PHILIPS S3-1( IU22) Sector Array ultrasound transducer

Lead Time: 2-4 days
Warranty: 60 days

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Description

PHILIPS S3-1(IU22) Broadband Sector Array ultrasound transducer

1. Type: Sector Array
1.Frequency: 3-1 MHz
2.Compatible system: Philips IU22
3.Application: Adult Cardiology, Transcranial
4.Feature：Field of view: 90°
5.Condition: original, in good working condition
6.With 60 days warranty

Parts of Philips probes we can offer:

Brand	Model	Compatible System
Philips (CX50/EPIQ/Affiniti)	C5-1	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	C8-5	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	C10-3V	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	L12-3	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	L12-5	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	S5-1	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	S8-3	CX50/EPIQ/Affiniti
Philips (CX50/EPIQ/Affiniti)	S12-4	CX50/EPIQ/Affiniti
Philips(CX50/EPIQ/Affiniti)	C6-2	CX50/Affiniti
Philips(CX50/EPIQ/Affiniti)	S5-1	CX50/EPIQ/Affiniti

Knowledge point:

What is an Ultrasound Probe?

An ultrasound probe, also known as a transducer, is a medical diagnostic device that emits ultrasound waves into a patient's body and transmits data to a computer to produce an internal image of the body, known as a sonogram. Ultrasound waves bounce off of tissue masses and boundaries in the body, and these echoes are recorded by the ultrasound probe and interpreted by the computer, which then creates the sonogram on a monitor. The ultrasound probe is generally placed directly on the patient's body and moved over the area to be viewed. Since water is a good conductor for sound waves, a water-based gel is usually placed on the patient's skin to help facilitate movement of the ultrasound waves, and patients undergoing obstetric ultrasound are usually asked to arrive for the test with a full bladder.

What is an Endovaginal Ultrasound?

An ultrasound scan is a medical imaging test in which sound waves are sent out from a probe and bounced back. The reflected sound waves are used to create a picture of the scanned area, which is then displayed as a black and white image on a screen. An endovaginal ultrasound, sometimes known as a transvaginal ultrasound, involves a probe being inserted into the vagina. In comparison to an abdominal ultrasound, which involves a probe being moved over the skin of the abdomen, this type of ultrasound provides a more detailed picture of the pelvic organs, in particular the womb and ovaries.