MULLER Fine Wound Retractors Dura and Skin Retractors

Intro Description Engineered for neurosurgical, plastic, and delicate general surgery, the SIRGIKAL 06-112 Muller Fine Wound Retractor delivers precise tissue retraction, enhanced surgical site exposure, and absolute control in highly restricted operative fields. Featuring a refined Muller profile specifically designed for delicate structures like the dura mater and superficial skin layers, this instrument enables surgeons to gently hold back margins without causing trauma or crushing underlying tissues. Crafted from certified medical-grade stainless steel with an ergonomic, well-balanced handle, it ensures dependable durability, smooth manipulation, and long-lasting performance across rigorous hospital sterilization cycles.

Product Specifications

  • Item Code: 06-112

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

  • Size: Fine Retractor Profile (Muller design for Dura and Skin)

  • Finish: Satin (Anti-glare) / Mirror

Key Features

  • Delicate Retraction Tips: Meticulously shaped prongs or blades engineered to provide secure margin retention while protecting fragile neural membranes, dura, and subcutaneous tissue layers.

  • Ergonomic Handle Architecture: Balanced grip configuration ensures smooth maneuverability, exceptional tactile feedback, and reduced hand fatigue during intricate procedures.

  • Optimized Tension and Control: Designed to maintain steady, atraumatic retraction pressure over extended surgical durations.

  • 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

  • Neurosurgery & Plastic Surgery: Gentle retraction of the dura mater, delicate soft tissues, and skin edges during cranial, spinal, or fine reconstructive interventions.

  • Operating Theatre Utility: Essential precision retractor relied upon by surgeons requiring unobstructed visibility and delicate tissue management in confined anatomical corridors.

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