AX102073

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AX102073 is a multifunctional electrosurgical device used for cutting, coagulation, and hemostasis of tissues in medical applications. Here, we will take a look at its application and working principle.

Application

The AX102073 is primarily used for surgical operations that require cutting or coagulation. It can be used by leading surgery centers across the United States, Europe, and Japan for general and gynecology surgery procedures. Its application is as vast as to encompass cardio-thoracic, neurosurgical, plastic and reconstructive, urological, and orthopedic procedures.

The AX102073 is also used in the fields of dermatology and ophthalmology. It is popular among practitioners as the electrosurgical technology advances the precision of these treatments with a minimum of tissue damage. As a result, it reduces post-surgery healing time and promotes quicker recoveries.

Working Principle

The AX102073 electrosurgical technology works by creating an electrical current that vibrates between two electrodes. The current is delivered through two contact points, one in the form of an active electrode and the other as a return electrode. When the two come in contact with the tissue to be cut, a high-frequency oscillation is created that rapidly agitates the molecules within the tissue. This causes the tissue to become so hot that it is vaporized.

At the same time, the air between the two electrodes, which has been ionized, prevents the spread of heat generated by the current. This prevents the tissue adjacent to the area being cut from being destroyed, and helps to reduce the risk of infection and scarring. As a result, the electrosurgical device is an effective and precise tool for cutting, coagulation, or performing hemostasis.

Conclusion

The AX102073 electrosurgical device is a reliable tool that is designed to deliver consistent and safe results to a variety of medical treatments and procedures. Its applications range from general and gynecology surgery to dermatology and ophthalmology. The device works by creating an electrical current between two electrodes that becomes so hot that it destroys the tissue. Air between the two electrodes insulates the adjacent tissue from heat damage, preventing infection and scarring.

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