ESU Grounding Plate Alternative System

Alternative dispersive electrode for patients unable to tolerate standard adhesive grounding pads. Provides safe return path for electrosurgical current. Reusable design suitable for extended use and different body sizes.

Patient return electrode pad for electrosurgical units. Also known as ESU grounding pad or neutral electrode plate. Used to complete the circuit in electrosurgical procedures.

ESU plate (neutral electrode) for electrosurgical units, designed for patient grounding during monopolar surgical procedures. Provides safe dispersal of electrical current to prevent patient burns and ensure procedure efficacy. Single-use, sterile construction for optimal safety and infection control in operating room applications.

Electrosurgical unit solution for patient grounding and electrical safety during electrosurgical procedures. The solution ensures proper dispersal of electrical current to prevent tissue burns and complications.

The PROPLATE series ESU Grounding Pad is a single-use dispersive electrode designed for electrosurgical units (ESU) to safely complete the electrical circuit during surgical procedures. This disposable pad provides reliable grounding and patient safety during monopolar electrosurgery across general, orthopedic, and urological applications.

A disposable electrosurgical grounding pad for pediatric patients, commonly known as a patient plate or return electrode. It features a large surface area to promote low current density and safely direct electrical current out of the patient's body during electrosurgical procedures while preventing burns. The conductive surface is made of aluminium sheet with low resistance and is free from cytotoxicity, sensitization, and acute cutaneous irritation. The pad includes a safety feature that signals the system to shut down if the patient is not in complete contact.

A disposable electrosurgical grounding pad commonly known as a patient plate or return electrode. It features a large surface area to promote low current density and safely direct electrical current out of the patient's body during electrosurgical procedures while preventing burns. The conductive surface is made of aluminium sheet with low resistance and is free from cytotoxicity, sensitization, and acute cutaneous irritation. The pad includes a safety feature that signals the system to shut down if the patient is not in complete contact.

Conductive pad for patient grounding in electrosurgical procedures. Essential safety component for monopolar RF surgical systems.

A disposable electrosurgical grounding pad for adult patients, commonly known as a patient plate or return electrode. It features a large surface area to promote low current density and safely direct electrical current out of the patient's body during electrosurgical procedures while preventing burns. The conductive surface is made of aluminium sheet with low resistance and is free from cytotoxicity, sensitization, and acute cutaneous irritation. The pad includes a safety feature that signals the system to shut down if the patient is not in complete contact.

A disposable electrosurgical grounding pad commonly known as a patient plate or return electrode. It features a large surface area to promote low current density and safely direct electrical current out of the patient's body during electrosurgical procedures while preventing burns. The conductive surface is made of aluminium sheet with low resistance and is free from cytotoxicity, sensitization, and acute cutaneous irritation. The pad includes a safety feature that signals the system to shut down if the patient is not in complete contact.

Patient dispersive electrode providing safe return path for electrosurgical current. Essential component for monopolar electrosurgery to prevent patient burns. Single-use adhesive pad with large contact surface.

A disposable electrosurgical grounding pad commonly known as a patient plate or return electrode. It features a large surface area to promote low current density and safely direct electrical current out of the patient's body during electrosurgical procedures while preventing burns. The conductive surface is made of aluminium sheet with low resistance and is free from cytotoxicity, sensitization, and acute cutaneous irritation. The pad includes a safety feature that signals the system to shut down if the patient is not in complete contact.