Description

The Langenbeck Bone Holding Forceps are used to grasp, hold, and manipulate bone fragments during fracture reduction and fixation. They are commonly used in trauma and reconstructive procedures where a fragment needs to be kept in position while alignment is checked or fixation is prepared. The forceps are also useful when the working area makes a straight approach difficult.

The working end has strongly curved serrated jaws that engage the cortical surface of the bone. The curved shape allows the jaws to reach around the bone while leaving some room around nearby soft tissue and anatomical structures. The serrations help maintain the grip as the fragment is moved or repositioned during the procedure.

A spring-handle construction operates the jaws and allows them to be applied and released quickly. The spring action provides direct tactile feedback as the grip is adjusted, which can be useful when the bone needs to be repositioned more than once. There is no locking ratchet to disengage between movements, keeping the handling fairly straightforward.

At 21 cm (8¼”) overall, the forceps provide more reach and leverage than a shorter bone holder while remaining manageable in the hand. The length can be useful when working around deeper operative areas, and the curved jaws give the user another option when positioning the instrument around a bone fragment.

The handle is shaped for a secure grip during manipulation. Before supply, the forceps are checked for their general finish and working condition, including the condition and alignment of the serrated jaws and the movement of the spring handle.

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 serrated working surfaces, spring action, and overall finish.

With strongly curved jaws, spring-handle operation, and a 21 cm length, the Langenbeck Bone Holding Forceps provide a practical option for holding and repositioning bone fragments during orthopedic, trauma, and reconstructive procedures.