• Measurement: 4-1/8 inches approx. (10.5 cm)
• Curved blades offer enhanced access and visibility
• Blunt/blunt tips minimize accidental tissue trauma
• Essential tool in ophthalmic and micro-surgery
• Single scissor used for delicate surgical procedures

The Miltex Stevens Tenotomy Scissors are precision surgical instruments, typically measuring 4-1/8 inches (approximately 10.5 cm) in overall length, and are an indispensable tool across numerous delicate surgical specialties, including ophthalmology, plastic surgery, and micro-procedures. This single unit scissor is distinguished by its curved blade configuration, which provides enhanced visibility and allows surgeons to access and manipulate tissues within confined or recessed surgical fields with greater control and maneuverability.

A critical safety feature of this particular model is the blunt/blunt tip combination. These rounded, non-sharp tips significantly reduce the risk of accidental trauma to adjacent delicate structures, a paramount concern when working near vital organs or within sensitive tissue planes like those encountered during tendon (tenotomy) procedures. Crafted from high-quality, surgical-grade stainless steel, these scissors guarantee exceptional durability, resistance to corrosion, and the ability to maintain sharp cutting edges through repeated, rigorous sterilization cycles, thereby upholding the necessary standards for patient safety and clinical performance.

The design ensures smooth, precise cutting action, which is essential for minimizing tissue damage and promoting optimal wound healing. If you are searching for the best Tenotomy Scissors, then the precise 4-1/8 inches length, the safety-focused blunt/blunt curved tips, and the reliable surgical steel construction of the Miltex Stevens Scissors is best for you, as it offers the optimal blend of control, access, and minimal tissue trauma for highly specialized surgical tasks. The best Stevens Tenotomy Scissors are defined by their ability to provide reliable, clean cuts in fragile tissues without compromising surrounding structures.