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The left‑hand mate to the Binkhorst right cannula, this 22‑gauge model carries the same 30‑degree angled shaft and 2.5mm J‑shaped hook reversed for the surgeon's other hand. The 13mm bend‑to‑tip distance reaches under the iris or behind a capsular flap, redirecting irrigation or viscoelastic flow into the chambers behind.
Features & Benefits
Built for irrigating subincisional cortex from the left side of the capsular bag, the Binkhorst hooked cannula presents a 22ga shaft angled at 30 degrees with a 2.5mm J‑shaped hook at the tip. The 13mm bend‑to‑tip working length reaches under the iris and capsulorhexis edge, while the polished finish reads cleanly through the cornea. The hook engages cortex for irrigation flushing without grasping.
Designed for right‑hand viscoelastic and irrigation delivery, this Binkhorst hooked cannula carries a 22‑gauge shaft angled 30 degrees with a 2.5mm J‑shaped hook at the tip. The 13mm bend‑to‑tip distance and J profile allow the surgeon to reach behind the iris or under a capsular flap, then redirect flow precisely where it's needed during cataract maneuvers.
The Binkhorst hooked cannula delivers irrigation and IOL manipulation through the anterior chamber with a right‑hand 22ga configuration. A 30 degrees angled shaft and 13mm bend‑to‑tip reach align with a temporal approach, while the 2.5mm J‑shaped hook engages IOL features without scratching the optic. The polished finish keeps the cannula clean across repeat reprocessing.
This Bishop‑Harmon irrigating cannula delivers precise control for anterior chamber fluid management during cataract and anterior segment procedures. The 35 degrees shaft with 7mm tip‑to‑bend distance supports intuitive access. The 21g gauge and flattened blunt tip enable safe, atraumatic irrigation while maintaining surgical field visibility.
The Bishop‑Harmon anterior chamber irrigator delivers higher‑flow irrigation during cataract extraction and anterior segment work. At 19ga, it permits rapid chamber filling and corneal‑scleral manipulation without cannula obstruction. The straight geometry and included attachments support quick transitions between infusion and aspiration, improving surgical efficiency.
The Bishop‑Harmon irrigating cannula delivers fluid into the anterior chamber through a 19g flattened blunt tip set on a 30‑degree angled shaft. The 5mm tip-to-bend distance and 25mm working length (excluding hub) support direct anterior segment access through a paracentesis, and the polished finish promotes smooth fluid release. Flattened blunt geometry minimizes corneal endothelial contact during irrigation.
Used to irrigate the anterior chamber during cataract and capsule work, the Bishop‑Harmon cannula combines a 19ga straight shaft with a flattened blunt tip that disperses fluid without focal jetting. The short 25mm working length keeps the cannula light at the wound, and the polished finish reads clearly under the microscope. The blunt profile minimizes the risk of capsule or endothelial contact.
This Bishop‑Harmon irrigating cannula delivers precise control for anterior chamber fluid management during cataract and anterior segment procedures. The 30 degrees shaft with 7mm tip‑to‑bend distance supports intuitive access. The 23g gauge and flattened blunt tip enable safe, atraumatic irrigation while maintaining surgical field visibility.
This Bishop‑Harmon irrigating cannula delivers precise control for anterior chamber fluid management during cataract and anterior segment procedures. The 30 degrees shaft with 5mm tip‑to‑bend distance supports intuitive access. The 25g gauge and flattened blunt tip enable safe, atraumatic irrigation while maintaining surgical field visibility.
This Bishop‑Harmon irrigating cannula delivers precise control for anterior chamber fluid management during cataract and anterior segment procedures. The 30 degrees shaft with 5mm tip‑to‑bend distance supports intuitive access. The 27g gauge and flattened blunt tip enable safe, atraumatic irrigation while maintaining surgical field visibility.
The Blumenthal anterior chamber maintainer provides a unique 20ga straight cannula with a threaded tip geometry that anchors securely within the anterior chamber, maintaining consistent depth and stability during phaco. The threaded engagement prevents inadvertent cannula dislodgement during instrument manipulation and fluid exchanges. Compact 13mm usable length enables precise chamber stability without excessive bulk.
The Blumenthal anterior chamber maintainer employs a unique anterior approach to maintain chamber stability and depth during phacoemulsification and cortical removal. Its 25ga gauge and straight shaft support continuous intraoperative chamber infusion without displacing surgical access. The 13mm length positions the port safely while permitting full surgical mobility.
