Description

The Crayford-Reynolds Scissors are designed for delicate soft tissue dissection and controlled cutting during plastic, reconstructive, and facial surgery. Their curved blades and longer profile make them useful when the surgical area is deeper or when additional reach is needed without giving up close control of the working end.

The scissors feature a micro-serrated cutting edge, which helps keep tissue in place between the blades during cutting. This can be helpful when working with fine or delicate tissue, as it reduces slipping and allows the scissors to be guided more carefully through the tissue. The curved blade design also provides a useful working angle for following tissue planes and working around natural anatomical contours.

With an overall length of 18 cm (7″), these scissors provide more reach than shorter patterns. The additional length can be useful when working in deeper operative areas, while the curved blades help maintain access to the tissue from a suitable angle. Despite the longer profile, the scissors remain suitable for controlled cutting and fine tissue separation.

The design is particularly useful when a surgeon needs to work carefully through a deeper area without repeatedly repositioning the instrument. The micro-serrated edge helps maintain contact with the tissue, while the curved blades provide access where a straight blade may be less convenient.

Theese 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, 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 curved blades, micro serrated cutting edge, extended 18 cm (7″) length, and surgical-grade stainless steel construction, the Crayford-Reynolds Scissors are suited to controlled soft tissue dissection and fine cutting during plastic, reconstructive, and facial surgical procedures.