BRAUN Artery Traction and Tissue Grasping Forceps

Intro Description Engineered for secure, high-traction grasping of heavy or dense anatomical structures during complex surgical procedures, the SIRGIKAL 04-317 Braun Artery Traction and Tissue Grasping Forceps provide exceptional holding stability. Featuring a specialized robust jaw geometry designed to anchor tough fibrous tissues, muscle sheaths, or surgical sponges without slippage, these forceps are a trusted staple in general and gynecological operating suites. Crafted from certified medical-grade stainless steel with a dependable ratchet lock, they allow surgeons to maintain a steady, hands-free grip throughout prolonged and demanding interventions.

Spécifications du produit

  • Item Code: 04-317

  • Matériau : Acier inoxydable de qualité médicale certifiée (conforme à la norme ASTM F899)

  • Size: Standard (15 cm – 20 cm / 6″ – 8″)

  • Finition : Satinée (anti-reflet) / Miroir

Caractéristiques principales

  • Robust Clamping Architecture: Engineered with reinforced jaws and precise teeth alignment to ensure a firm, non-slip grip on heavy or slippery tissues.

  • Secure Ratchet Locking Mechanism: Adjustable multi-position ratchet handles enable the clinician to lock and grade clamping pressure progressively, reducing hand fatigue during extended procedures.

  • Ergonomic Finger Rings: Designed for optimal balance and comfortable handling, facilitating precise maneuverability within restricted surgical fields.

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

Utilisation

  • General & Abdominal Surgery: Grasping, holding, and retracting tough fascia, heavy connective tissue, or muscle layers during open exploratory interventions.

  • Gynecological & Obstetric Procedures: Secure tissue manipulation and sponge holding in specialized surgical workflows.

  • Operating Theatre Utility: General high-reliability tissue traction across diverse surgical specialties.

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