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The Kelman Cystotome is engineered for precise anterior capsular penetration during cataract surgery capsulorhexis initiation. Its 24ga gauge provides fine penetrating capability while the sharp tip enables controlled entry into the anterior capsule with minimal trauma. At 28mm excluding the hub, it maintains excellent visibility and control during the critical first step of the capsulorhexis maneuver.
Features & Benefits
Built for anterior chamber irrigation, this Knolle cannula carries a 23g blunt tip on a 45‑degree angled shaft, with a 1.5mm tip-to-bend distance and 25.4mm working length. The polished finish promotes smooth fluid delivery, and the angled geometry directs irrigation along the chamber without endothelial impingement.
The Knolle anterior chamber irrigating cannula is engineered for controlled fluid delivery into the anterior chamber during cataract and corneal procedures. Its 23ga polished blunt tip and 45 degrees angled shaft allow safe instrument access through standard incisions while the 2mm bend-to-tip geometry positions the irrigation port away from corneal epithelium. The short 19mm overall length supports maneuverability in restricted anterior segment space.
The Knolle anterior chamber irrigating cannula delivers controlled infusion during cataract and corneal procedures. Its 25ga gauge and blunt, polished tip allow gentle fluid delivery into the anterior chamber without contacting the endothelium. Angled at 45 degrees with a 2mm tip‑to‑bend measurement, the shaft positions the port safely through the paracentesis incision for predictable chamber access.
This 27ga Knolle cannula provides ultra‑fine anterior chamber irrigation for delicate cases where tissue contact must be minimized. The blunt, polished tip and 45‑degree angled shaft position the fluid delivery safely through the paracentesis incision. A 2mm tip‑to‑bend geometry ensures the port remains in the chamber during infusion without striking posterior structures.
This Knolle anterior chamber irrigating cannula is configured for controlled BSS delivery through paracentesis. The 30g blunt tip protects iris and endothelium, while a 45 degrees angled shaft directs flow across the anterior chamber. A 2mm tip‑to‑bend dimension keeps irrigation precisely placed during cataract and IOL maneuvers.
The Knolle capsule scraper uses a 23 gauge cannula with a 2mm angled sandblasted tip to abrade residual lens epithelial cells from the posterior capsule during cataract surgery. The textured sandblasted surface engages adherent cortex without cutting, and the angle places the working face flat against the capsule through a corneal incision. A 20mm working length matches phaco instrument geometry.
The Knolle-Kelman cystotome delivers fine, controlled puncture into the anterior capsule during cataract surgery. At 22 gauge with a sharp tip, this tool creates a small opening for hydrodissection and subsequent capsulotomy. The compact 50mm length supports precise fingertip control in the anterior chamber.
The Kratz capsule scraper's 23ga polished design with angled 1mm paddle enables precise capsular manipulation during phacoemulsification. The polished finish supports smooth gliding across capsular surfaces while the delicate paddle geometry protects against capsular rupture.
This Kratz cystotome delivers angled 19‑gauge access for anterior capsulotomy initiation. The fine needle profile permits controlled puncture of the anterior lens capsule while minimizing collateral corneal trauma. The 17mm working length (excluding hub) provides stable positioning at the limbus during capsulorhexis setup.
This lacrimal cannula combines a 19ga blunt tip with a side opening and straight shaft, engineered for safe lacrimal sac irrigation and probe-guided canalicular access. The blunt tip minimizes trauma to lacrimal punctal edges and delicate canalicular tissue, while the side opening allows controlled fluid delivery into the lacrimal system. The 28mm length provides stable handheld control.
Used for irrigating the lacrimal drainage system, this 22ga cannula carries a blunt flared probe point that enters the canaliculus without scratching the mucosal lining. A malleable shaft lets the surgeon shape the approach to the punctum and sac, and the polished 19mm working length keeps the cannula balanced during slow lavage. Stainless construction tolerates repeated cleaning of dried mucus and irrigant.
This 23‑gauge curved lacrimal cannula provides canalicular and lacrimal sac irrigation with a 25.4mm working length and 42mm overall length including the hub. The curve follows the natural arc of the canaliculus, and the polished finish reduces drag at the punctum during cannulation. Stainless‑steel construction holds shape across repeat reprocessing.
The lacrimal cannula is a curved 22ga instrument with a reinforced 18ga shaft engineered for safe canalicular probing and lacrimal system evaluation. The 10mm tip allows stable entry into lacrimal puncta while the reinforced shaft prevents kinking during tortuous canalicular navigation. The 50mm total length with 32mm working length supports access to the entire canalicular and lacrimal sac anatomy.
