3D9-3V BROADBAND CURVED ARRAY TRANSDUCER by Philips


OEM#: 4535620666713D9-3V BROADBAND CURVED ARRAY TRANSDUCER by Philips
Transducer, 26.1 Aperture, 3D Volume Array Type, 130° Field of View Angle, 9 to 3MHz Frequency Range, Broadband Technology, 130 x 100° Volume of Field of View, For Endovaginal Obstetrics, Gynecology and Fertility
Only sold on Exchange
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
