Product Overview
The 731 Lacrimal Probe Set is a hyper-precision ophthalmic instrumentation kit comprising four distinct dual-ended probes, delivering eight incrementally stepped sizing profiles. Engineered to operate with total predictability during congenital nasolacrimal duct obstruction (NLDO) probings, dacryocystorhinostomies (DCR), and canalicular stenosis evaluations, this kit serves as an essential anatomical mapping system. Forged from high-tensile, highly malleable surgical steel, each probe features a balanced central grip plate transitioning into micro-polished, flexible shafts with atraumatic blunt tips. This allows the surgeon to gently navigate the natural contours of the punctum, canaliculi, and nasolacrimal canal, safely breaching mucosal blockages or membrane obstructions without risking false passages.
Key Features
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Incremental Micro-Stepped Calibration: Features a sequential sizing spectrum ranging from a delicate 0.5mm up to a robust 1.2mm. This precise graduation allows the clinician to systematically dilate strictures step-by-step, minimizing tissue trauma and maximizing patency.
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Malleable High-Tensile Core: Engineered from premium surgical alloys that blend exceptional flexibility with structural memory. The shafts can be subtly contoured by the surgeon to match a patient’s specific facial skeleton or orbital depth without snapping or sacrificing tactile integrity.
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Atraumatic Hand-Polished Blunt Tips: The probe terminations are micro-machined into perfectly smooth, rounded tips. This specialized architecture slides effortlessly along delicate mucosal linings, transmitting immediate feedback when contacting hard bone or a soft tissue obstruction.
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Integrated Center-Grip Plate Handles: Each individual probe is designed with an integrated, flat central stabilization plate stamped with its corresponding size configuration. This layout provides an exceptional grip zone that suppresses micro-tremors and prevents lateral hand twisting.
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Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. The entire 4-piece matrix is engineered to maintain its strict millimeter calibrations, smooth surface fluidics, and structural malleability through thousands of high-heat autoclave sterilization cycles.
