Description

The Reynolds Scissors are designed for soft tissue dissection and controlled cutting during plastic, reconstructive, and facial surgery. They have a stronger construction than finer scissors, which makes them suitable for procedures that require more cutting strength.

The scissors feature a micro-serrated cutting edge, which helps hold tissue between the blades and can reduce slipping during cutting. This is useful when working with denser tissue or when a secure grip is needed during dissection. The curved blade configuration provides a convenient working angle and makes it easier to follow tissue planes or reach areas that may be less accessible with a straight blade.

A distinguishing feature of this pattern is its thicker shanks and blades. The heavier construction gives the scissors added strength and stability and makes them suitable for surgical work where a reliable instrument is preferred. At the same time, the curved profile keeps the working end suitable for controlled tissue separation and cutting.

The scissors measure 15 cm (6″) in length. This provides a useful balance between reach and maneuverability, allowing the instrument to be used comfortably in a range of operative areas. The combination of the longer profile, curved blades, and stronger construction makes them suitable for procedures involving both delicate and denser soft tissues.

These scissors 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, shank and blade condition, 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 their micro-serrated cutting edge, thicker shanks and blades, curved profile, and 15 cm (6″) length, the Reynolds Scissors are suited to controlled soft tissue dissection and cutting where additional strength and stability are needed.