Hardy Irrigation Bayonet USA 2-Pin Bipolar Forceps

The Hardy Irrigation Bayonet USA 2-Pin Bipolar Forceps improve accuracy during electrosurgical operations. Their integrated irrigation system allows for both fluid supply and tissue manipulation. This feature enhances visibility and minimizes heat damage during operation. The bayonet form allows for a clear view of the operative area, making these forceps perfect for neurosurgery, electrosurgery, and microsurgery applications.

These forceps are made of high-quality medical-grade materials, making them both sturdy and easy to use. Their lightweight design reduces hand fatigue. A properly insulated body minimizes unintentional energy transmission, which improves patient safety. The ergonomic grip offers stability, allowing surgeons to conduct complex procedures with confidence and accuracy.

The Hardy Irrigation Bayonet USA 2-pin bipolar forceps are compatible with the majority of electrosurgical devices. This guarantees consistent and efficient energy transmission throughout essential processes. Integrated irrigation channels allow for continual cooling and cleaning of the operative site. These features increase patient outcomes while also optimizing operating room productivity.

These forceps are offered in three tip sizes—0.5mm, 1.0mm, and 1.5mm—to meet a variety of surgical requirements. The sturdy, straight shape ensures a strong and stable hold during operations, making them ideal for applications that require a harder grip.

Medic Instrument is a worldwide recognized maker of high-quality surgical tools noted for precision and dependability. Each instrument is subjected to thorough quality testing to ensure compliance with international medical standards. Because of our commitment to quality, healthcare professionals all around the world rely on our products for safe and effective surgery.

FAQ: What are the benefits of integrated irrigation in bipolar forceps?

Integrated irrigation in bipolar forceps provides continuous cooling of tissues, reduces thermal spread, and clears the surgical field of debris. This enhances visibility, minimizes tissue damage, and improves overall surgical efficiency