This transducer is specialized and easily sterilizable for high resolution imaging. It provides wide field of view and allows deep penetration, giving an overview of the lesion and anatomy. The transducer helps in determining adequacy of lesion removal. And it has sterile single use biopsy guides for guided procedures.
The following features make N13C5 transducers a promising ultrasound device with excellent performance facilitating accurate diagnosis.
| Feature | Advantages | Benefits |
|---|---|---|
|
Integrated smart ButtonTM |
The Smart ButtonTM integrated in the transducer can be used to activate the transducer, and freeze, store and print the images. |
The Smart ButtonTMis easy to use and performs multiple function with just one click. |
|
Advanced transducer connector |
The advanced transducer connector is designed to reduce noise and improve the operator’s control. |
This pin-less connector feature reduces noise during ultrasound imaging and allows the connection with one hand. |
|
Single-use needle guide |
Single-use needle guides are used to perform puncture and biopsy procedures, in a short duration. The needle guide also allows safe, deep penetration, required during carniotomoy. |
The sterile single-use needle guide prevents cross contamination and helps perform quick, reliable puncture and biopsy procedures. |
|
Single-use needle guide |
N13C5 transducers are designed with a single-use needle guide to perform quick and reliable procedures. This disposable guide attaches into a transducer bracket providing a secure fit to the transducer for biopsy procedures. |
This feature provides better visualization to the surgeon through tortuous anatomy. |
|
Ergonomic, sterilizable and fully immersible |
The transducer is ergonomically designed to reduce physical strain on the operator. The transducer can be sterilized by using valid reprocessing methods and also completely immersed in sterilising agents. |
The ergonomic design improves the operator’s comfort. Sterilization and immersion features prevent cross contamination during surgical intervention. |