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This hydrodissection cannula, 27ga, incorporates an angled shaft with an 8mm bend‑to‑tip distance and a flattened 22mm tip length to support controlled hydrodissection. Supplied sterile in packages of ten.
Features & Benefits
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 ultra‑fine hydrodissection cannula enables delicate cortical separation during nucleus delivery and hydrodissection refinement. The 30 gauge straight geometry with 8mm bend‑to‑tip and flat port creates minimal focal jetting, supporting smooth nucleus mobilization without capsular stress. Disposable single‑use sterility guarantees consistent blade edge throughout the surgical case.
This hydrodissection cannula is designed to deliver controlled fluid wave beneath the anterior lens capsule during cataract nucleus separation. The 25 gauge flat bend with 11mm bend‑to‑tip geometry allows precise positioning across the capsular plane while the angled configuration maintains fluid direction away from the endothelium. Sterile single‑use delivery ensures blade sharpness and case‑to‑case consistency.
With a flat‑bend geometry, this 27ga hydrodissection cannula keeps the shaft low against the iris plane while directing fluid behind the anterior capsule. The 11mm bend gives consistent reach to the capsular equator, and the fine gauge concentrates the hydro wave for efficient cortical cleaving.
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.
This right-handed hydrodissection cannula features a 25-gauge lumen and a distinctive 3mm U-shaped tip geometry, designed for controlled cortical-hydrodissection in the right-eye approach during phacoemulsification. The U-shaped configuration distributes fluid pressure broadly across the cortical shell without focal pressure points. The 25mm overall length provides compact control through the main phaco incision.
The hydrodissection cannula features a 27ga gauge with a 3mm U-shaped tip engineered for controlled fluid injection during nucleus hydrodissection in cataract surgery. The fine U-tip geometry distributes fluid force gently across a wider cortical area, reducing anterior capsule stress and zonular trauma. The 27ga ultra-fine gauge and 25mm length support precision control in confined anterior chamber space.
This straight hydrodissection cannula delivers fluid with precision during cortical-capsular separation. The hooked tip maintains position within the anterior capsule while irrigant diffuses gently around the cortical mass. Its 25ga gauge and straight shaft support controlled entry through temporal or clear corneal incisions.
This straight hydrodissection cannula enables controlled fluid separation of the cortex from the capsule during cataract surgery. Its U-shaped 3mm tip distributes the hydrodissection wave in a gentle arc, reducing focal pressure points on the capsule. The 27ga tubing permits smooth delivery of Balanced Salt Solution through small incisions.
Engineered for cortical‑capsular separation, this hydrodissection cannula uses a 25g J‑shaped flat tip to deliver a diffuse fluid wave under the anterior capsule. The 37mm overall length and curved distal profile reach through small phaco incisions without focal jetting. Fine-gauge tubing supports smooth entry while preserving controlled flow direction.
Precise anterior chamber epithelial aspiration at unusual chamber angles and surgical field positions is enabled by a 150‑degree angled Binkhorst‑pattern I/A tip. The Binkhorst geometry creates an acute approach that accesses chamber recesses while the 0.5mm port sustains controlled aspiration flow. The 45mm length provides stable reach.
The Binkhorst 150‑degree angled titanium I/A tip is engineered for lateral approach during posterior chamber cleanup and advanced nucleus management in challenging cases. This extreme angle redirects instrument approach away from the visual axis, protecting corneal endothelium while accessing deep anterior chamber zones. Titanium construction and 0.3mm port deliver precision and lasting performance.
This Binkhorst‑style 150‑degree titanium I/A tip uses an obtuse angle and a 0.3mm port to address peripheral cortex and posterior capsule work in challenging cataract cases. The 150‑degree bend lets the surgeon sweep the capsular periphery without corneal impingement, and titanium construction maintains tip geometry across repeated sterilization.
This I/A handle accepts interchangeable tips for combined aspiration and irrigation during cortex removal and anterior chamber management. At 110mm overall length, the straight round handle provides balanced reach for anterior chamber and peripheral access. Stainless steel construction delivers reliable durability across countless reprocessing and sterilization cycles.
