Electric Rod

The electric rod is a high-frequency electrosurgical instrument specifically designed for rapid and extensive hemostasis. Its core feature lies in its cylindrical or spherical tip, which enables efficient and uniform electrocoagulation of bleeding tissue surfaces through surface contact. The curved electric rod, building upon the standard design, incorporates a specific bending angle in either the shaft or the head. This configuration allows it to navigate around visual or tissue obstacles, reaching anatomical areas that are difficult to access with straight rods, such as the posterior liver and pelvic side walls, thereby expanding its application scope. The irrigating/aspirating electrocoagulation rod represents an innovative design that combines the spherical tip with irrigation and aspiration functions. It enables blunt dissection and electrocoagulation while maintaining a clean operative field and clear visibility through its irrigation/aspiration capabilities, making it particularly suitable for surgical scenarios with significant bleeding.

Core Features and Values

1. Efficient Large-Area Hemostasis

   - Surface Contact Design: Compared to point or linear instruments like electrosurgical hooks and knives, the spherical or cylindrical tip of the electrocoagulation rod can instantly cover a larger bleeding surface, achieving rapid regional hemostasis, especially suitable for diffuse oozing.

   - Rapid Wound Management: In procedures such as liver resection and spleen repair, it can quickly perform "electrocoagulation sweeping" on the wound surface, significantly reducing hemostasis time.

2. Reliable and Stable Coagulation Effect

   - Uniform Energy Output: The optimized tip design ensures that high-frequency current is evenly distributed across the entire contact surface, producing stable and reliable eschar, effectively sealing microvessels, and ensuring hemostasis.

   - Reduced Tissue Adhesion: High-quality tip coatings (e.g., ceramic, Teflon) effectively minimize tissue-instrument adhesion at high temperatures, ensuring smooth hemostasis and preventing secondary avulsion injuries.

3. Enhanced Surgical Safety

   - Reduced Perforation Risk: Compared to sharp-tipped instruments, its blunt tip design significantly lowers the risk of accidental puncture or laceration of critical tissues and blood vessels, making the procedure safer.

   - Controlled Thermal Penetration Depth: By adjusting the output power and duration of the electrosurgical generator, the depth of thermal penetration can be controlled, effectively achieving hemostasis while protecting deeper tissues.

4. Simplified Operation and Flexible Application

   - No complex picking or hooking maneuvers are required; hemostasis is achieved through direct contact and movement, resulting in a short learning curve and intuitive operation.

   - Suitable for various surgical approaches, including open and minimally invasive procedures.