Your cart is empty!
This irrigating cystotome provides fine‑gauge fluid delivery for anterior capsule and hydrodissection work during cataract procedures. The 25ga ultra‑fine lumen reduces turbulence and supports precise fluid control, while the straight geometry ensures stable access. Sterile, single‑use format guarantees consistent performance.
Features & Benefits
An irrigating cystotome with a straight 27ga shaft and 16mm (5/8 inch) reach, this instrument prepares the anterior capsule for capsulorhexis or can‑opener capsulotomy. Balanced salt solution flows through the lumen while the bent tip scores and tears the capsule, maintaining chamber depth throughout the maneuver. The fine gauge limits stroma disruption at the entry wound.
This 24ga irrigating vectis combines a 5mm‑wide loop with three 0.3mm diameter ports for nucleus expression and controlled irrigation during cataract delivery. The triple‑port arrangement diffuses fluid uniformly behind the lens, while the broad loop supports the nucleus during anterior chamber removal. Stainless steel tubing maintains the formed loop geometry through manipulation.
Shaped into a J‑curve, this 25ga cannula reaches subincisional and peripheral capsular zones that straight cannulas cannot. The 22mm shaft provides full reach across the anterior chamber, and the tight return curve permits irrigation or viscoelastic delivery behind the iris with controlled flow.
A J‑shape cannula with a 27ga lumen on a 22mm (7/8 inch) straight shaft, this disposable delivers viscoelastic or balanced salt solution into hard‑to‑reach chamber regions. The J bend redirects flow laterally while the fine gauge limits turbulence near delicate intraocular structures. The slim profile fits through standard side‑port incisions.
This Kellan‑pattern hydrodelineation needle facilitates subepithelial hydrofissure initiation during nucleus manipulation and cortical separation. The 25 gauge design enables precise positioning within the subcapular space while the eponymous geometry supports smooth hydrofissure advancement. Sterile single‑use delivery maintains predictable blade sharpness for every case.
The Kellan hydrodelineation needle delivers balanced salt solution into the cortex to separate the epinucleus from the endonucleus during cataract surgery. Its 27ga curved 22mm shaft reaches past the capsulorhexis edge for controlled fluid wave propagation along the cortical cleavage plane, supporting cleaner nuclear segmentation.
The Kellan hydrodissection cannula combines a 27ga lumen with a curved shaft on a 22mm (7/8 inch) working length, directing a precise fluid wave beneath the anterior capsule. The curvature follows the capsular contour to deliver balanced salt solution at the equator, supporting clean cortical cleavage. The fine gauge minimizes wound distortion and chamber turbulence.
Tapered from a 19ga hub down to a 23ga tip, this straight lacrimal cannula irrigates the canalicular and nasolacrimal system through the punctum. The tapered transition steps the lumen down for atraumatic punctal entry while the larger proximal bore supports adequate flow. The smooth blunt tip avoids canalicular wall trauma.
This 25ga LASIK irrigating cannula directs balanced salt solution onto the stromal bed during flap lift and replacement. The fine lumen produces a gentle irrigation stream that clears debris from the interface without disturbing the flap edge. Single‑use packaging keeps refractive workflows consistent.
This Linn‑pattern LASIK cannula is engineered for controlled stromal hydration and fluid flow management during refractive flap creation. The 25 gauge with flat bend and 9mm bend‑to‑tip geometry allows precise positioning through minimal incisions while the eponymous design supports smooth irrigation patterns. Sterile single‑use delivery maintains predictable blade sharpness and case consistency.
Built on the McIntyre pattern, this anterior chamber cannula combines a 26ga lumen with a 12mm bend to the tip for deeper chamber access and sub‑iris irrigation. The extended bend reaches across the chamber through a single incision, supporting cortical cleanup, viscoelastic placement, and haptic positioning. The fine gauge keeps flow gentle and controlled.
The McIntyre anterior chamber cannula in 30ga carries a 12mm bend‑to‑tip, giving the surgeon deep reach across the chamber and toward the angle for fine irrigation and viscoelastic management. The micro‑gauge keeps flow gentle around the iris and endothelium during extended manipulation.
The Nichamin hydrodissection cannula combines a 25ga lumen with a flattened, angled tip geometry developed to deliver a directed fluid wave around the equator of the lens. The shaped tip helps initiate cortical cleavage and rotation of the nucleus in a single maneuver. The intermediate gauge balances flow with atraumatic entry.
This 27ga Nichamin hydrodissection cannula delivers a focused fluid stream behind the anterior capsule to mobilize the lens cortex during cataract surgery. The fine gauge concentrates the wave at the cortex‑capsule interface, helping the surgeon free the nucleus with minimal viscoelastic loss.
