Rochester-Pean Hemostatic Forceps 30 cm Straight and Curved Surgical Instrument

Rochester-Pean Hemostatic Forceps 30 cm is a premium quality surgical instrument designed for effective hemostasis and secure clamping of blood vessels during major surgical procedures. This set includes both straight and curved forceps in a 30 cm length making it ideal for deep surgical access and precision handling in complex operations.

These hemostatic forceps are manufactured from high grade medical stainless steel ensuring long lasting durability corrosion resistance and consistent performance in demanding surgical environments. The long slender design allows surgeons to reach deep tissue areas with ease while maintaining full control and visibility.

The jaws feature fine serrations that provide a firm and reliable grip on blood vessels and tissues helping to control bleeding efficiently. The ratchet locking mechanism ensures stable clamping with adjustable pressure reducing hand fatigue during prolonged procedures.

Straight Rochester-Pean forceps are suitable for direct access and general clamping while curved Rochester-Pean forceps offer improved maneuverability and better access in confined or deep surgical sites.

This surgical instrument is widely used in hospitals operating rooms and clinical settings and is easy to sterilize and reusable meeting professional healthcare standards.

Key Features
High quality stainless steel construction for durability and rust resistance
Extra long 30 cm length for deep surgical procedures
Available in straight and curved jaw options
Strong serrated jaws for secure grip and effective hemostasis
Smooth ratchet locking system for precise control
Reusable and easy to sterilize

Ideal For
General and major surgical procedures
Deep tissue and abdominal surgeries
Emergency and trauma care
Hospital and clinical environments

Rochester-Pean Hemostatic Forceps 30 cm delivers strength precision and reliability making it an essential tool for surgeons who require high performance instruments for advanced surgical applications.