The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.
The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.
The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.
The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.
The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.
The MedaSonics Tria T334-D AccuRate affords the same state-of-the-art performance, options, and dependability as the Tria, with an easy-to-read digital display. Also newly redesigned, the TRIA T334-D Accu-Rate features a more robust cord, automatic shut-off to preserve battery life, increased speaker volume, and static reduction technology. Unique to MedaSonics dopplers is Blended Beam technology for the price of one doppler, the user receives the functionality of two! For antepartum uses, for example, one MedaSonics fetal probe affords the capability of both a 2 MHz and 3 MHz probe. This ensures early FHR signal detection as early as 9 weeks, as well as reliable monitoring throughout pregnancy.