Aloka ALPHA 5/SSD-3500/4000 Assembly Board EP476000CC

Aloka ALPHA5 Board Ultrasound PCB Board

1.Part number:EP476000CC
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 Alpha 5

1.Technical Features
Advanced front-end information acquisition technology:
Alpha 5 uses highly integrated digital front-end technology (HDDF) and the new α series probe, as well as PST pure beam emission technology. These technologies work together to provide excellent image quality.
PST pure beam emission technology eliminates unnecessary signal components by controlling the sound beam and only emits the signals required for imaging, thereby enhancing the sensitivity and resolution of fundamental and harmonic imaging.
Highly Integrated Digital Front-end (HDDF):
Thanks to Aloka's advanced microelectronics technology, Alpha 5 has developed a unique high-speed ultrasound signal processor that can collect and process weaker signals from tissues.
Alpha 5 can achieve better resolution and penetration in both high-frequency and harmonic states.
High-speed front-end data stream processing (HR-FSB):
Alpha 5 converts all received information into 12-bit digital signals, greatly improving dynamic range and sensitivity.
New α series probe:
Combined with the latest materials science and probe cutting technology, Alpha 5's probe enhances the sharpness of the sound beam and improves image quality.
Built-in intelligent information management system (iDMS):
Patient data and images can be easily managed, and multiple formats such as DICOM, JPEG, BMP or TIFF can be supported for storage and transmission.
Doctors can listen to Doppler sounds in B mode, or perform post-processing analysis on images after the patient leaves.
Fine tissue harmonic imaging technology:
Alpha 5's integrated pure beam emission technology reduces acoustic wave deformation and noise signals in harmonic imaging, and wide aperture emission improves the resolution of harmonic imaging.
The latest generation of contrast harmonics is suitable for real-time contrast imaging at low sound pressure. It uses Aloka's unique contrast technology to extract only the harmonic information generated by the contrast agent, and observe the contrast agent perfusion in real time for a long time.
Blood flow profile technology:
Through this technology, doctors can easily obtain the blood flow velocity at each point on the entire vascular profile, thereby accurately calculating the blood flow of the blood vessel. This technology can also be used to calculate cardiac output.
Tei index component:
It provides accurate, simple, easy and repeatable measurement analysis and reporting functions for random analysis of overall cardiac function changes in cardiac contraction and diastole.

Aloka SSD-3500

1. Technical Features
High-performance digital sound wave technology:
SSD-3500 adopts high-performance 12-bit A/D digital sound wave technology, which achieves an extremely wide dynamic range and improves contrast and spatial resolution.
Powerful digital color ultrasound technology improves the spatial resolution of images and can accurately show various clinical diagnostic details.
Patented HST sound wave probe technology:
ALOKA has developed patented HST sound wave probe technology, which enables operators to obtain higher quality pure sound waves through a new generation of crystal materials and systems.
This technology achieves horizontal and vertical dual-plane focusing, providing medical personnel with unprecedented high-quality and clear images.
Instant dynamic 3D imaging technology:
SSD-3500 uses ALOKA's patented technology to achieve dynamic imaging 3D. Dynamic 3D imaging uses the latest 3D head-up to quickly scan the human body and process sound wave signals in real time to obtain dynamic 3D images.
Real-time three-dimensional imaging is the most advanced professional 3D imaging technology at present, which can reduce the dependence of traditional 3D imaging on physician operation techniques and realize real-time monitoring and adjustment of image quality.

2. Main technical indicators
Blood flow velocity measurement:
Measurement range: 5cm/s~100cm/s
Accuracy: 5cm/s10cm/s range error value is not more than 2cm/s; 10cm/s100cm/s range error value is not more than ±15%
Blood pressure pulse wave:
Measurement range: 0kpa~35kpa
Measurement sensitivity: 10kpa
Display function:
It has the function of dynamically displaying flow velocity waveform, pressure pulse waveform, etc.

3. Structural composition
Host: USI-152
Probe: UST-9123 as standard, UST-987-7.5, UST-5710-7.5, UST-5524, UST-5299 as optional (see Appendix B of the probe performance table for performance list)
Display: IPF-1502 (LCD) or IPC-1531/1531U (CRT)
In addition, the product also includes printer, sensor (flow rate probe, pressure probe, ECG limb clamp), ultrasonic coupling agent and other components.

4. Clinical application
SSD-3500 has a wide range of uses in clinical applications, including but not limited to:

Using ultrasonic Doppler to non-invasively detect the blood flow velocity and pressure data of the common carotid artery, the cerebrovascular hemodynamic model and theory are used for analysis and calculation, providing reference data for clinical analysis of cerebrovascular function status.
In terms of cardiac function assessment, 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, and evaluate the left ventricular systolic and diastolic function.

Various Ultrasound Systems that we served

ALPHA 5 Assembly Board

SSD-3500 Assembly Board

EP476000CC Assembly Board

Aloka ALPHA 5/SSD-3500/4000 Assembly Board EP476000CC Images