Product Overview
Lambert Lowman Bone Clamp delivers exceptional structural clamping pressure and highly predictable alignment tracking during intricate bone reduction protocols and orthopedic plating procedures. The unique variable threaded screw layout allows the operating team to apply precisely graduated compression, tightening or loosening the jaw span smoothly by hand to match localized skeletal profiles. Featuring aggressive, intermeshing prong tips across the holding tracks, this instrument penetrates through fluid boundaries to achieve a localized friction lock, stabilizing major cortical pieces flawlessly while fixation plates, rods, or transfixion assemblies are driven home.
Key Features
• Threaded Calibration Screw delivers highly precise, infinitely variable compression adjustments to prevent accidental bone fracturing from over-tightening.
• Intermeshing Prong Arrangement provides a high-traction mechanical interface that completely stops rotational shifting on wet cortical layers.
• Premium German Stainless Steel construction maintains superior torsional stiffness and absolute resistance to repeated high-temperature autoclaving.
• Parallel Jaw Shifting ensures uniform force distribution across the entire surface area, keeping the selected alignment axis perfectly secure.
Uses & Applications
• Clamping and Aligning Long Bone Fractures precisely during routine reduction protocols to establish correct anatomical placement.
• Holding Orthopedic Plates Firmly against dense cortical columns until permanent fixation screws can be permanently set.
• Maintaining Constant Compression Forces securely across complex osteotomy tracks to support stable, unyielding bone healing.
Lambert Lowman Bone Clamp functions as a premier, high-security reduction tool optimized to deliver fluid, predictable bone management across demanding operative environments.
