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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.
Features & Benefits
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.
Designed for anterior chamber irrigation during cataract and anterior segment work, this 20ga infusion cannula delivers a steady fluid column through a 6mm tip. The fine gauge supports paracentesis entry without over-enlarging the wound, and the polished shaft slides cleanly through cornea or scleral tunnel. Stainless steel build withstands repeat autoclave cycles across reusable case loads.
This 20ga infusion cannula features a self-retaining tip design with 7mm bend-to-tip geometry for stable placement during vitreoretinal or anterior segment procedures. The self-retaining mechanism anchors the cannula within the sclerotomy or incision, enabling sustained balanced salt solution delivery without manual holding. Reusable stainless steel construction supports multiple cases.
This stainless‑steel infusion handle uses a male‑to‑female connector in a 100mm format to interface between mixed connector types.
This stainless‑steel infusion handle incorporates a male‑to‑male connector with a 100mm length to bridge compatible infusion components.
This stainless‑steel infusion handle uses a male‑to‑tubing connector and a 115mm length to support stable attachment of infusion cannulas.
This formed irrigating cystotome in 27ga combines a fine lumen with an optimized approach curve for capsulorhexis in standard and complex cases. The 3mm straight segment permits smooth initial capsular penetration, while the 13mm bend-to-tip arc facilitates controlled continuous curvilinear capsulorhexis.
This irrigating cystotome combines a straight shaft with 27ga tubing for capsulorhexis initiation during phacoemulsification. The blunt-ended design prevents inadvertent zonular trauma when creating the opening, while simultaneous irrigation maintains anterior chamber stability and visibility. The 16mm length suits standard anterior chamber approaches.
The 23‑gauge Jensen capsule polisher carries a fully carbide-blasted curved tip for atraumatic abrasion of residual lens epithelial cells along the posterior capsule. At 27mm working length excluding the hub, it threads easily through standard phaco incisions. The textured carbide surface delivers consistent polishing without sharp edges.
The Jensen capsule polisher is engineered as a 23-gauge tip designed to gently polish posterior lens capsule epithelial cells before intraocular lens insertion. The half carbide-blasted tip provides controlled abrasion without perforation risk, making it suitable for both routine phacoemulsification and complex MICS cases. At 28mm length (excluding hub), the compact size enables precise control within confined anterior chamber spaces.
The Jensen capsule polisher features a 25-gauge straight curved shaft with a half-carbide blasted tip designed to gently polish the posterior capsule following cortex removal. The 28mm working length provides precise control during the delicate final polishing phase of phacoemulsification. Carbide blasting of the tip surface enhances grip on fibrous capsular tissue without traumatizing the capsular membrane.
This Jensen capsule polisher features a 25ga shaft with a fully carbide‑blasted tip and a compact 22mm working length to support controlled capsule surface refinement with enhanced micro‑tactile feedback.
The Jensen capsule polisher 27ga with polished finish delivers gentle posterior capsule cleanup during postoperative periods. The smooth, gently curved design enables atraumatic capsular surface smoothing with minimal trauma to posterior capsule layers.
Kansas infusion handles provide a male‑to‑male connector body at 75mm overall length, joining infusion tubing to compatible cannula hubs during anterior segment cases. The stainless‑steel build tolerates repeated steam sterilization without finish degradation.
The Keisler lacrimal cannula combines a 23‑gauge shaft with a 90‑degree curve and a reinforced 6mm blunt tip for irrigation of the lacrimal sac and nasolacrimal duct through a right‑angle approach. The reinforced tip resists deformation during forceful irrigation of obstructed ducts, and the polished finish reduces drag through the canalicular punctum.
The Kellan hydrodelineation cannula is a gently curved 25ga instrument with a beveled-down tip designed for controlled fluid injection into subepithelial cortical planes during nucleus disassembly. The fine 25ga gauge and gentle curve minimize iris and capsular trauma while the beveled tip directs fluid flow away from the anterior capsule. The polished finish and 18mm length support fine control in dynamic cortical dissection.
This 25‑gauge Kellan hydrodissection cannula curves vertically with a flattened tip profile, presenting a wider working face than the round‑lumen variant during cortical‑capsular cleavage. The vertical curve directs flow downward along the capsular surface.
The Kellan hydrodissection cannula is a 25-gauge instrument with a distinctive flattened blunt tip, engineered to deliver controlled cortical-hydrodissection waves beneath the anterior lens capsule during cataract surgery. The blunt flattened geometry distributes fluid pressure evenly, reducing capsular stress during cortical-nucleus separation. Its compact 43mm length permits stable fluid delivery through the phaco incision.
The Kellan hydrodissection cannula delivers controlled fluid separation of the cortex from the posterior and equatorial capsule during phacoemulsification. Its gently curved 25ga shaft with flattened blunt tip minimizes capsular stress, enabling safe cortical-capsular dissection. The fine gauge supports smooth entry through small self-sealing incisions.
Built at 27 gauge with a curved 22mm working length, the Kellan hydrodissection cannula delivers a controlled fluid wave beneath the anterior capsule during cataract surgery. The curved tip directs flow tangentially along the capsular surface, separating cortex from capsule without high‑pressure jetting.
The Kelman cyclodialysis cannula carries a 19ga shaft into the anterior chamber, where the flattened 12mm tip with its last 2.5mm angled upward sweeps between iris and ciliary body to create or extend a cyclodialysis cleft. A left side port directs irrigation laterally, and the polished finish reduces drag against the scleral spur. The 32mm overall length matches a controlled limbal approach.
The Kelman cyclodialysis cannula is engineered for controlled anesthetic and medication delivery to the ciliary body during glaucoma procedures. Its 19-gauge flattened shaft and angled geometry with a 12mm tip-to-bend design enable posterior-chamber access while the right-side port directs fluid toward the target ciliary-scleral junction. The polished finish and 27mm overall length support atraumatic tissue contact.
This left‑port Kelman cyclodialysis cannula mirrors the right‑side configuration for opposite chamber approach, delivering 19ga irrigation through a flattened 12mm tip with the distal 2.5mm angled up to engage the ciliary cleft. The directional port keeps fluid sweep away from the iris root during cyclodialysis reformation. Compact 32mm overall length supports controlled anterior segment entry.
Right‑side port placement on this 19ga Kelman cyclodialysis cannula directs irrigation toward the dominant eye orientation during cyclodialysis or anterior chamber reformation. The flattened 12mm tip with the last 2.5mm angled up rides the scleral spur to clear the ciliary cleft, and the polished shaft draws back cleanly through a limbal entry. Overall length of 32mm matches anterior segment working depth.
This Kelman cystotome knife features a sharp 22ga profile with a 20mm working length for controlled anterior capsule puncture and tear initiation during capsulotomy.
This Kelman cystotome is engineered with a 22‑gauge double‑bladed tip and integrated irrigating port for controlled posterior capsulotomy and hyaloidotomy during cataract and vitreoretinal procedures. The sharp tips and dual‑blade geometry enable precise dissection of capsular and membrane structures. Stainless‑steel construction resists corrosion and maintains edge sharpness.