Precise & Informative Guide to Electrosurgical Pencil Tip Cleaner

The electro surgery tip cleaner is a single-use device that is designed to allow safe, and effective cleaning of electrosurgical pencil tips. It generally contains a form pad with an abrasive surface and an adhesive backing

While doing electro surgery, there can be a buildup of charred tissue (also known as eschar) on tip of electrosurgery which results in causing adhesion to the tip of tissue, increased electrical resistance, decreased surgical effect, and also serves as a fuel source which leads to surgical fire

Surgeons remove eschar by rubbing electrosurgical tips on the tip cleaning pad. Tip cleaners are normally stuck to the surface within sterile fields, like a surgical drape, or an instrument tray.

On other hand, the Electrosurgical pencil tip cleaner can also be described as a medical device that is used to coagulate, fulgurate, cut, or dissect biological tissue by applying an electric current. It mainly uses RFAC - Radio Frequency Alternating Current

The electrosurgical pencils tip cleaners are highly versatile enough to fulfill all operating needs as it comprises of universal size connector which makes it compatible with many branded electrode tips. ESU Pencils are utilized in all careful controls. Some of them are – Cardiothoracic, Neurological, Gynecological, Orthopedic, Cosmetic, and just as certain Dental Procedures.

What are the main Surgical Applications of Electrosurgical Pencils?

Many expert surgeons modify electrical waveforms to get the desired effect on the target tissue. This is done by using electrosurgical generators.

In terms of electrosurgical pencil use in surgical applications, the different types of currents are used by surgeons to achieve multiple results. Those procedures include;

Parching – ESU Desiccation is done when the terminal is in direct contact with the tissue. By contacting the tissue, the current focus is diminished. This can be utilized for insignificantly obtrusive surgeries.

Cutting– ESU cutting partitions the tissue with electrical flashes, which centers extraordinary warmth at the objective zone. Specialists make this flash by holding the anode somewhat away from the tissue.

Fulguration – ESU Fulguration roasts and coagulates the tissue over a wide region. Specialists change the obligation cycle to around six percent, which yields less warmth. This results in producing of coagulum and not cell vaporization.