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This 26‑gauge air injection cannula delivers controlled air or viscoelastic into the anterior chamber during cataract and corneal procedures. The shaft is angled 45 degrees with a 5mm tip‑to‑bend distance, allowing entry through a paracentesis while keeping the hub clear of the microscope field. The polished 36mm shaft minimizes drag through the wound.
Features & Benefits
This air injection cannula 27ga with 45-degree angled shaft enables ergonomic access to the anterior chamber during ophthalmic procedures. The angled configuration supports controlled air injection for chamber reformation.
Configured for tight angles within the anterior chamber, this 27‑gauge air injection cannula carries a 90‑degree shaft bend just 1.5mm from the tip. The short bend distance places the working tip immediately past the incision, ideal for directing air bubbles beneath the Descemet's plane or against the corneal endothelium. A 19mm polished shaft keeps the instrument compact.
This air injection cannula 27ga with 90-degree angled shaft provides ergonomic access to posterior chamber structures. The angled geometry supports varied surgical approaches for precise anterior chamber reformation.
This 27‑gauge air injection cannula carries a 90‑degree angled shaft with a 2.5mm tip‑to‑bend distance, delivering controlled air boluses into the anterior chamber during DSAEK and related lamellar work. The polished finish helps the cannula glide cleanly through the incision. A 19mm working length, excluding hub, supports predictable intracameral reach.
This air injection cannula delivers 27‑gauge micro-bubble introduction for anterior chamber reformation and IOL positioning. The 90-degree angled shaft allows ergonomic hand positioning while the polished finish minimizes tissue trauma. The 3mm bend-to-tip distance supports precise bubble placement during IOL centering.
This air injection cannula 30ga with 45-degree angled shaft enables ergonomic access to the anterior chamber during ophthalmic procedures. The angled configuration supports controlled air injection for chamber reformation.
The 30‑gauge profile of this air injection cannula minimizes wound trauma during fine‑volume air or fluid delivery in anterior segment work. A 45‑degree shaft angle with 7mm tip‑to‑bend positions the working end forward of the hub for clearer microscope visualization. The 37mm polished shaft passes smoothly through small paracentesis incisions.
The Akahoshi II hydrodissection cannula combines a 27-gauge ultra-fine lumen with a sharp beveled tip and curved-angle geometry that enables precise subincisional hydrodissection during phacoemulsification. The sharp bevel penetrates the cortical shell cleanly while the curved-angle approach (1mm from bend to tip) supports direct access through the corneal incision. The 19mm overall length provides compact control without excess shaft extension.
The Anis cortex aspirating cannula is designed for efficient cortical lens remnant removal during cataract surgery. The 23g thin‑wall geometry with 0.3mm aspiration port and sandblasted tip provides gentle, responsive cortex pickup. The straight configuration supports straightforward hand control.
The Anis cortex aspirating cannula combines a 23ga thin‑wall shaft with a 0.3mm angled aspiration port and 2mm sandblasted tip, engineered for controlled cortical cleanup during phaco and femtosecond laser procedures. The thin‑wall gauge minimizes incision enlargement while the sandblasted tip improves visualization during epinucleus and cortical removal. Angled port geometry directs aspiration away from posterior capsule during final cleanup.
Designed for nucleus delivery, this Anis vectus combines a 5 × 7mm 26ga loop with two irrigating ports that float the nucleus out of the bag during expression. A dimple at the top of the loop captures the equator of the nucleus for stable extraction, and the polished 46mm body slips through a limbal incision without snagging tissue. The result is a controlled lift that protects the posterior capsule.
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.
The Atkinson retrobulbar needle features a beveled sharp rounded point for precise anesthetic delivery behind the globe during retrobulbar blocks. The 23g geometry with 35mm working length and 53mm overall length provides control during anesthesia placement. The polished finish supports reliable field visualization.
The Atkinson retrobulbar needle features a beveled sharp rounded point for precise anesthetic delivery behind the globe during retrobulbar blocks. The 25g geometry with 35mm working length and 53mm overall length provides control during anesthesia placement. The polished finish supports reliable field visualization.
The long Atkinson retrobulbar needle delivers anesthetic to the retrobulbar space with a 23ga shaft and a beveled, sharp rounded point that reduces vascular trauma during placement. The 52mm working length reaches the muscle cone, and the polished finish supports smooth passage through orbital fat.
The backflush infusion cannula 25ga with blunt tip and straight shaft delivers steady irrigation flow to the anterior chamber. The blunt design prevents corneal endothelium trauma while the straight geometry supports reliable infusion throughout phacoemulsification.
The Bailey lacrimal cannula combines a 23ga lumen with a reinforced 19ga shaft for controlled canalicular intervention. Its 6mm straight tip and blunt end opening permit irrigation without tearing the duct mucosa. The compact 33mm length suits both standard and miniaturized nasolacrimal approaches.
The Bailey lacrimal cannula is engineered for gentle tear drainage system irrigation with a 27g geometry and reinforced shaft for reliable performance. The straight configuration with 6mm blunt tip supports atraumatic exploration of the lacrimal canaliculi and sac. The 33mm length provides controlled access without excessive instrument length.
This Banaji LASIK cannula uses a 25ga sandblasted shaft with six fluid ports and a 15mm working length to support diffused irrigation across the stromal bed.
Six side ports along the smooth 25ga tip of the Banaji LASIK cannula distribute irrigation evenly under the corneal flap, flushing debris and epithelial cells from the stromal bed without focal jetting. The straight shaft runs 17mm (excluding hub), giving the surgeon precise reach beneath the flap during refractive irrigation.
This Bansal LASIK cannula is a 25‑gauge instrument with a beveled smooth single‑port front opening and a 40mm length for interface fluid management. The profile supports controlled hydration in lamellar procedures.
The Binkhorst hooked cannula facilitates anterior-chamber fluid management and IOL positioning during phacoemulsification and implantation. Its 22-gauge straight shaft features a 2.5mm J‑shaped hook at the tip that securely engages the anterior capsule edge during nucleus evacuation and lens positioning. The 32mm overall length excludes hub assembly for compact handling.