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Built around a larger 20ga lumen, this anterior chamber cannula supports higher‑flow irrigation when rapid chamber refill is needed. The 7mm bend reaches across the chamber while the wider bore minimizes pressure loss through the shaft. Stainless tubing holds the angle through repeat manipulation.
Features & Benefits
Carrying a 21ga lumen with a 4mm bend‑to‑tip, this anterior chamber cannula is sized for moderate‑flow irrigation and short‑reach work just beneath the corneal incision. The shorter bend keeps the outlet close to the wound, suited to wound hydration and edge sealing after phacoemulsification.
This straight 22ga anterior chamber cannula is supplied in non‑sterile configuration for institutional preparation and bulk sterilization prior to use. The broader gauge supports adequate irrigation flow for hydrodissection and cortex management, while the 38mm overall length permits reliable anterior chamber access. Pre‑sterilization sizing accommodates various surgical workflows.
This straight anterior chamber cannula is sized for moderate irrigation flow during hydrodissection and cortex removal in routine cataract surgery. The 23ga gauge reduces fluid turbulence compared to larger cannulas, while the 4mm bend‑to‑tip geometry optimizes access beneath clear corneal incisions. Sterile, single‑use delivery ensures consistent performance.
A 23ga lumen on this anterior chamber cannula carries the higher flow useful for viscoelastic delivery and chamber maintenance, while a 7mm bend‑to‑tip places the outlet where the surgeon needs it within the chamber. The intermediate gauge balances flow capacity with atraumatic incision passage.
This extended‑length 23ga anterior chamber cannula provides deeper reach in cases requiring enhanced posterior chamber access during complex cataract procedures. The straight geometry supports stable insertion, while the 32mm overall length (1‑1/4") extends intraocular reach compared to standard models. Single‑use sterility guarantees consistent performance.
This anterior chamber cannula combines a 25ga fine lumen with an extended 10mm bend‑to‑tip profile for deep chamber irrigation during complex cases. The modest gauge supports adequate flow while preserving precision, and the lengthened bend geometry enhances access to posterior chamber regions. Sterile, single‑use format guarantees reliable performance.
This anterior chamber cannula carries a 25ga lumen with an 11mm bend to the tip, allowing controlled irrigation deeper within the chamber and behind the iris plane. The extended bend geometry supports atraumatic placement under the corneal wound while maintaining a gentle flow profile. Its slender stainless‑steel shaft holds shape across sustained intraoperative use.
This anterior chamber cannula delivers 25ga fine‑gauge access with a 3mm long beveled tip and compatible 8-inch silicone tubing, optimized for anterior chamber infusion during phaco and refractive procedures. The fine gauge minimizes incision enlargement, while the long beveled tip provides smooth atraumatic entry through small corneal incisions. The modular silicone tubing design permits flexible positioning for optimal chamber stability.
This straight anterior chamber cannula with modest 5mm bend provides stable access for routine anterior chamber irrigation and gentle cortex aspiration. The 25ga fine gauge reduces flow turbulence and supports precise control, while the minimal bend maintains a stable insertion angle. Single‑use sterility ensures consistent edge sharpness across all procedures.
The 25ga anterior chamber cannula with a 7mm bend balances moderate flow with extended reach across the chamber. The mid‑gauge lumen supports viscoelastic injection and irrigation without the turbulence of larger‑bore tubing, while the 7mm bend places the working tip well beyond the wound entry. Stainless tubing retains the angle through repeat manipulation.
This 26ga anterior chamber cannula is engineered for ultra‑fine irrigation during minimally invasive cataract procedures and anterior chamber manipulation. The 8mm bend‑to‑tip distance provides controlled access without excessive reach, while the 12mm overall length permits precise intraocular positioning. Single‑use sterility ensures the cannula remains uniformly sharp and contaminant‑free.
This 27ga anterior chamber cannula carries a 10mm bend‑to‑tip, giving the surgeon extended reach across the chamber for irrigation, aspiration of trapped viscoelastic, or fluid delivery near the angle. The fine gauge preserves low‑turbulence flow and gentle approach beneath the corneal incision.
This fine‑gauge anterior chamber cannula permits gentle irrigation and fluid delivery during delicate anterior segment procedures. The 27ga ultra‑fine lumen minimizes flow turbulence and supports precise control, while the minimal 3mm bend maintains a straight insertion profile. Single‑use sterility ensures consistent edge sharpness throughout the surgical case.
Angled 90 degrees with a 1.5mm bend‑to‑tip, this 27ga anterior chamber cannula reaches subincisional spaces that a straight cannula cannot. The sharp angle redirects flow beneath the corneal wound for targeted irrigation or viscoelastic placement, while the fine gauge minimizes turbulence. Sold sterile in single‑use packaging.
