Description

The Pelvic Reduction Forceps – Small Angled Pattern are designed for holding and repositioning pelvic and acetabular fracture fragments during trauma procedures. They are commonly used during open reduction and internal fixation when the fragments need to be brought into alignment and kept there while fixation is prepared.

The forceps have angled reduction arms with pointed ball tips at the ends. The ball tips provide a secure point of contact with the bone without having a sharp point driven directly into the cortical surface. The smaller jaw configuration is useful when working around smaller fragments or in areas where there is not much room for a larger reduction forceps.

The ring handles incorporate a speed-lock compression mechanism. This allows the forceps to be placed and adjusted quickly, then held at the selected level of compression. The mechanism is useful during reduction when the fragment needs to remain steady while its position is checked or fixation is carried out.

At 19 cm (7½”) overall, the forceps have a fairly compact length for pelvic reduction work. The angled arms give the working end a different approach to the bone, which can be helpful when surrounding soft tissue or the shape of the pelvis makes a straight instrument difficult to position. The length also keeps the handles manageable while providing sufficient leverage.

Before supply, the forceps are checked for their general finish and working condition. The pointed ball tips, reduction arms, and speed-lock mechanism are inspected to make sure the instrument operates properly and the components remain correctly 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 working tips, compression mechanism, and overall surface finish.

For smaller pelvic and acetabular fracture fragments, the Pelvic Reduction Forceps – Small Angled Pattern provide a compact combination of angled arms, pointed ball tips, and speed-lock compression for controlled reduction.