Knight Supercut Serrated Scissors Angled, 7″ (18cm)

Introduction of Knight Supercut Serrated Scissors Angled, 7″

The Knight Nasal Scissors represent decades of refinement in nasal procedures, where precision isn’t optional—it’s foundational. Built from German Stainless Steel and Handcrafted in Germany, this specialized surgical instrument addresses what generic shears cannot: the unforgiving anatomy of the nasal cavity during reconstructive work.

What separates this 18cm tool from conventional alternatives is the deliberate angled geometry paired with a serrated bottom blade. Surgeons working on nasal turbinate reduction surgeries rely on this configuration to grip tough tissue without slipping, while the straight beveled TC blades deliver clean cuts through fibrous cartilage layers.

Consider the standard design versus the light design—each variation lets the surgeon customize their approach based on preference and case complexity. The blunt tips matter enormously here, allowing safe navigation past delicate structures while the razor sharp cutting edges handle removal of the nasal concha decisively.

Beyond mechanics, the ergonomic ring handle delivers comfortable control during extended procedures, reducing hand fatigue that plagues lesser Rhinoplasty Nasal Scissors. As a reusable instrument finished in Satin, Gold Plated, or Black Ceramic Finish, it remains an indispensable tool for serious nose surgery practitioners.

Features

Practitioners working through the nasal passage rely on instruments that handle large amounts of dense tissue without compromise. The serrated edges grip while cutting, preventing slippage as delicate blades address nasal turbinates. Crafted from high-quality stainless steel, these scissors deliver efficient cuts through bone and skin easily.

What distinguishes this instrument is its unique design with angled shanks, granting optimal control during confined procedures. The secure grip translates surgeon intent into precise maneuverability, minimizing risk of unintended damage. Engineered for cutting efficiency, each pair is manufactured non-sterile, ready for sterilization protocols before clinical access.