Notes：Under $300 for a single purchase, plus a $50 handling charge.
Product Features
▲ Non-adhesive tissue during electrocoagulation.
▲ Reduces local temperature, thermal damage and cleans the surgical field.
▲ Designed for disposable use, avoiding possible cross-infection during the procedure.
▲ The imported alloy forceps designed at an angle does not block the view and increases intraoperative visibility.
▲ Can be used with a variety of domestic and foreign high-frequency electrosurgical generator and bipolar electrocoagulator, extremely convenient to use.
▲ The forceps body is made of imported alloy, and the tips of the forceps are strictly polished to ensure that they do not adhere to the tissue.
▲ The surface of the forceps is made of imported paint, which is highly insulated and will not be pierced under high voltage to ensure the safety of doctors and patients.
▲ The water delivery system embedded inside the forceps can be regulated according to clinical needs.
▲ Our forceps are designed into different specifications according to the length and the width of the tip. It is suitable for various surgical needs, especially in neurosurgery, orthopedics, plastic surgery, ophthalmology, vascular surgery, hepatobiliary surgery and urology.
Disposable Irrigating Bipolar Forceps
Features:
>Alloy material, fast heat conduction, low power coagulation, avoid damage to tissue.
>The tip is finely polished to make the surgical site more precise and non-adherent to the tissue.
>Internal water flow regulator can be adjusted and controlled according to clinical needs. The tip of the forceps drips water to lower the temperature of the surgical site, reduce thermal damage and clean the surgical field.
>Can be designed into different specifications according to different lengths and forceps tip widths to meet various surgical needs.
>The forceps body is made of imported coating, highly insulated to prevent high voltage breakdown and ensure the safety of doctors and patients.
Disposable Non-stick Bipolar Forceps
Features.
>High thermal conductivity and heat dissipation material for effective tip temperature control.
>Better non-stick effect.
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