Surgical Hand Drill – 11-1575-00

Memoral Head Extrator
Heavy reconstructive procedures involving major shaft fractures require substantial grip stability and rigid tool structure. The 11-1575-00 Lane Bone Holding Forceps features long, reinforced handle levers coupled with deep-toothed jaws engineered to grasp thick cortical bone securely during alignment.
The integrated ratchet assembly locks the handles in position, maintaining steady clamping force without requiring continuous manual compression from surgical personnel.
The extended handle provides useful leverage when positioning the instrument around substantial bone fragments, while the deep-toothed jaw pattern is designed to maintain purchase when the reduction process involves rotational or axial forces.
The robust jaw design helps prevent fragment twisting when applying traction or rotational force during reduction maneuvers. This can be particularly valuable during complex long-bone reconstruction, where maintaining the selected position while preparing definitive fixation is critical.
Deploying specialized bone surgery instruments built for heavy mechanical load improves operative control during difficult fracture repairs. Crafted from premium surgical stainless steel, these forceps resist arm distortion and tolerate repeated hospital sterilization routines without compromising their structural integrity.
The ratcheting mechanism also allows the instrument to remain engaged while the surgical team turns attention to drilling, plate placement, screw insertion, or other fixation steps. Its substantial construction makes it well suited to orthopedic environments where stronger temporary holding force is routinely required.
For trauma and reconstructive trays built around demanding fixation procedures, the Lane pattern provides the mechanical strength and leverage expected from a heavy-duty bone-holding forceps.
Complete your operating room inventory with this robust orthopedic instrument.