Straight Angled Down European Bipolar Forceps (16 cm)

Straight Angled Down European Bipolar Forceps (16 cm) are precisely constructed for accuracy in bipolar electrosurgery. Designed for delicate treatments, these forceps offer improved control while operating in deep or tight surgical locations. The angled-down tip improves visibility and accessibility, making it excellent for neurosurgery, ophthalmology, and microsurgical applications requiring precision.

These forceps are made of high-quality stainless steel, ensuring durability, corrosion resistance, and long-lasting function. The superior insulating covering eliminates unintentional electrical conduction, resulting in accurate energy transmission while preserving surrounding tissues from heat harm. Their 16 cm length strikes the ideal mix between reach and control, helping surgeons to work confidently in complex procedures.

The Straight Angled Down European Bipolar Forceps (16 cm) work smoothly with conventional bipolar electrosurgical machines to provide dependable and efficient performance. Full insulation along the shaft and handle ensures precise energy delivery at the tips while reducing the risk of unintended thermal spread to surrounding tissues. Furthermore, the smooth surface facilitates easy washing and sterilization, assuring compliance with the strictest hygiene requirements.

These forceps have an ergonomic, lightweight design with a strong grip that improves stability, making them both comfortable and useful. The well-balanced design reduces hand fatigue, allowing for consistent and controlled handling throughout lengthy procedures. The angled-down tip allows for excellent placement for accurate coagulation, making these forceps ideal for difficult microsurgical procedures.

Incorporating Straight Angled Down European Bipolar Forcep (16 cm) into your surgical toolset improves precision, safety, and efficiency during electrosurgical procedures. These forceps are designed to fulfill the highest surgical standards and provide remarkable performance, making them an important device for operations that need sensitive tissue handling and controlled coagulation.