Feature

Wide Compatibility Design – Supports Multiple Devices and Bipolar Coagulation Accessories

This coagulation forceps cable is manufactured according to international standards, using a 4mm banana plug interface,

making it compatible with most bipolar coagulation devices and mainstream electrosurgical platforms, such as Bovie,

Valleylab, Conmed, and ERBE. It not only stably connects bipolar forceps and coagulation forceps but is also compatible

with various electrosurgical mainframes, helping hospitals achieve standardized consumable management, reducing

interface compatibility issues between different brands, and lowering inventory costs and management complexity.

Medical-Grade Reusable Structure – High Temperature Resistant, Cyclic Sterilization Capable

The cable is designed with reusable medical-grade materials, capable of withstanding high-temperature, high-pressure

sterilization (Autoclave) and other conventional cleaning and sterilization methods, such as ethylene oxide sterilization

and liquid cold sterilization. The robust structure is resistant to aging, and the cable boasts strong tensile and bending

resistance, maintaining excellent conductivity and physical stability even after repeated sterilization cycles. This

reusability significantly reduces hospital consumable costs and improves the overall economic efficiency of the equipment.

Low-Impedance Conductor Material – Stable Energy Transmission, Improved Surgical Efficiency The internal

high-conductivity copper core serves as the conductor, characterized by low impedance and low loss, enabling more

stable bipolar energy transmission to the surgical end. The low-impedance design reduces the decrease in

electrocoagulation efficiency caused by energy fluctuations and also reduces current fluctuations during forceps-tip

electrocoagulation, allowing surgeons to achieve more precise and controllable results during hemostasis and tissue

manipulation. This structure is particularly suitable for neurosurgery and microsurgery requiring delicate manipulation,

ensuring more reliable clinical outcomes.

Flexible and Bending-Resistant Structure – Smooth Operation, Less Tangle-Prone The outer layer is coated with

medical-grade silicone, making the cable soft, smooth, and tangle-resistant. Its excellent bending resistance allows

it to withstand frequent folding and movement without damaging the internal conductors due to pulling or compression.

The cable's high flexibility allows surgeons greater flexibility in adjusting the angle of the electrocoagulation forceps,

reducing operational interference caused by cable tension and improving surgical smoothness and precision.