Aloka SSD3500 Ultrasound Motherboard-EP525601CE10

Product Description

Aloka SSD3500 Ultrasound Motherboard-EP525601CE10

1.Part number:EP525601CE10
2.Pre-owned original one ,in excellent condition
3.We provide 60 days warranty

Various GE//Siemens/Toshiba/Hitachi/ Biosound ultrasonic boards are within our repair/ maintenance range.

Other ultrasound parts related to Aloka that we can offer:

Knowledge Point

Aloka SSD-3500 Motherboard

1. Motherboard and system characteristics

• High-performance acoustic beam imaging technology: SSD-3500 adopts Aloka's high-performance pure acoustic beam imaging technology platform and achieves high-quality ultrasound images by optimizing the system structure.
• Digital beamformer: The front-end technology uses a high-performance 12-bit A/D digital beamformer to achieve an extremely wide dynamic range and improve contrast and spatial resolution.
• Image resolution: Using a powerful digital beamformer, the focus point is controlled to the pixel level, thereby improving the spatial resolution of the image and accurately showing various clinical diagnostic details.
• Efficient ultra-wideband front-end technology: The new full-layer impedance matching system significantly reduces signal distortion during transmission and further improves image quality.

2. Functional features

• Real-time three-dimensional imaging: SSD-3500 uses Aloka's patented technology to achieve real-time surface three-dimensional imaging. It can use a three-dimensional probe to quickly scan the human body, and with the help of a high-speed CPU, it can process the echo signal in real time to obtain a three-dimensional image.
• Real-time omni-directional M mode: This function allows the M-mode sampling line to be placed at any position and at any angle on the B-mode image to obtain the M-mode curve, which improves the accuracy and convenience of diagnosis.
• Tissue Doppler Imaging (TDI): It can accurately analyze high-amplitude and low-frequency Doppler frequency shifts, and display the movement speed of myocardial tissue in real time through color coding, providing important information for cardiac function assessment.
• Blood flow profile technology: Through this technology, doctors can easily obtain the blood flow velocity at every point on the entire blood vessel profile, thereby accurately calculating the blood vessel flow rate.

Various Ultrasound Systems that we served