Chevalier-Jackson Oval Biopsy Forceps

Chevalier-Jackson Oval Biopsy Forceps

T Surgical Instruments’ Oval Biopsy Forceps are expertly designed to assist in grasping foreign bodies and performing biopsies during bronchial and esophageal procedures. These forceps are crucial in treating airway obstructions, allowing for the safe and effective removal of masses and the detection of tumors in the lungs.

Key Features

Enhanced Control and Vision

Our forceps feature capacious finger ring handles that ensure controlled movements during procedures. The 90-degree angle of the forceps optimizes the surgeon’s vision, making it easier to navigate and perform precise operations in restricted areas.

Reliable Biopsies and Safety

The oval crocodile jaws are designed to provide a secure, non-slip grip on foreign bodies and soft masses. The blunt outer edges of the jaws minimize the risk of tissue injury, ensuring the safety and well-being of the patient during procedures.

Versatile Sizes and Long-Lasting Performance

We offer a range of forceps sizes, from 30 to 60 cm in length, allowing surgeons to reach deep tissues in the neck and other challenging areas. The slender shafts and 90-degree angle design facilitate easy access to small spaces, enhancing the surgeon’s ability to perform intricate tasks.

Superior Quality and Durability

Manufactured from premium grade stainless steel, our forceps are built to provide years of reliable service. The satin finish adds to the aesthetic appeal and ensures easy cleaning and maintenance. These reusable forceps are CE marked, affirming their compliance with stringent quality and safety standards.

Specialty and Applications

These forceps are particularly useful in the field of ENT, categorized under laryngeal forceps. Their specific design makes them an indispensable tool for surgeons dealing with airway and esophageal issues. Whether it’s for removing masses that affect voice or breathing or for taking biopsies to detect lung tumors, T Surgical Instruments’ Oval Biopsy Forceps are designed to meet the highest standards of medical practice.