Detail Information |
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Category: | Ultrasound Parts | Description: | Healthcare Solutions |
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Service: | Outright Sale | Warranty: | 60 Days/ 90 Days |
Condition: | Original Medison | Purpose: | Ultrasonography |
Highlight: | Healthcare Ultrasound Spare Parts,Control Panel Board Ultrasound Spare Parts,Accuvix XQ Control Panel Board |
Product Description
Diagnosis System Ultrasonic Board Medison Accuvix XQ Control Panel Ultrasonic Parts
1. Compatible system: Medison Accuvix XQ
2. in excellent working condition
3. with 60 days warranty
Outright/exchange/repair is available for ultrasound parts/Assy.
Other ultrasound parts that we can offer:
Repair List of Featured Ultrasonic Board & Assy | |||
Brand | System | Description | Part Number |
GE | Logiq S7/Logiq S8 | CPS Power supply | 6626600 R02/5413249-3 |
GE | Logiq S7 | BF128 transmitting board | 5392446 |
GE | Logiq S7 | GFS board | 5371196 |
GE | Logiq S8 | BF192 Beamformer | 5357234-2 |
GE | Logiq S8 | GFS board | 5371196-2/5455247 |
GE | Logiq E9/vivid E9 | GTX | GA200726 |
GE | Logiq E9 | MRX Board | 5393908/5393912 |
GE | Logiq E9/vivid E9 | GFI2 | 5161631 |
GE | Logiq E9 | BEP Power Supply | 5393800-3/5166790-2 |
GE | Voluson E6/Voluson E8 | RSR | KTI301394-2/KTI196357 |
GE | Voluson E6/Voluson E8 | RST | KTI301148 |
GE | Voluson E6/E8/E10 | RSX | KTZ303054 /KTI303054 |
GE | Voluson E6/E8/E10 | RFM201 FE mainboard | KTZ303916 |
GE | Voluson E6/E8/E10 | RFM221 FE mainboard | KTZ303915 |
GE | Voluson E6/Voluson E8 | RFI/ RFI21b Board | KTI300614/KTI302197-6 |
GE | Voluson S6/S8/P8 | BF64 | 5396937-2 |
GE | Voluson S6/S8/P8 | BF128 | 5338209-2 |
GE | Voluson S6/S8/P8 | CPS Power supply | 5393431 |
GE | Voluson S6/S8/P8 | RFS board | 5364098-2/5364098-3 |
GE | Voluson S6/S10/P8 | BF192 board | 5357234 |
Aloka | Alpha 5 | mainboard | EP493700DD |
Aloka | Alpha 6 | RX Beam Former | EP555501AA |
Aloka | Alpha 6 | CW board | EP555700 |
Aloka | Alpha 6 | CPU mainboard | EP537000/EP563000 |
Aloka | Alpha 6 | TX/RX | EP555300 |
Aloka | Alpha 6/Alpha 7 | DOM | EP550000AA |
Aloka | Alpha 7 | RX Beam Former | EP539100BB/EP539500DG/EP539501DG |
Aloka | Alpha 7 | CPU mainboard | EP558900 |
Aloka | Alpha 7 | TI Board | EP539000 |
Aloka | Alpha 7 | TX board | EP548300BB |
Aloka | Alpha 7 | touch screen | L-Key-93H |
Aloka | Alpha 10 | RX Beamformer board | EP531800CE |
Aloka | Alpha 10 | wave generator Board | EP495000HH/EP495000HJ/EP495000FF |
Aloka | Alpha 10 | High-voltage Board | EP541800 |
Aloka | Alpha 10 | CPU mainboard | EP496000 |
Hitachi | F31 | RX Beamformer board | EP568900 |
Hitachi | F31 | mainboard | EP575700BC/EP560800 |
Hitachi | F37 | TX/RS | EP557400/EP557300 |
Hitachi | F37 | mainboard | EP575700BC/EP560800 |
Hitachi | F37 | BF Beamformer board | EP557400 |
Hitachi | F37 | RX mainboard | EP557500 |
Aloka | F75 | CONT-B | EP556700BB |
Aloka | F75 | USP board | EP556600 |
Aloka | F75 | Cell Board | EP558800 |
Hitachi | HI VISION Avius | RDBF board | 7513907A/7513612 |
Hitachi | HI VISION Avius | CONT-B | 7513734A |
Hitachi | HI VISION Avius/Preirus | Cell board | 7345930A |
Hitachi | HI VISION Preirus | RX Board | CZH4AA |
Hitachi | HI VISION Preirus | TX Board | 7513629A |
Hitachi | HI VISION Preirus | CONT-B | 7513640A/CZ84AJ |
Hitachi | Arietta 60 | TX | |
Hitachi | Arietta 60 | RX | |
Hitachi | Arietta 60 | CELL | EU-9160C |
Hitachi | Arietta 70 | TX | EP572300AA |
Hitachi | Arietta 70 | RX | EP572900/EP572200 |
Hitachi | Arietta 70 | CELL | |
Hitachi | Noblus | CELL | |
Hitachi | Noblus | CONT-B | |
Hitachi | Ascendus | TX | |
Hitachi | Ascendus | CELL | 7352830A |
Toshiba | Aplio 300/400/500 | mainboard | PM30-38696 |
Toshiba | Aplio 300/400/500 | VI | |
Toshiba | Aplio 300/400/500 | TX | PM30-38691 |
Toshiba | Aplio 500 | RX | ywm2056*a |
Toshiba | Xario 200 | TX | PM30-32732-1 |
Toshiba | Xario 200 | RX | PM30-32733-1 |
Knowledge Point
What is Sonography?
Sonography, also called ultrasound imaging or ultrasound scanning, uses high frequency sound waves to obtain a real time image of the inside of the body. The image shows the movement of blood and organs and the structure of internal tissues. Traditionally, a sonogram will show a flat presentation of the examined region, but three dimensional (3D) images are also possible, as are 4D pictures, which show 3D images in motion. The picture is called an ultrasound or a sonogram.
Doppler sonography, or Doppler ultrasound, is a medical imaging technique that uses ultrasound enhanced by the Doppler effect. The Doppler effect generally uses a change in the pitch of sound waves that are measured by an ultrasound-receiving device such as a transducer. Colored Doppler images often provide helpful information about the flow and movement of blood and inner areas of the body. This technique is commonly used during pregnancy to provide detailed images of a developing unborn baby. Other uses for Doppler sonography may include visual examinations of tendons, joints and muscles as well as internal organs.
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