and algorithms in its Beamformer Board to ensure the accuracy and stability of beamforming.
Real-time processing: In order to meet the needs of real-time imaging, Beamformer Board needs to have high-speed processing capabilities and be able to complete the calculation and processing of large amounts of data in a short time.
Programmability: With the continuous development of ultrasound technology, Beamformer Board is usually programmable to adapt to changes in different imaging modes and clinical needs.
3. Maintenance and Care
Regular cleaning: To ensure the normal operation of the Beamformer Board, the ultrasound diagnostic instrument needs to be cleaned regularly to prevent dust and dirt from damaging the equipment.
Avoid vibration: During use, avoid strong vibration or impact on the ultrasound diagnostic instrument to avoid damage to precision parts such as the Beamformer Board.
Professional maintenance: If the Beamformer Board fails or needs maintenance, it should be operated by a professional to ensure the safety and reliability of the equipment.

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