Description

The Pelvic Reduction Forceps – Large Straight Pattern are used to hold, align, and reposition pelvic and acetabular fracture fragments during trauma and reconstructive procedures. They are commonly used during open reduction and internal fixation, particularly when larger fragments need to be brought into position and kept steady while fixation is carried out.

The forceps have large straight reduction arms with pointed ball tips at the ends. The ball tips give the jaws a defined point of contact with the bone while avoiding a sharp tip that could dig deeply into the cortical surface. The straight arrangement is useful when the fracture can be approached directly without needing an angled working end.

A speed-lock compression mechanism is built into the ring handles. The forceps can be positioned around the fracture fragment and adjusted until the required compression is reached. Once set, the mechanism helps keep the reduction in place while the alignment is checked or fixation is prepared.

At 25 cm (10″) overall, this is a longer pattern intended for larger pelvic fracture work. The additional length provides reach and leverage when working deeper within the operative field. The straight arms keep the working end in line with the handles, which can be useful when direct access to the fracture site is available.

The robust construction is suited to the demands of pelvic reduction. Before supply, the forceps are checked for their general finish and working condition, including the alignment of the reduction arms, condition of the pointed ball tips, and operation of the speed-lock mechanism.

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 maintain the working tips, compression mechanism, and overall finish.

With large straight arms, pointed ball tips, and speed-lock compression, the Pelvic Reduction Forceps – Large Straight Pattern provide a direct approach for controlling larger pelvic and acetabular fracture fragments.