Electrode Electrosurgical Shaft L29cm Hook OD5mm Endopath Probe Plus II
L29cm (11.4 inches)
Outer diameter (OD)
5mm (0.2 inches)
Insulated stainless steel
Most electrosurgical generators
Autoclave or ethylene oxide (ETO) sterilization
Single-use or reuse
Endoscopic surgery, laparoscopic surgery, and general surgery
Ergonomic design, safety rounded tip, and insulated shaft for safety and precision
Ethicon Endo-Surgery, LLC (a Johnson & Johnson company)
Country of origin
The Electrode Electrosurgical Shaft L29cm Hook OD5mm Endopath Probe Plus II is a cutting-edge medical device designed for precision surgical procedures. It is an advanced electrosurgical tool that delivers exceptional results in surgical applications such as endoscopic surgery, laparoscopic surgery, and general surgery. This electrosurgical shaft is made of high-quality materials that are both durable and reliable, ensuring that it will last through multiple procedures.
The L29cm length of the shaft provides ample reach for the surgeon to operate with ease, while the 5mm OD (outer diameter) of the hook allows for precise surgical incisions.
The Endopath Probe Plus II features an ergonomic design that enhances surgical efficiency and precision. It is equipped with a hook tip that allows for precise cuts and cauterization, making it an ideal tool for delicate surgeries that require precision. This device features a unique safety design that minimizes the risk of tissue damage during surgery. The tip of the hook is rounded, ensuring that it does not damage surrounding tissues while making incisions.
Additionally, the device comes equipped with an insulated shaft that prevents electrical current from spreading to surrounding tissues, reducing the risk of unintended burns. It is compatible with most electrosurgical generators and is easy to use. It is designed to be sterilized and reused multiple times, making it a cost-effective solution for surgical procedures. It is a reliable and effective surgical tool that delivers exceptional results in surgical procedures and is designed with the surgeon and patient's safety in mind, ensuring that delicate surgical procedures are completed with precision and accuracy.