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ULTRASOUND

Routine probe testing can reveal probe degradation that is not immediately apparent to the Sonographer or Service Engineer. Our experience has shown that approximately 25% of all probes on ultrasound systems aged 2 years or over, have some form of internal structural defect.<br>Probe testing and analysis is a three step process that will uncover any degradation that has occurred within the entire structure of the transducer.<br> Digital Analysis<br> A quantitative interrogation of the transducer’s electrical and acoustic properties is carried out on Probelogic’s Digital Analyser.<br> Microscopy<br> Every transducer is carefully inspected under a high powered microscope for surface imperfections and perforations.<br> Electrical Safety Testing<br> All transducers are electrically safety tested to ensure safe operation. This is paramount for all intracavitary probes.http://www.probelogic.com.au/service/ultrasound-probe-testing/

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ULTRASOUND

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  1. ULTRASOUND

  2. Routine probe testing can reveal probe degradation that is not immediately apparent to the Sonographer or Service Engineer. Our experience has shown that approximately 25% of all probes on ultrasound systems aged 2 years or over, have some form of internal structural defect. Probe testing and analysis is a three step process that will uncover any degradation that has occurred within the entire structure of the transducer.

  3. Digital Analysis A quantitative interrogation of the transducer’s electrical and acoustic properties is carried out on Probelogic’s Digital Analyser.

  4. Microscopy Every transducer is carefully inspected under a high powered microscope for surface imperfections and perforations.

  5. ULTRASOUND http://www.probelogic.com.au/service/international-laboratories/

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