Core Positioning & Functions 

 Installation Location: Fixed at the connection between the robotic arm and the probe, as well as the hanger interface on the probe’s operating end. It serves to support and secure the probe, while absorbing shocks and displacements during operation.  •  Core Functions ◦ Flexible Connection: Buffers rigid shocks generated by the movement and operation of the robotic arm, protects the precision structures of the probe and arm, and prevents positioning accuracy from being affected by vibration during treatment. ◦ Precise Positioning: Ensures the coaxiality and angular stability of the probe and arm via the adapted interface, guaranteeing that the vaginal, perineal, and abdominal probes accurately act on the pelvic floor area along the preset path. ◦ Electrical Insulation & Protection: Isolates the radiofrequency circuit from the mechanical structure to prevent electric leakage or signal interference. It also seals the interface to avoid the infiltration of bodily fluids and disinfectants into the device interior. ◦ Biocompatibility Isolation: Acts as a transition layer between the probe and human contact surfaces, reducing the risk of skin/mucosal irritation and improving treatment comfort.

Application Scenarios & Performance Advantages

• Clinical Compatibility: Specifically designed for the vaginal, perineal, and abdominal probes of 3A radiofrequency robots. It meets the requirements of real-time temperature feedback for the robot’s monopolar/bipolar radiofrequency switching and TIP temperature control algorithm, ensuring stable treatment paths and precise energy transmission.
• Performance Advantages

• Low Friction Coefficient: Reduces resistance during probe insertion, extraction and movement, improving operational smoothness.

• Aging Resistance & Sterilization Tolerance: No hardening or embrittlement after repeated sterilization (ethylene oxide, high-temperature steam), ensuring a long service life.

• Customized Interface: Buckle or threaded structures are designed according to probe models, enabling quick replacement and anti-falling locking.