JOLL Vaginal Retractors

SKU 1-Oct Category

Intro Description Engineered for reliable exposure, gentle tissue retraction, and secure visualization during thyroid, neck, and gynecological interventions, the SIRGIKAL 10-1 Joll Vaginal Retractor (also widely utilized as a multipurpose self-retaining retractor) delivers exceptional structural rigidity, anatomical compatibility, and procedural control. Manufactured from certified medical-grade stainless steel featuring smoothly rounded, atraumatic blade contours and a reliable frame mechanism, this specialized instrument ensures safe, stable surgical site retraction. Featuring a corrosion-resistant satin finish and robust construction, it guarantees structural integrity and long-lasting performance across rigorous hospital sterilization cycles.

Product Specifications

  • Item Code: 10-1 (Joll Pattern)

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

  • Configuration: Joll Retractor Pattern

  • Finish: Satin (Anti-glare) / Mirror

Key Features

  • Atraumatic Rounded Blade Contours: Polished, smooth blade edges minimize patient discomfort and prevent soft tissue trauma during insertion and retraction.

  • Secure Retaining Mechanism: Precision-adjusted frame and locking components allow the user to secure the retractor blades at the desired tension, freeing both hands during procedures.

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

  • Autoclave-Resistant Durability: Withstands repeated steam sterilization without degradation, pitting, or surface corrosion.

Usage

  • Surgical Operating Theatre: Retraction of soft tissues, skin flaps, and wound edges during thyroid, general surgical, and gynecological or obstetric interventions requiring clear anatomical exposure.

  • Clinical & Hospital Utility: Essential handheld and self-retaining retraction instrument relied upon by surgical teams requiring dependable structural strength and precise field visualization.

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