Description

The Fergusson Bone Holding Forceps are used for grasping, holding, and manipulating bone fragments during fracture reduction and reconstructive procedures. They are commonly used in orthopedic trauma surgery when a fragment needs to remain steady while alignment is checked or fixation is prepared. The forceps are suited to procedures where a firm hold is needed during repositioning.

The working end has robust curved jaws that engage the cortical surface of the bone. Their curved shape provides a secure purchase on bone fragments and helps keep them in position during manipulation. The jaws can be used when traction or repositioning is required without relying on a broad, flat gripping surface.

A screw-joint construction connects the jaws and handles. This type of joint keeps the jaw movement controlled and helps maintain proper alignment as the forceps are operated. It also gives the instrument a solid feel during use, which is useful when the forceps are subjected to repeated manipulation during fracture work.

The overall length is 20 cm (8″). This gives the forceps enough reach and leverage for orthopedic procedures while keeping the instrument manageable by hand. The handle profile provides a secure grip, allowing the user to make adjustments to the position of a bone fragment without unnecessarily changing the way the forceps are held.

Before supply, the instrument is checked for its general finish and working condition. The curved jaws, screw joint, and handle movement are inspected to make sure the forceps operate correctly and the jaws remain properly aligned.

Made from premium surgical-grade stainless steel, the forceps are suitable for routine cleaning, sterilization, and maintenance associated with reusable surgical instruments. Proper care helps preserve the jaw surfaces, screw joint, and overall finish through repeated use.

With its curved jaws, screw-joint construction, and 20 cm length, the Fergusson Bone Holding Forceps provide a straightforward way to hold and manipulate bone fragments during fracture reduction, fixation, and reconstructive procedures.