Description

Cottle Dorsal Scissors are made for controlled cutting and dissection around the nasal dorsum, particularly during rhinoplasty and other nasal procedures. At 16 cm (6¼”) long, they give the surgeon enough reach to work around the nose while still being manageable in a fairly small surgical field.

The blades have a strong, slightly angled profile suited to dorsal work. This shape helps bring the cutting end toward the nasal structures while keeping the handles out of the immediate working area. The blades are also designed for handling the firmer cartilage and soft tissue encountered during nasal surgery.

In rhinoplasty, these scissors can be used for dissection and trimming around the nasal dorsum, including work involving dorsal nasal cartilage. They are also used in ENT and plastic surgery settings where controlled access to the nasal structures is needed. The heavier blade pattern gives the instrument more substance for this type of work than a small, delicate pair of scissors.

The 16 cm (6¼”) length is useful when a little extra reach is needed without moving to an overly long instrument. The ring handles allow familiar finger positioning, while the long blades give room for deliberate opening and closing movements. That combination can be helpful during longer dissection steps where steady hand control matters.

The scissors are made from surgical-grade stainless steel, with tungsten carbide edges for the cutting surfaces. Tungsten carbide is used on surgical scissors to improve edge durability and help the blades retain their cutting performance through repeated use. The instrument should also be checked for blade alignment, smooth joint movement, edge condition, and overall finish before use.

For surgeons working on the nasal dorsum, Cottle Dorsal Scissors offer a straightforward combination of reach, strong blades, and durable cutting edges. Their 16 cm (6¼”) size makes them suitable for rhinoplasty and related nasal procedures where controlled dissection and cartilage work are part of the surgical task.