L12-5 Broadband Linear Array Transducer Ultrasound Probe Medical Equipment

ClearVue L12-5 Linear arry transducer IU22

1. Type:linear
2. Frequency: 12-5 MHz
3. Compatible system:ClearVue
4. Application: vascular, breast, small parts, MSK
5. Original and in good working condition
6. With 60 days warranty

Knowledge Point

The L12-5 broadband linear ultrasound transducer is compatible with iU22, HD11 XE, HD15, HD7, HD9 and EnVisor ultrasound systems. The L12-5 probe can be utilized for vascular, small parts, breast, and musculoskeletal imaging applications. It features 10 degrees of trapezoidal imaging, XRES, as well as color Doppler. The array is in exceptional condition and can be purchased from Rongtao Medical new or used.

FAQ

What is an ultrasound transducer and what does it do?

An ultrasound transducer, also called a probe, is a device that produces sound waves that bounce off body tissues and make echoes.

The transducer also receives the echoes and sends them to a computer that uses them to create an image called sonogram.

Moreover, the essential element of each ultrasound transducer is a piezoelectric crystal. It serves to generate as well as receive ultrasound waves.

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.

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.