LOCKLIN Delicate Nasal and Tonsil Scissors

Intro Description Engineered for otolaryngology (ENT) and specialized plastic procedures, the SIRGIKAL 03-204 Locklin Delicate Nasal and Tonsil Scissors deliver exceptional cutting precision, structural balance, and absolute tactile control in restricted anatomical cavities. Featuring fine blades paired with a specialized angled or curved shank architecture, this instrument allows surgeons to navigate narrow nasal passages and pharyngeal spaces, gripping and cleanly cutting delicate mucosal membranes and fibrous tissues with minimal surrounding trauma. Crafted from certified medical-grade stainless steel with an ergonomic finger-ring handle, it ensures dependable durability, sharp edge retention, and long-lasting performance across rigorous hospital sterilization cycles.

Product Specifications

  • Item Code: 03-204

  • Material: Certified Medical-Grade Stainless Steel (ASTM F899 compliant)

  • Size: Standard Fine-Surgical Length (Locklin nasal/tonsil profile)

  • Finish: Satin (Anti-glare) / Mirror

Key Features

  • Precision-Ground Blade Architecture: Fine, sharp cutting edges engineered for clean, shearing actions across delicate mucosal tissues and fine structures.

  • Specialized Angled Shank Profile: Optimized geometry provides an unobstructed line of sight and deep-reach capability within narrow nasal and pharyngeal cavities.

  • Ergonomic Finger-Ring Design: Contoured rings ensure comfortable, secure finger placement for enhanced stability during meticulous dissections.

  • Autoclave-Resistant Passivation: Chemical citric passivation forms a dense chromium-oxide protective barrier, guaranteeing complete corrosion resistance across repeated high-temperature hospital sterilization cycles.

Usage

  • ENT & Rhinolaryngology Surgery: Precise trimming, dissection, and shaping of delicate nasal mucosa, turbinate tissues, and pharyngeal structures.

  • Operating Theatre Utility: Essential fine-cutting instrument relied upon by ear, nose, and throat specialists requiring absolute accuracy in confined operative spaces.

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