The curved lacrimal cannula accommodates the natural anatomy of the lacrimal drainage system during irrigation-probing sequences. Its 23ga lumen and 10mm tip length allow smooth advancement through the nasolacrimal passage, while the subtle curve reduces mechanical trauma to the duct wall. Reinforced 19ga shaft maintains rigidity during bidirectional fluid delivery.
This generic lacrimal cannula combines a long open end with 23-gauge dimensions for controlled canalicular irrigation and diagnostic probing. Its blunt tip and straight geometry minimize epithelial trauma during punctal entry and advance through the punctal-canalicular system. The 25.4mm shaft length provides adequate reach into the lacrimal apparatus while maintaining precise tactile feedback.
This long open‑end lacrimal cannula carries a 23‑gauge straight shaft with a blunt tip and a 31mm working length, suited to canalicular and nasolacrimal duct irrigation during lacrimal procedures. The open end allows direct forward flow for clearing obstructions, and the polished finish reduces drag at the canalicular punctum.
Designed for lacrimal irrigation, this straight 23‑gauge cannula carries a 10mm working tip reinforced in a 19‑gauge shaft for added rigidity at the hub. The 32mm working length and 50mm overall reach support canalicular and punctal access without flex. A polished finish keeps the bore free of debris between cases.
This compact lacrimal cannula delivers micro-volume irrigation during canalicular procedures in confined nasal spaces. The 23ga straight shaft with 7mm working tip permits precise fluid placement without excessive sac distension. Its reinforced 19ga outer provides structural support without compromising the delicate lumen.
This lacrimal cannula is reinforced with a 19ga outer shaft for rigid delivery of irrigation fluid into the canalicular system during lacrimal probe-and-irrigate procedures. The 27ga inner lumen permits controlled saline infusion without excessive lacrimal sac distension. Working length of 32mm supports reliable access to the common canaliculus.
A 25‑gauge stainless‑steel cannula with a long open end and blunt tip, this lacrimal cannula irrigates the canalicular system without engaging mucosa. The 25.4mm shaft seats through the punctum to deliver flush solution along the duct, with the polished finish reducing tissue drag during insertion.
The Lane LASIK cannula is curved to match corneal contours during femtosecond LASIK and refractive procedures. The 25g geometry provides precision positioning without contact trauma. The curved design accommodates the anterior surface anatomy for reliable, predictable flap management.
This Lewickey infusion cannula features a 20ga shaft with a threaded tip and a silicone tubing adaptor to support secure infusion line attachment.
The Lewicky anterior chamber maintainer sustains chamber depth during phacoemulsification through a threaded‑tip design that provides secure attachment and prevents accidental disconnect during manipulation. Its 23ga gauge allows adequate fluid delivery for continuous anterior chamber support while maintaining clear surgical sight lines.
The Lewicky cortex extractor presents a 23‑gauge curved 13mm shaft with a 0.3mm aspiration port set at 45 degrees to the right, designed to reach the subincisional capsular bag during phacoemulsification cortex removal. The angled side port lets the surgeon clear cortex behind the iris without rotating the bottle, and the polished finish reduces tissue drag at the wound. Stainless‑steel construction holds shape across repeat reprocessing.
Configured for left‑hand use, this Lewicky cortex extractor clears residual cortical material during cataract irrigation and aspiration. A 23ga curved shaft reaches subincisional cortex, and a 0.3mm aspiration port set at 45 degrees engages cortical strands with controlled vacuum. The polished finish keeps the cannula clean during repeat reprocessing.
This Lewicky cystotome features a sharp equilateral triangular tip mounted on an angled shaft that extends 11mm from the bend to the tip. The blade geometry and precise angulation support controlled capsular penetration and opening in cataract and refractive procedures. Round knurled handle delivers tactile feedback during capsular manipulation.
The Leippman cystotome carries a 22 gauge cannula with a small polished cutting tip for initiating the anterior capsulotomy during cataract surgery. A protective tip guard sheaths the cutting point for safe storage and transport between cases, and the 42mm overall body fits cleanly into the surgeon's hand for a controlled puncture and tear.
The Lindstrom LASIK cannula features a formed 25ga shaft with three irrigation ports arranged to maintain flap hydration during corneal ablation. The multi-port design distributes fluid evenly across the flap interface, preventing focal drying and maintaining stromal clarity during excimer application.
This Lu posterior capsule polisher incorporates a 23ga shaft with a flattened olive‑shaped tip, carbide impregnation on the posterior surface, and a bi‑convex front‑opening disk to support multidirectional posterior capsule polishing.