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The Gills‑Welsh cannula features a 45 degree angled shaft for optimized access during anterior segment procedures. This design supports the surgeon's natural hand position while maintaining clear visualization. The 27g geometry provides precision for both irrigation and fluid management without excessive caliber.
Features & Benefits
The Gills‑Welsh cannula features a 45 degree angled shaft for optimized access during anterior segment procedures. This design supports the surgeon's natural hand position while maintaining clear visualization. The 30g geometry provides precision for both irrigation and fluid management without excessive caliber.
This Gills-Welsh double-barreled irrigating-aspirating cannula combines separate thin‑wall channels for simultaneous fluid infusion and aspiration during phacoemulsification. The 23ga irrigation port and 25ga aspiration port enable balanced chamber maintenance, while the 30-degree angled shaft optimizes access without iris contact. The 0.5mm posterior offset between tips prevents clogging and supports smooth cortical management.
The Gills-Welsh olive-tip cannula is designed for precise epinephrine delivery during DSAEK and anterior segment procedures. Its angled 45-degree shaft positions the surgeon's hand ergonomically while the smooth 1mm bulbous tip disperses medication across the corneal endothelium without focal jetting. The 25ga geometry supports delicate control.
This Gimbel cortex aspiration cannula uses a 30ga shaft angled twice with an open end to support controlled aspiration of cortical material in confined chamber spaces.
Engineered for anterior chamber irrigation, this Gimbel forward irrigating cannula carries a 27g angled shaft with a gentle 10mm bend‑to‑tip curve. The forward‑directed flow places fluid ahead of the tip for cortical clean‑up and chamber maintenance. A 23mm working length supports access through small phaco incisions.
Shaped as a 1.5mm‑wide J, the Gimbel hydrodissection cannula directs a fluid wave back beneath the anterior capsule during cataract surgery. The 25ga lumen gives a fine, controlled stream, and the 21mm working length places the J cleanly through clear‑corneal incisions. Stainless‑steel construction holds the J geometry across reprocessing cycles.
This Gimbel hydrodissection �J� cannula features a 30ga 1.5mm‑wide tip and a 21mm working length, supporting precise hydrodissection through a narrow low‑profile J geometry.
The Gimbel irrigating cannula is engineered for controlled fluid delivery during anterior segment surgery. Its 26-gauge blunt tip and angled-to-side geometry allow precise hydration of corneal and conjunctival tissue without mechanical trauma. The end opening directs flow laterally, supporting consistent irrigation during corneal transplantation, refractive procedures, and IOL implantation.
The Gimbel irrigating cannula features a distinctive U‑shaped tip for flexible anterior segment fluid delivery during cataract and corneal procedures. The 30g gauge geometry provides precision irrigation without excessive caliber. The polished finish reduces friction and improves field visibility throughout the case.
Designed for LASIK flap irrigation, the Gimbel fountain cannula carries a 25‑gauge left‑angled shaft with a vaulted, smooth, bullet‑shaped tip. A single center port produces a controlled fountain of fluid beneath the flap, lifting it gently while clearing debris from the stromal bed. The 13mm working length excluding hub suits stromal interface access.
This Gimbel LASIK fountain cannula features a 25ga right‑angled vaulted bullet‑shaped tip with a single center port and a compact 13mm working length for controlled irrigation beneath LASIK flaps.
The Gimbel LASIK polishing cannula is designed for gentle stromal bed polishing and final cleanup during refractive procedures. The 30ga ultra‑fine gauge, double‑angled curvature, and sandblasted tip enable soft tissue contact without mechanical trauma. The specialized "left" configuration improves surgeon ergonomics during this precision step.
The Goldman‑McIntyre Binkhorst irrigating cannula delivers BSS through a 26‑gauge right‑angled shaft modified to clear a 2.4mm clear‑corneal incision. A 2mm J‑shape tip with an open, modified end directs flow behind the iris and into the capsular bag, and the angle geometry preserves a low‑profile entry. Useful for hydrating wounds and irrigating after IOL placement.
