Uterine Manipulator(Ⅲ Type)

The Uterine Manipulator (Type III) represents an advanced gynecological surgical instrument that incorporates functional enhancements and modular expansions over its foundational model. Through the coordinated operation of multiple components, it delivers a more precise, stable, and controllable uterine manipulation solution for complex gynecological laparoscopic procedures, significantly optimizing the surgical field of view and reducing intraoperative complication risks.

Product Components and Structure

 · Uterine Cup: The core support component designed to encircle and secure the cervix, providing a stable fulcrum for manipulation.

 · Manipulator Frame: The central framework connecting the uterine cup to the operating rod, ensuring overall structural stability. 

· Handle: Ergonomically designed to offer a comfortable, non-slip grip for the surgeon, facilitating the application of force in various directions.

 · Guide Rod: Utilized for preoperative uterine cavity exploration and initial positioning, guiding the accurate placement of the uterine manipulator. 

· Uterine Fixation Screw Rod: A key innovative component. Through mechanical screws, it directly and securely fixes to the uterine fundus, enabling precise multi-dimensional control of uterine elevation, anteversion, and retroflexion, effectively preventing intraoperative slippage. 

· Force Amplification Rod: Provides additional mechanical leverage, assisting the surgeon in effortlessly completing operations requiring significant uterine position adjustments or counteracting strong tissue tension.

Core Features and Values

1. Exceptional Stability and Fixation Force: The unique "Uterine Fixation Screw Rod" design offers axial traction and anti-rotational capabilities far exceeding conventional uterine manipulators, particularly suitable for obese patients or deep pelvic surgeries.

2. Multi-Dimensional Precision Control: Combining the handle, manipulator frame, and force amplification rod, surgeons can achieve fine adjustments of uterine anteflexion, retroversion, and lateral displacement, fully exposing the surgical field.

3. Modular and Integrated Design: Standardized component interfaces allow for rapid assembly and disassembly, adapting to different surgical steps and enhancing procedural efficiency.

4. Enhanced Surgical Adaptability: Specifically designed for high-difficulty, prolonged complex laparoscopic surgeries, capable of addressing various complex anatomical situations and surgical challenges.

5. High-Standard Materials and Craftsmanship: All components are manufactured from high-strength, corrosion-resistant medical-grade materials, ensuring surgical safety and instrument durability.