This anterior chamber cannula, 27ga, features a 10mm bend‑to‑tip distance and is supplied sterile in boxes of ten for controlled intraocular irrigation.
This angled ultra‑fine anterior chamber cannula provides excellent access control for deep anterior chamber work in challenging cataract and corneal cases. The 27ga gauge preserves tissue atraumatism, while the 2mm bend‑to‑tip distance permits precise entry beneath small clear corneal incisions. Sterile disposability eliminates reprocessing variables and ensures reliable performance.
A 30ga anterior chamber cannula with a short 2mm bend, this micro‑gauge instrument supports the most delicate irrigation and bubble manipulation in the anterior chamber. The minimal bend places the working tip just past the corneal incision for precise fluid placement without deep intrusion. Fine‑lumen tubing minimizes turbulence.
Stepping up from the 2mm variant, this 30ga anterior chamber cannula carries a 3mm bend for slightly extended micro‑placement of irrigation or air bubbles. The fine‑lumen tubing preserves low‑turbulence flow, while the modest bend positions the working tip just inside the chamber for delicate maneuvers near the incision.
A 30ga anterior chamber cannula with a 5mm bend, sized between the 3mm and longer 10mm patterns. The intermediate bend reaches across the central chamber for irrigation or bubble manipulation while preserving the gentle flow profile of the micro‑gauge lumen. Slim shaft minimizes wound stress.
This 30ga anterior chamber cannula uses a 6mm bend‑to‑tip to deliver micro‑volume irrigation and viscoelastic where it counts within the chamber. The fine lumen minimizes turbulence around the iris and endothelium, suited to careful chamber adjustment during cataract or corneal work.
This 30ga anterior chamber cannula carries a 7mm bend‑to‑tip, sized for delicate mid‑chamber irrigation and viscoelastic management. The micro‑gauge keeps turbulence low near the iris and endothelium, and the moderate bend places the outlet within easy reach of the central chamber.
Anterior chamber manipulation�hydrodissection, cortical cleanup, lens fiber removal�requires angled micro-gauge cannulae for precise fluid delivery. This 30ga angled cannula with a 9mm bend-to-tip approaches peripheral chamber angles under corneal incisions. Sold sterile and individually packaged, the fine lumen delivers controlled low-turbulence irrigation critical to endothelial preservation.
This angled anterior chamber cannula is designed for controlled fluid and medication delivery into the anterior chamber during cataract and corneal surgery. The 19ga gauge supports adequate flow for hydrodissection and cortex aspiration, while the 4mm bend‑to‑tip geometry enhances access beneath small clear corneal incisions. Sterile disposability ensures sharp, predictable performance.
This angled anterior chamber cannula with extended 11mm bend‑to‑tip geometry is designed for deep cortical nucleus manipulation and removal in complex cataract cases. The 23ga gauge provides adequate flow while maintaining directional precision, and the pronounced bend enhances posterior chamber access. Sterile disposability guarantees consistent performance without edge deterioration.
This angled anterior chamber cannula provides extended reach for posterior chamber manipulation during complex cataract and refractive procedures. The 23ga fine lumen balances irrigation volume with precision control, while the 9mm bend‑to‑tip measurement allows deep anterior chamber access. Single‑use sterility preserves blade edge consistency and eliminates reprocessing variables.
This angled 26ga anterior chamber cannula is designed for extended posterior reach during complex hydrodissection and cortex manipulation in advanced cataract cases. The 10mm bend‑to‑tip configuration provides maximum chamber access, while the ultra‑fine gauge preserves delicate anterior chamber tissues. Sterile, single‑use delivery maintains consistent performance.
Extending the bend to 10mm, this 30ga angled anterior chamber cannula reaches deeper across the chamber for irrigation and air or fluid placement behind the iris. The fine lumen preserves low‑turbulence flow while the lengthened bend enables sub‑iris and peripheral access through a single corneal port. Supplied sterile in single packages.
Curved along a standard arc, this 25ga anterior chamber cannula delivers controlled irrigation and viscoelastic through corneal incisions during cataract surgery. The 22mm working length and gentle curve allow the surgeon to clear the anterior chamber periphery without distorting the wound. Supplied sterile in single packages with a 10‑unit minimum.
This curved 27ga anterior chamber cannula provides ultra‑fine fluid delivery with the benefit of a standard curve geometry for improved access during anterior chamber work. The ultra‑fine gauge minimizes tissue trauma, while the curved profile conforms to the anterior chamber architecture. Single‑use sterility ensures consistent performance throughout the case.