Bayonet Silver Glide full Non-Stick Bipolar Forceps (18 cm)

The Bayonet Silver Glide Full Non-Stick Bipolar Forceps (18 cm) are carefully engineered to provide accuracy during electrosurgical treatments. Their bayonet design increases visibility by removing the surgeon’s hand from the operating area, making them excellent for neurosurgery, ophthalmology, and other delicate surgical procedures. Furthermore, the entire non-stick Silver Glide coating minimizes tissue adherence, resulting in smooth coagulation and less need for frequent cleaning.

The Bayonet Silver Glide Full Non-Stick Bipolar Forceps (18 cm) are made of high-quality materials, providing great control and agility. Their 18-cm length allows for maximum reach to deep surgical areas while retaining accuracy. The totally insulated architecture allows for safe energy transfer, considerably reducing the danger of heat harm to surrounding tissues. Furthermore, the tiny, atraumatic tips enable sensitive tissue manipulation, preventing unintentional damage during surgery.

Non-stick bipolar forceps offer several benefits, including increased efficiency and less maintenance. The complete Silver Glide covering minimizes tissue accumulation, eliminating pauses during treatments. Furthermore, these forceps include a standard bipolar connection, providing easy interoperability with most electrosurgical systems. Because of their accuracy and dependability, they are ideal for use in difficult surgical settings.

Medic Instrument is a well-known company in the medical field, offering high-quality surgical equipment. To satisfy international medical standards, our devices are rigorously tested for quality. Because of our dedication to quality, healthcare professionals all around the world rely on our products for better surgical outcomes.

How does the bayonet design improve surgical performance?
The bayonet design enhances visibility by positioning the surgeon’s hand away from the operating field. This allows for greater precision, improved access to deep surgical sites, and reduced hand obstruction during intricate procedures.