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

The Jansen Bayonet Silver Glide Non-Stick Bipolar Forceps (18 cm) are intended for precise use in sensitive electrosurgical operations. Their bayonet design keeps the surgeon’s hand away from the operating field, which improves visibility and control. This makes them appropriate for neurosurgery, ophthalmology, and microsurgical procedures. Furthermore, the Silver Glide non-stick coating reduces tissue adherence, resulting in smoother coagulation and less need for frequent cleaning during surgery.

Made of high-quality materials The Jansen Bayonet Silver Glide non-stick bipolar forceps (18 cm) offer great balance and agility. Their 18 cm length provides an appropriate reach for a variety of treatments while ensuring good precision. The insulated covering promotes safe energy transmission, lowering the possibility of heat injury to adjacent tissues. Furthermore, the tiny, atraumatic tips allow for sensitive tissue manipulation, reducing inadvertent trauma during surgeries.

Non-stick bipolar forceps have various benefits, including increased efficiency and less instrument maintenance. The Silver Glide coating minimizes tissue accumulation and allows for continuous surgical performance. These forceps also include a standard bipolar connection, which makes them compatible with the majority of electrosurgical devices. As a consequence, surgeons may rely on them for constant and dependable performance during essential medical procedures.

Medic Instrument is an internationally recognized producer of high-quality surgical tools known for their precision, durability, and dependability. To satisfy international medical standards, our equipment goes through rigorous quality testing. Because of our dedication to perfection, healthcare professionals all around the world rely on our products for better surgical results.

FAQ: Why is the bayonet design beneficial in surgical procedures?
The bayonet design improves visibility by keeping the surgeon’s hand away from the operating field. This feature enhances precision, allows for better access to deep surgical sites, and reduces hand obstruction during intricate procedures