Fiber Handle – Surgical Hand Drill – 11-1576-00

for AO coupling
Aligning long bone fractures with minimal periosteal disruption demands specialized jaw geometry. The 11-1576-00 Lambotte Bone Holding Forceps features self-adjusting swivel jaws that conform to irregular bone shaft contours, delivering secure clamping without concentrating pressure at a single point.
Its adjustable threaded lock mechanism lets the operating team fine-tune holding tension quickly to match specific anatomical requirements.
Swivel jaw plates adapt to changing bone shaft angles for balanced contact.
Threaded locking spindle maintains the selected jaw setting during fixation.
A rigid stainless steel frame limits tool flex during reduction maneuvers.
Smooth outer surfaces minimize tissue friction during placement and removal.
The self-adjusting jaw action is particularly useful when bone surfaces are not perfectly uniform. Rather than forcing the instrument to sit against a fixed plane, the swivel mechanism allows the contact surfaces to accommodate variations in shaft contour and positioning. This can make the forceps useful during reduction of irregular or displaced long-bone fragments.
Stable fragment positioning enables accurate drilling and screw insertion during internal fixation. Selecting quality bone surgery instruments ensures dependable mechanical performance across high-volume trauma sets where reduction tools may be repositioned repeatedly during a procedure.
The durable stainless construction resists staining and endures frequent steam processing. Its threaded adjustment also allows the team to make controlled changes to clamping pressure as reduction progresses, rather than relying on a fixed jaw position.
For orthopedic procedures requiring adaptable contact around long-bone anatomy, the Lambotte pattern combines mechanical stability with a more accommodating jaw design.
Equip your surgical team with this adaptable bone-holding instrument.