Description

The Stevens Tenotomy Scissors Micro Serrated are designed for delicate tissue dissection, tendon procedures, and fine soft tissue work. These are used in plastic, reconstructive, and hand surgery. The refined blade profile makes them suitable for procedures where careful cutting and good control are needed. Mostly, surgeons use them in smaller or confined operative areas.

The scissors feature a micro-serrated cutting edge. This construction helps the blades grip tissue as they cut and reduces slipping during fine dissection. This can be useful when working with delicate tissue where careful handling is required. The scissors are available in both straight and curved blade configurations that give surgeons the option to choose the pattern best suited for the working area and surgical technique.

The straight pattern provides a direct approach to the tissue. The curved pattern can be useful when working around anatomical contours or when a different blade angle is preferred. Both versions measure 11.5 cm (4½”), giving the scissors a compact profile that is easy to maneuver during detailed procedures.

The shorter length also allows the instrument to be positioned close to the surgical site, which can be helpful during hand surgery and other procedures where precise movements are required. The combination of the fine blades, serrated edge, and compact size makes the scissors suitable for controlled cutting and tissue separation.

They are made from premium surgical-grade stainless steel and undergo quality inspection before being supplied. The scissors are checked for blade alignment, cutting action, serrated edge, and overall finish to make sure the instrument is properly finished and ready for use. The stainless-steel construction also makes them suitable for regular cleaning and maintenance as a reusable surgical instrument.

With straight and curved blade options, a micro serrated cutting edge, and an 11.5 cm (4½”) length, the Stevens Tenotomy Scissors are suited to fine tissue dissection and tendon-related procedures where a small, precise, and easy-to-control instrument is needed.