EP558800 Ultrasound Machine Repair Hitachi Aloka F75 CPU Cell Board

Product Description

Repair Hitachi Aloka F75 CPU Cell Board (P/N:EP558800)

1. Repair time: 2-4 days
2. Warranty: 60 days
3. Part number: EP558800/EP5588/558800
4. Compatible with Hitachi Aloka F75

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

Other ultrasound parts related to Aloka that we can offer:

FAQ

How long does an ultrasound machine last usually?

Generally, transducers can last up to seven years with proper maintenance, storage, and transport. This will vary based on manufacturer recommendations.

What information do customers need to offer in advance before repair?

1. The brand and model of the machine

2. Video or pictures of machine malfunction

3. Natural failure or artificial failure (for example, has it been repaired)

4. Accidental failure or frequent failure

5. All machines can do self-test, the same is true for HI VISION Avius and Preirus

6. Whether there is difference between connecting probe or not ( test selectively according to the machine fault, for example, if there is voltage error, the probe can be disconnected for test)

Aloka ProSound F75 Premier

A high-colour, multi-purpose diagnostic ultrasound system offering unprecedented performance in a variety of clinical applications while remaining comfortable and easy to use. Designed to facilitate workflow and provide investment return, it is highly versatile and able to be tailored to the needs of any clinician. Remaining comfortable for both patients and examiners, the F75 improves productivity by reducing exam times through greater accuracy and efficiency. Compatible with a diverse range of specialty probes the F75 offers a wide range of imaging capabilities to meet any imaging needs.

Key Features:

1. Displays tissue stiffness of the mammary gland in real time as an Elastography image. Offers information useful for judgment of whether the tumor is benign or malignant.

2. Real-time 3D allows the acquisition, optimization, manipulation and analysis of structures in 3D and Real-time 3D/4D.

3. TVM accurately calculates the volume of a complicated shaped structure, such as the endometrium, from the volume data set.

4. 3D acquisition that provides images of multiple imaging planes including a third plane not accessible with conventional 2D imaging.

5. Displays blood flow with directional information at higher frame rates and spatial resolution compared to conventional methods. Detail and accuracy of blood flow information is greatly increased with reduced blooming of color.

6. This 3D function decreases examination time as it automatically calculates the number and the volumes of regions of low brightness within a volume data. This function is particularly helpful in exams where multiple structures require volume measurement calculations such as patients undergoing the IVF process.