130mm Bipolar Bevel Plate Coblation Wand For Lateral Retinacular Slack

Bipolar Bevel Plate Coblation Wand for Lateral Retinacular Slack

Overview

A Bipolar Bevel Plate Coblation Wand is used in minimally invasive procedures for the treatment of lateral retinacular slack, glenoid labrum laceration, and triangular fibrocartilage resection. The wand uses radiofrequency energy to ablate and remove tissue while minimizing damage to surrounding healthy tissue. The bipolar feature of the wand helps to reduce the risk of electrical injury to the patient.

Lateral retinacular slack is a condition in which the lateral retinaculum, a band of tissue that helps hold the kneecap in place, becomes stretched or damaged, leading to pain and instability in the knee joint. Glenoid labrum laceration is a tear in the labrum, a ring of cartilage that surrounds the shoulder joint and helps to keep the upper arm bone in place. Triangular fibrocartilage resection is a surgical procedure to remove damaged or diseased tissue from the triangular fibrocartilage complex, a group of ligaments and cartilage in the wrist joint.

During the procedure, the surgeon inserts the wand through a small incision in the affected joint and uses it to remove the damaged tissue while minimizing damage to the surrounding healthy tissue. The bevel plate on the wand allows for more precise tissue removal and helps to reduce the risk of injury to adjacent structures. The bipolar feature of the wand helps to reduce the risk of electrical injury to the patient.

Overall, the Bipolar Bevel Plate Coblation Wand is a useful tool for performing minimally invasive joint surgeries, allowing for precise tissue removal and improved patient outcomes.

Specification

Applications

Lateral retinacular slack, glenoid labrum laceration, triangular fibrocartilage resection

Precautions for the use of plasma coblation wand in combination with plasma console:

(a) Check the expiration date and package integrity of the disposable coblation wand before use.

(b) The patient should not come into contact with the metal components of grounded equipment, and the use of antistatic plates is recommended.

(c) The disposable coblation wand cable should be kept away from patients and other leads, and temporarily unused probes should be stored away from patients.

(d) If the output is significantly reduced or the equipment fails to function normally, it may indicate poor probe contact or improper use.

(e) Flammable cleaning agents and solvents should be evaporated before using the plasma surgical system equipment, and flammable fluids should be wiped off from the patient's body and cavity.

(f) High-frequency current may interfere with cardiac pacemakers, so the current loop should not pass through the active implantable device.

(g) When installing the disposable coblation wand and powering on the equipment, avoid contact between the electrode and metal enclosure, and keep physiological monitoring equipment away from the probe as much as possible.

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