Harvey Scissors 12.5 cm Saw Edge

Harvey Scissors 12.5 cm Saw Edge

The Harvey Scissors 12.5 cm Saw Edge is a wire and suture cutting scissors instrument built from German-grade surgical stainless steel, measuring 12.5 cm in total length. Both blades run straight with blunt rounded tips on each end. The defining feature of this variant is a full-length saw-tooth serration pattern running along the entire inner cutting face of both blades, not restricted to the tip zone. This bilateral saw edge grips wire and suture material at any point along the blade length, not just at a single notch or tip. Symmetric finger rings sit on both handle arms, and a rivet screw joint connects both shanks at the pivot. The satin body finish reduces glare under clinical lighting.

The full-length harvey saw edge pattern distributes grip force across the entire blade rather than concentrating it at one point, a mechanical advantage when cutting braided sutures, cerclage wire, and intermaxillary wiring where a single-notch instrument risks slip or strand displacement mid-cut. The harvey s-12 blade guard geometry keeps the blunt tips from pressing against soft tissue during wire passage beneath suture strands.

Oral and maxillofacial surgeons, orthopedic surgeons, and trauma care teams use the Harvey Scissors 12.5 cm Saw Edge for cutting intermaxillary fixation wires, cerclage wires after fracture healing, braided suture removal, and internal suture trimming in orthopedic wound closures. The instrument slides under suture loops, engages the material along the serrated blade surface, and shears through wire and thread with a single compression stroke without slippage.

Leader Surgical grinds the saw-tooth profile on this instrument to a uniform tooth pitch across the full blade length, a manufacturing standard that ensures consistent wire grip from tip to pivot. That kind of blade-to-blade consistency is what surgical teams depend on when working with metallic fixation materials where instrument slip is not an option.

Can I use these for general surgical procedures?
Yes. While optimized for wire, they are frequently used in Cardiovascular, Thoracic, and Orthopedic surgery. They also feature rounded tips that allow surgeons to safely slide under sutures for removal without damaging surrounding soft tissue.