Constructed in titanium with a round handle and straight geometry, this I/A handle offers superior corrosion resistance and refined ergonomics compared to stainless steel equivalents. The 110mm overall length provides comfortable working distance during cortex removal and final chamber irrigation. Lightweight titanium construction reduces hand fatigue during extended cortical cleanup phases in prolonged procedures.
This I/A handpiece integrates a 17-gauge outflow and 23-gauge inflow configuration with a 0.3mm straight port geometry for precise cortex removal and anterior chamber fluid management. The reusable stainless steel construction supports reliable handoffs during both routine and complex phacoemulsification cases, including MICS procedures where compact tip dimensions minimize incision trauma.
This 0.5mm screw‑in I/A tip threads onto a standard handpiece for selective aspiration and chamber reformation during cortical cleanup. The threaded attachment supports secure seating and predictable replacement across reprocessing cycles, while the 0.5mm port suits broader cortex removal flow rates. Stainless‑steel construction is built for repeated clinical use.
This 45‑degree angled stainless‑steel I/A tip pairs a 0.3mm aspiration port with a 45mm shaft to reach the chamber angle and peripheral cortex during phacoemulsification. The angled geometry lets the surgeon clear cortex behind the iris without rotating the bottle, and stainless‑steel construction holds shape across repeated reprocessing.
This 45‑degree angled stainless‑steel I/A tip combines a sharply angled shaft with a 0.3mm aspiration port to reach the chamber angle and peripheral cortex during phacoemulsification. The 45mm length and angled geometry let the surgeon clear cortex behind the iris without rotating the bottle, and stainless‑steel construction holds shape across repeated reprocessing.
Access to epithelial accumulation along the incision margin and chamber periphery is optimized by a 45‑degree angled I/A tip with 0.5mm port. The angled geometry reduces manipulation force while the port maintains controlled aspiration during delicate cleanup. The 45mm length supports comprehensive chamber coverage.
Angled at 90 degrees, this I/A tip delivers controlled aspiration and irrigation through a single 0.3mm port positioned for optimal anterior chamber access. The 45mm overall length supports reach across the surgical field, while stainless‑steel construction maintains rigidity during multiple handoff cycles. Single‑use sterile format preserves port geometry and aspiration characteristics case to case.
Precise epithelial aspiration along the chamber floor and posterior angles requires a 90‑degree angled I/A tip with fine 0.3mm port. The sharp 90‑degree bend accesses difficult‑to‑reach locations while the port minimizes chamber disturbance. The 45mm length provides adequate reach for all chamber zones.
Enhanced port flow and improved chamber floor access during nucleus and cortical cleanup are provided by a 90‑degree angled I/A tip with 0.5mm port. The sharp angle reaches difficult epithelial locations while the port accommodates increased aspiration volume. The 45mm length supports comprehensive chamber irrigation.
This 0.3mm irrigation‑aspiration tip features a curved geometry and stainless steel construction designed for controlled fluid management during cataract extraction and hydrodissection. The curved profile naturally positions the port toward the surgical field, and the 45mm working length (1‑3/4 inch) provides comfortable hand positioning. Stainless steel maintains edge definition and corrosion resistance across multiple procedures.
This curved stainless‑steel I/A tip uses a gently curved geometry and 0.3mm aspiration port for oblique chamber access and cortex removal where straight tips can't reach. The 45mm length suits standard clear‑corneal entry, and stainless‑steel construction holds shape across repeated reprocessing.
Enhanced access to anterior chamber corners and peripheral epithelium during nucleus and cortical cleanup requires a curved I/A tip with 0.5mm port. The curved distal geometry reaches posterior epithelial deposits while the port maintains consistent aspiration flow. The 45mm length preserves adequate reach for all chamber quadrants.
Precise cortical cleanup and final chamber irrigation following nucleus extraction require a straight I/A (irrigation/aspiration) tip with fine 0.3mm port. The 45mm overall length provides adequate reach while the stainless‑steel bore maintains rigidity and consistent port geometry. The 0.3mm design minimizes turbulent flow during delicate epithelial aspiration.