Tissue Forceps

Delicate pattern, 1x2 teeth, 7-1/8" (18.0 cm) Adson Artery Forceps are 7 1/8" and are developed with 1x2 teeth in a delicate pattern with either curved or straight jaws to suit different needs. Primarily applied during operations in which arteries need to be grasped or compressed, the teeth on the tips of the jaws interlock to confirm that a tight grip is held.

Adson-Baby Forceps narrow, curved, very delicate Adson-Baby Forceps are typically used to grasp delicate tissue due to during general surgeries, especially in plastic surgery procedures. The very delicate pattern of the forceps includes partially serrated jaws that are narrow and curved. These jaws are also offered in two different lengths and are intended for tissue to be handled carefully.

Tungsten Carbide Adson Thumb Forceps are handcrafted from tungsten carbide for a durable and strong instrument. Available in a variety of forms: for dressings with a serrated platform or for tissue with a serrated platform and 1x2 teeth. Each style is also available in a delicate pattern and at several different lengths for a comfortable grip. Tungsten carbide forceps feature tips made from tungsten carbide, the hardest metal made for surgical instruments. Precision-milled serrations are formed onto the tungsten carbide inserts, resulting in pyramid-shaped teeth that provide a non-slip grip. Pyramid-shaped teeth align perfectly with each other to provide a durable and reliable grasp of the most delicate or toughest tissues, as well as needles, sutures, dressing materials and delicate vessels. Smooth tungsten carbide inserts are also available for delicate procedures. Spring tension allows for surgeons to maintain proper and consistent position, ensuring optimal grip without having to apply excess force. These forceps feature gold-plated handles.

9x10 teeth, 6" (15.0 cm) Adair-Allis Tissue Forceps are 6" long and are primarily used in general procedures in instances such as when diseased tissue needs to be held. The 9x10 teeth on the tips of the jaws provide a sure grasp of the tissue being held, and can also be used to approximate the edges of the membrane that creates the abdominal cavity lining.