Product Overview
The 554081 Cautery Tip is a hyper-precision ophthalmic thermal instrument characterized by its 6mm long point extension and a specialized 5×7mm sharp oval ball geometry. Engineered to interface seamlessly with standard handpieces, this instrument operates with complete predictability under high microscope magnification. Forged from ultra-conductive, high-tensile surgical alloys, the dual-action tip provides a unique multi-surface profile: the broad 5×7mm oval ball face allows for rapid, uniform surface coagulation, while the sharp element provides pinpoint structural accuracy. The extended 6mm long point configuration delivers excellent clearance, allowing the surgeon to bypass tight anatomical restrictions and target deep-seated vessels with absolute clinical safety.
Key Features
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Dual-Action 5×7mm Sharp Oval Ball: Features a micro-machined, hand-polished 5×7mm oval ball that houses a sharp apex. This specialized architecture gives the surgeon the flexibility to perform broad surface field hemostasis or instant, pinpoint micro-vessel sealing simply by adjusting the instrument contact angle.
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Extended 6mm Long Point Clearance: The forward tip is engineered with an elongated 6mm reach. This low-profile, extended sweep minimizes visual obstruction in the operative zone and allows effortless access to deep-set orbital structures or narrow incision sites.
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Rapid Thermal Responsiveness: Engineered using premium heat-conductive alloys that allow for instantaneous heating and cooling cycles. This precise thermal control eliminates heat residual lag, protecting delicate adjacent scleral, conjunctival, or adnexal tissues from accidental thermal spread.
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Universal Handpiece Integration: Designed with standard connection terminals that ensure a secure, zero-wobble fit into professional ophthalmic cautery handles, translating stable electrical performance and eliminating erratic power fluctuations.
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Surgical-Grade Resilience: Built from high-grade, heat-resistant surgical stainless steel. It is engineered to maintain its structural sharpness, precise 5×7mm oval dimensions, and conductivity through thousands of high-heat sterilization and clinical cycl
