TROELTSCH Forceps Bayonet Shaped
Intro Description Engineered for otolaryngology (ENT), rhinology, and microsurgical procedures, the SIRGIKAL 04-237 Troeltsch Bayonet-Shaped Forceps deliver precise nasal and ear canal navigation, secure tissue grasping, and absolute tactile control in deeply recessed anatomical sites. Featuring a distinct angled bayonet offset design combined with fine serrated or fenestrated tips, this specialized instrument ensures that the surgeon’s hand remains outside the direct line of sight, maximizing visibility under headlamp or microscope illumination. Crafted from certified medical-grade stainless steel with a spring-tempered handle, it guarantees dependable durability, smooth jaw alignment, and long-lasting performance across rigorous hospital sterilization cycles.
Product Specifications
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Item Code: 04-237
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Material: Certified Medical-Grade Stainless Steel (ASTM F899 compliant)
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Size: Standard ENT Bayonet Length (Troeltsch profile)
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Finish: Satin (Anti-glare) / Mirror
Key Features
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Bayonet Offset Architecture: Angled shaft configuration provides an unobstructed line of sight into narrow cavities such as the nasal passage and external auditory canal.
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Precision Serrated Jaws: Finely milled gripping tips engineered to securely hold cotton, dressings, foreign bodies, or delicate mucosal tissues without slipping.
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Spring-Tension Handle: Balanced flat or round handle design ensures smooth closure, excellent tactile feedback, and reduced hand fatigue during delicate procedures.
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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
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ENT & Otolaryngology: Precision placement and removal of nasal packings, ear dressings, cotton pledgets, or foreign bodies from the nasal cavity and ear canal.
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Operating Theatre & Clinic Utility: Essential specialized bayonet instrument relied upon by ENTs and surgeons requiring enhanced visibility and deep-reach control in confined anatomical corridors.
