Biosound Biosound EC123 Micro-Convex Array Ultrasound Transducer Probe

1. Type: convex array
2. Frequency: 9-5 MHz
3. Compatible system: Caris Plus, Megas CVX, Megas GPX, Picus Pro,DU3,DU4,MyLab 15, MyLab 20, MyLab 25, MyLab 30, MyLab 50, MyLab 70 ,Technos MPX, Technos MP, Technos Partner
4. Application: Transvaginal , transrectal
5. Condition: original, in excellent condition
6. Warranty:60 days

Other Biosound Biosound probes we can offer:

Various Ultrasound Systems that we served:

Knowledge Point

Ultra-wideband probe

On the basis of the wide-band probe, the ultrasonic signal range that the probe receives and transmits is further expanded. The signal of the ultra-wideband probe is completely carried out at the moment of reception, and is fully digitally coded and amplified to ensure that the signal is not distorted and expand the dynamic range of the signal.

Mechanical probe

A motor drives a rotating head whose shaft is located at the focal point of the probe surface to rotate in one direction. Two focusing transducers are embedded in the rotating head. When the transducer rotates to face the reflector, it emits ultrasonic pulses. After parabolic launching, a row of parallel linear scanning beams are formed, realizing mechanical scanning. Its advantages are that the sector-shaped mechanical scanning probe has a large field of view for far-area exploration, a small contact area for acoustic coupling with the human body, and the same tangential and lateral resolution. It is suitable for ultrasound examination of heart, small organs, ophthalmology, lumen ducts and abdominal organs.

Annular probe

The principle of using the circular ring array dynamic segmented focusing method in mechanical sector-scan ultrasonic diagnostic equipment is the same as that of linear array dynamic focusing. Applying a proper delay to the electrical signal of each element can achieve focusing at any distance along the central axis, which is similar to the function of an acoustic lens, so it functions as an "electronic focusing lens".