Bayonet Silver Glide full Non-Stick Bipolar Forceps (16 cm)

The Bayonet Silver Glide Full Non-Stick Bipolar Forceps (16 cm) are intended for very precise electrosurgical treatments. Their bayonet design improves visibility by keeping the surgeon’s hand away from the operating site, making them ideal for neurosurgery, ophthalmology, and microsurgery applications. Furthermore, the entire non-stick Silver Glide coating inhibits tissue adherence, resulting in smoother coagulation and fewer interruptions during surgery.

Expertly crafted from high-quality materials, the Bayonet Silver Glide Full Non-Stick Bipolar Forceps (16 cm) provide excellent control and balance. Their 16 cm length provides the ideal reach for sensitive treatments while retaining precision. The fully insulated architecture allows for regulated energy transmission, which considerably reduces the danger of heat harm to surrounding tissues. Furthermore, the tiny, atraumatic tips allow for precise tissue manipulation, which improves surgical results.

Non-stick bipolar forceps offer several benefits, including increased efficiency and less maintenance. The entire Silver Glide covering minimizes tissue accumulation, requiring less frequent cleaning during treatments. Furthermore, these forceps include a standard bipolar connection, providing easy interoperability with most electrosurgical systems. This makes them a reliable choice for complicated and high-precision surgical procedures.

Medic Instrument is a well-known brand in the medical field that manufactures high-quality surgical equipment. To fulfill international medical standards, we rigorously test our goods. Medical practitioners all over the world rely on our tools for exceptional surgical performance because we are committed to precision and reliability.

What makes full non-stick forceps more effective than partially coated ones?
Full non-stick forceps provide complete resistance to tissue adhesion along the entire instrument surface. This reduces the need for cleaning, ensures uninterrupted surgical procedures, and enhances overall efficiency in electrosurgical applications