GE 8C-RS Micro convex ultrasound transducer
1.Type: Micro-convex
2.Frequency: 4.0-10.0 MHz
3.Compatible system: Voluson i, Voluson e, Logiq i, Logiqbook XP, Logiqbook, Vivid i (from rev. 6.1.0), Vivid S5.
4.Application: Intraoperative, Pediatric Abdomen, Pediatric Transcranial
5.in excellent working condition
Othe GE probes we can offer:
Brand |
Model |
Compatible system |
GE |
4D3C-L |
Logiq 9/ Logiq A5/ Logiq P5/ Logiq S6 |
GE |
4V-D |
Vivid E9 |
GE |
4S |
Logiq and Vivid series |
GE |
5S |
pediatric cardiac |
GE |
5S-RS |
Vivid q/ Vivid i/Vivid S5/Vivid S6 |
GE |
6.5C-RC |
Vivid q/ Vivid i |
GE |
7L |
Logiq and Vivid series |
GE |
7L-RC |
Logiq C2/ C5/ Logiq Premium |
GE |
739L |
Logiq 500 Pro/Vivid 3/Logiq 400 MD/Logiq 500 MD |
GE |
7S |
Logiq9/ Logiq 7/ Logiq S6/ Logiq 5/ Logiq 3 /Vivid 7/Vivid 3 |
GE |
7.5L-RC |
Logiq C2/Logiq C3/Logiq C5/Logiq Premium |
GE |
8C |
Logiq & Vivid series |
GE |
8C-RS |
Voluson i/ Voluson e/ Logiq i/ Logiqbook XP/ Logiqbook/ Vivid i (from rev. 6.1.0)/ Vivid S5 |
GE |
8L-RS |
Logiq e/ Vivid e/ Vivid i and Logiq Book XP |
GE |
9L |
Vivid 7 Pro/Vivid 3/Logiq 9/ Logiq 7/Logiq 5/Logiq 3/ Logiq 400 |
GE |
9L-D |
Voluson E6/Voluson E8/Vivid E9 |
GE |
9L-RS |
logiq e/ vivid e/ vivid I/ vivid q/ vivid s5/ vivid s6 |
GE |
10Lb-RS |
Logiq book |
Knowledge point:
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.
Multi-frequency probe
Multi-frequency probe is a new development of pulse-echo transducer. The probe can send out several different ultrasonic pulses, so as to cover the near field with high-frequency ultrasound, the intermediate-frequency ultrasound to cover the transition zone between the far and near fields, and the low-frequency ultrasound to cover the far field. The unit multi-frequency probe is to bond multiple layers of piezoelectric ceramics (or polymer piezoelectric materials) to each other, and lead wires from the electrodes between each layer to obtain multiple frequency ultrasonic pulse emission through exciting different layers . The digital coding of the multi-frequency probe is simple but easy to lose the signal.