The Gorovoy irrigating Descemet stripper cannula is engineered for DSAEK endothelial keratoplasty, combining a horizontal U‑shaped flattened tip with dual side ports oriented left and right. The 11mm angled approach geometry permits controlled positioning beneath Descemet's membrane for atraumatic stripping and irrigation. The 30mm overall length and dual‑port configuration enable precise membrane mobilization during corneal graft insertion.
This Graether angled collar-button cannula is optimized for sideport access during phacoemulsification. The 45-degree angle and 10mm tip-to-bend distance position the cannula for smooth fluid delivery through micro-incisions. The 23-gauge gauge ensures gentle irrigation without anterior chamber distortion.
Graether collar-button cannulas deliver ophthalmic medications and fluids with precision control. The 23-gauge straight shaft accommodates tight spaces in the anterior chamber during phacoemulsification and MICS procedures. The hub and collar-button design allow one-handed fluid modulation.
The Gross Sub-Tenon Cannula is engineered for controlled sub-Tenon anesthetic delivery during ophthalmic regional anesthesia. Its 21ga gauge and curved profile conform to the scleral surface while the 28mm length provides consistent posterior reach for even anesthetic dispersion. The curved geometry minimizes globe trauma and enables the surgeon to maintain tactile control during needle-free cannula insertion.
The Guell LASIK cannula features a multi-port design with 7 total ports (1 front, 3 each side) for comprehensive irrigation coverage during femtosecond-assisted refractive procedures. The 25-gauge fine tip and distributed port geometry ensure even fluid distribution across the entire ablation zone without high-pressure jetting.
This Heslin infusion cannula uses a 23ga profile with an incision‑holding grip to support stable hands‑free infusion within the anterior chamber.
This Heslin infusion cannula incorporates a 25ga profile with a built‑in grip that stabilizes the cannula at the incision edge during infusion.
The Hoffman irrigating vectis combines 25ga cannula with 16ga reinforced curved shaft for stable lens support during nuclear delivery. The reinforced design prevents shaft bending while continuous irrigation maintains anterior chamber stability throughout lens removal.
This hydrodissecting cannula delivers controlled cortical-capsular separation during phacoemulsification. The 25‑gauge flat tip minimizes focal pressure zones, distributing fluid flow across a broader interface to reduce capsular stress. The 8mm bend-to-tip length allows ergonomic manipulation through standard small incisions.
The Hydrodissection Cannula is engineered for gentle cortical-capsular separation during cataract surgery. Its 19ga gauge and flat tip with 8mm tip-to-bend geometry enable controlled fluid delivery without focal jetting or capsular stress. The straight configuration and modest 19mm working length provide excellent control and visibility during the delicate hydrodissection maneuver.
This hydrodissection cannula uses a 23ga flat tip with an 8mm tip‑to‑bend distance and a 20mm overall length for controlled hydrodissection wave creation beneath the anterior capsule.
This hydrodissection cannula is engineered to deliver a controlled fluid wave beneath the anterior capsule during cataract surgery. Its 27ga J‑shaped flat tip minimizes focal jetting and supports gentle cortical‑capsular separation. The curved distal profile enhances access through small incisions and maintains steady fluid direction.
This hydrodissection cannula uses a 27ga flat tip with an 8mm tip‑to‑bend distance and a compact 20mm overall length to support controlled hydrodissection wave initiation beneath the anterior capsule.
This hydrodissection cannula uses a 27ga gently curved shaft with a horizontally flattened tip and a 22mm overall length to enable directed hydrodissection beneath the capsule.
This left-oriented hydrodissection cannula is designed for cortical-capsular separation during phacoemulsification. The 25-gauge J-shaped 3mm U-tip geometry disperses fluid force across the cortical layer, reducing capsular stress and perforation risk. The 25mm usable length supports reliable access to the cortical-capsular plane.
Configured for left‑hand use, this 27ga hydrodissection cannula separates lens cortex from capsule during cataract surgery. The 3mm U‑shaped tip diffuses fluid in a controlled wave rather than a focal jet, reducing capsular stress during cortical cleaving. A compact 25mm shaft maintains stability through small clear‑corneal incisions.