Goldman-Fox 13 cm Saw edge, Curved scissor

The Goldman-Fox 13 cm Saw edge (Curved) scissor is forged from surgical-grade stainless steel with a 13cm overall length and a curved blade geometry that angles the cutting edge away from the shank line. The instrument features two slender blades with fine, pointed tips and a saw-edge micro-serration ground into one blade surface. Gold-plated finger rings provide visual identification and a secure two-finger grip. The box-lock joint connects both blades at the pivot, and Goldman Fox scissors of this pattern carry no spring mechanism, relying instead on controlled manual opening and closing.

The saw-edge blade pattern consists of micro-serrations ground along the inner cutting surface, which engage soft tissue on contact and prevent the blades from sliding off during cutting strokes. These periodontal scissors withstand repeated steam autoclave sterilization cycles at 134°C and are fully compatible with chemical vapor and ethylene oxide sterilization methods. The stainless-steel body resists corrosion and staining under hospital decontamination protocols, while the polished blade surfaces support thorough mechanical cleaning between uses.

Periodontists and oral surgeons use Goldman Fox Scissors Curved 13cm during gingivectomy, gingivoplasty, and periodontal flap procedures. The curved blade geometry allows the surgeon to contour gingival tissue along the natural arch of the alveolar ridge without repositioning the instrument handle. The clinician positions the tips beneath or alongside the tissue margin, applies controlled closing pressure, and trims gingival tissue, granulation tissue, or suture threads with a single clean stroke.

There is a reason experienced surgical teams keep coming back to Leader Surgical, the instruments work as expected, session after session, without requiring adjustments, replacements, or second thoughts about what’s in the tray.

Why is one blade saw-edged (serrated)?
The micro-fine saw edge is designed to grasp tissue firmly and prevent it from slipping during the cut. This is particularly critical in dental surgery (gingivectomy) where oral tissues can be wet and difficult to stabilize.