Unique to Boston Scientific , the Unified RF Injection Electrode is designed to simplify your RF ablation procedures. This all-in-one disposable includes the cannula, electrode , and injection tube in one simplified device and is engineered to minimize cannula movement, giving you confidence in functionality, precision, and control.
The aim of the study was to design a novel radiofrequency ( RF ) electrode for larger and rounder ablation volumes and its ability to achieve the complete ablation of liver tumors larger than 3 cm in diameter using finite element method. A new RF expandable electrode comprising three parts (i.e.
insulated shaft, changing shaft, and hooks) was …
Radio Frequency Welding – ScienceDirect, Radio Frequency Welding – ScienceDirect, RF Electrodes – Boston Scientific, Ceramic Tip The distal end of the RF electrode is comprised of a ceramic tip that separates the electrode from the distal end of the shaft. Handle Design The RF electrodes are comprised of five tip configurations and are lightweight instruments with a compact, curved handle.
Design of Hemispherical Radio Frequency (RF) Capacitive-type Electrode Free of Edge Effects for Treatment of Intracavitary Tumors Masahiro Moriyamaa?, Atsuya Kawaguchia, Masaki Yokokawaa, Shin Ikedaa, Hajime Kitagakib, and Nobue Uchidaa Departments of aRadiation Oncology and bRadiology, Faculty of Medicine, Shimane University, Izumo, Shimane 693-8501, Japan, A radio frequency ( rf ) lesion electrode design with a thermocouple temperature sensor in its distal uninsulated tip is described, having special design features which enable it to be made with very small tip diameters, flexible tip geometrics, very close proximity of the thermocouple sensor to the tissue the temperature of which must be measured, and very accurate and rapid temperature response.
A radio frequency ( rf ) lesion electrode design with a thermocouple temperature sensor in its distal uninsulated tip is described, having special design features which enable it to be made with very small tip diameters, flexible tip geometrics, very close proximity of the thermocouple sensor to the tissue the temperature of which must be measured, and very accurate and rapid temperature response.
