- An orthopedic instrument engineered to cleanly slice through high-tensile fixation pins and structural hard wires used during bone reconstruction, skeletal traction, and fracture stabilization
Uses
- Fixation Pin Trimming:
- Cuts off excess lengths of protruding Steinman pins or Kirschner wires (K-wires) after bone fragments are secured
- Cerclage Wire Removal:
- Snips heavy cerclage wiring loops surrounding long bone fractures during hardware revision or extraction
- Suture & Mesh Modification:
- Trims dense, rigid metallic surgical mesh or heavy structural stainless steel sutures
- Specialized Fields:
- Deployed across human orthopedic trauma surgery, podiatry, and veterinary/animal health bone reconstructions
Features
- Heavy-Duty Cutting Capacity:
- Optimized to easily shear through hard wire up to 2mm (5/64") in diameter
- Diamond-Jaw Geometry:
- Engineered with a specialized "Diamond" point jaw pattern that focuses immense mechanical crushing force directly onto a singular point
- 6-1/2 Inch (16.5cm) Length:
- A compact yet rigid handle profile that provides high tactile control and comfortable hand leverage
- German Stainless Steel Construction:
- Forged from ultra-hard, reusable surgical steel to prevent jaw pitting, blade deformation, or rust
- Satin Non-Glare Finish:
- Shaded with a smooth matted finish to drastically limit harsh visual reflections under intense operating room theater lights
Benefits
- Clean, Splinter-Free Cuts:
- Highly precise blade alignment eliminates the risk of jagged metal burs or metal shrapnel splintering into the surgical wound site
- Exceptional Edge Retention:
- Premium surgical-grade construction allows the cutting edges to remain sharp through repeated high-stress operations
- Minimized Hand Strain:
- The unique mechanical hinge translates minimal grip power from the user into massive shearing force at the tip, reducing surgeon hand fatigue
- Flawless Autoclave Durability:
- Undergoes a specialized chemical passivation process that allows the tool to survive continuous high-heat sterilization cycles without loosening