This curved nucleus hydrodissector provides controlled hydropressure for nucleus groove creation and final cortical mobilization. The 27 gauge standard curve geometry adapts to chamber angles while the blunt design prevents endothelial trauma. Sterile single‑use format guarantees consistent performance and blade edge definition across every surgical case.
This 25‑gauge curved olive‑tip capsule polishing cannula carries a 1mm sandblasted bulbous tip that abrades residual cortical material along the posterior capsule without scoring. The 28mm overall length suits standard phaco incision access, and single‑use sterile delivery removes reprocessing variability.
This Palay IOL exchange cannula is designed for gentle intraocular lens repositioning and fine manipulation during cataract surgery. Its 30ga blunt spatulated tip minimizes trauma to delicate lens surfaces and haptic structures, while the formed curve enhances access through small corneal incisions. Each sterile, single‑use cannula delivers consistent tip geometry and sharpness case to case.
This Palay IOL exchange cannula enables safe, blunt intraocular lens repositioning and chamber irrigation during secondary IOL procedures. The 30 gauge formed spatulated blunt tip with round port and 22mm length minimizes lens and incision trauma while maintaining controlled irrigation flow. Sterile single‑use delivery ensures consistent blade edge and predictable performance throughout the procedure.
The posterior capsule polisher uses a 23ga shaft to engage residual cortical debris on the posterior capsule following cortical aspiration. The textured working surface frosts away lens epithelial cells without scratching the capsular bag, supporting clear posterior capsule preparation prior to IOL placement.
Roud‑pattern sub‑Tenon and peribulbar needle, this curved 25ga cannula combines an extra‑sharp beveled‑down tip with a 16mm shaft for posterior anesthetic delivery. The downward bevel directs the bevel face away from the globe during advancement, and the curved profile follows the scleral contour into the sub‑Tenon space. Sharp working edge supports clean fascial entry.
A 27ga silicone‑tip capsule polisher, this squeegee‑style cannula clears residual lens epithelial cells from the posterior capsule after cortical removal. The soft silicone head sweeps the capsule without scoring or perforating, reducing posterior capsule opacification risk. The fine gauge enters through standard phaco side ports.
Built on the Simcoe pattern, this curved cortex extractor combines irrigation and aspiration through a 23ga shaft with a 15mm (5/8 inch) reach. The curved tip cradles into the capsular bag periphery, sweeping residual cortex toward the central port while the surgeon maintains a stable chamber. The curvature suits sub‑incisional cortex removal in manual cataract technique.
This spatulated needle combines a 27ga ultra‑fine gauge with a gently curved distal end for delicate fluid delivery and micro‑manipulation in anterior chamber surgery. The slightly curved tip permits controlled fluid direction without high‑pressure jetting, while the 25mm length (0.97") provides adequate reach. Sterile, single‑use delivery guarantees consistent edge geometry.
Supplied ten per box, this 19ga sub‑Tenon cannula carries a curved shaft and flat tip across a 25mm (1 inch) working length. The flat distal end advances atraumatically between Tenon's capsule and sclera, while the curvature follows the globe to the posterior anesthetic pocket. The 19ga bore supports the higher volumes typical of sub‑Tenon blocks.
This 21ga sub‑Tenon cannula features an angled shaft and tri‑port distal tip on a 22mm working length, distributing anesthetic evenly across the posterior sub‑Tenon space. The angle aids approach to the posterior pocket through a conjunctival window, and the tri‑port pattern diffuses flow rather than jetting it from a single aperture. The 21ga lumen balances delivery with controlled placement.
A 19ga curved sub‑Tenon cannula with a flattened tip and 25mm (1 inch) shaft, this instrument is built for posterior anesthetic delivery in the sub‑Tenon space. The flattened distal profile slides smoothly between Tenon's capsule and sclera, while the curve follows the globe contour to the posterior pocket. The 19ga lumen supports higher‑volume block delivery.
A curved 21ga sub‑Tenon cannula with a tri‑port distal tip, this 22mm (7/8 inch) instrument spreads anesthetic evenly within the posterior sub‑Tenon space rather than jetting from a single aperture. The curve follows the scleral contour for smooth advancement to the equator. The 21ga lumen balances delivery rate with controlled placement.
The Tunis LASIK cannula provides controlled stromal bed irrigation during flap creation and replacement. A 23ga lumen on a 1‑1/4 inch shaft delivers balanced salt solution at the corneal interface, helping clear debris and seat the flap without inducing folds. The slim profile fits comfortably beneath the lifted flap.
The V‑shape cannula features a 2 × 2mm V‑profile working tip on a 25ga 22mm shaft for diffuse irrigation and gentle tissue separation. The V geometry spreads fluid laterally rather than jetting forward, supporting hydrodissection while limiting capsular stress. Supplied sterile in single packages with a 10‑unit minimum.