The Bracken Anterior Chamber Cannula is engineered for irrigation and aspiration during anterior segment procedures. Its 19ga gauge and standard 90-degree curve conform to the anterior chamber architecture while the flattened beveled tip enables smooth entry and controlled fluid delivery. The polished stainless steel finish reduces tissue drag, and the 21mm working length provides consistent anterior-posterior reach.
Designed for irrigation through a paracentesis port, this Bracken anterior chamber cannula carries a 19g shaft curved 90 degrees with a flattened beveled tip. The bend allows the cannula to enter the chamber and direct flow back toward the surgeon's working zone. The flattened tip provides a low‑profile entry through tight incisions.
The Brierley Capsulorhexis Cannula is specifically designed for continuous curvilinear capsulorhexis (CCC) when a two-handed technique is preferred. Its 21ga bore tapers to 26ga at the tip for smooth anterior chamber entry, while the 0.25mm posterior aspirating port enables continuous aspiration of capsular material during the rhexis maneuver. The stainless steel construction ensures reliable performance across multiple cases.
The Brierley LASIK cannula is built for precise corneal flap irrigation and fluid management during femtosecond‑assisted LASIK. The 25ga ultra‑fine gauge minimizes corneal disturbance, while the 15mm length allows controlled fluid delivery beneath the flap during ablation. The straight geometry and small profile reduce incision trauma.
The brush cannula is engineered for gentle backflush removal of residual cortical material during phacoemulsification cleanup. Its 1mm silicone brush tip provides atraumatic contact with fragile posterior capsule while the 20-gauge cannula enables efficient fluid flow. The design minimizes capsular perforation risk during final cortical polishing.
This Buratto hydrodissection cannula is a 25ga instrument with a 24mm overall length for controlled cortical cleaving during cataract extraction. The straight profile supports balanced hydrodissection waves within the capsular bag.
The Burnstine lacrimal cannula delivers irrigation through a 23‑gauge shaft tapered to a 0.15mm end opening, suited for canalicular and lacrimal sac flushing. At 13mm long, the cannula passes through the punctum and sits within the canaliculus for targeted lavage. The narrow end opening directs fluid precisely without overwhelming the passage.
The Burrato LASIK Cannula is engineered for multi-port fluid management during laser refractive surgery. Its 23ga gauge and angled vaulted semi-closed tip design with one front port and two side ports enable controlled distribution of irrigating solution during LASIK flap creation and ablation. The 25mm working length and angled geometry provide optimal visualization and fluid control.
The Burrato LASIK cannula delivers balanced fluid distribution during corneal flap creation and lift in refractive surgery. Its 25-gauge angled vaulted semi-closed tip with one front port and two side ports provides diffuse hydration without focal jetting. At 22mm excluding hub, the compact profile optimizes visibility and control during precise epithelial-stromal separation.
The Burrato LASIK cannula is engineered for precise fluid and epithelial management during excimer ablation and flap repositioning. Its vaulted 25-gauge tip incorporates three strategically positioned ports: one anterior opening and one port on each lateral surface. The 24mm working length allows safe access under the LASIK flap while maintaining flap integrity.
The Capsulor dye cannula is engineered for precise trypan blue and indocyanine green delivery during anterior capsule staining in cataract surgery. At 27-gauge with a compact 13mm working length, the oval port (25-gauge equivalent) delivers dye in a controlled spray pattern that highlights capsular edges without high-pressure jets. The fine-gauge tubing navigates tight anterior chamber spaces.
This capsulorhexis cystotome features a 27ga lumen with a 90-degree twist at the tip, creating a unique blade orientation for sculpting the capsular margin during continuous curvilinear capsulorhexis. The formed 13mm bend-to-tip arc combined with the rotated tip geometry enables precise capsular control without excessive manipulation.
The Carter LASIK Cannula is designed for fluid management during laser refractive surgery procedures. Its 25ga gauge and vaulted flattened 10mm tip profile enable controlled fluid application and removal during the LASIK procedure without disrupting the corneal flap. The open-end design and 25mm working length provide excellent control of irrigation flow during flap creation and excimer ablation.
This Castroviejo cyclodialysis cannula is designed with a 19‑gauge flattened tip measuring 1 × 16mm for controlled dissection in the ciliary body space during cyclodialysis and glaucoma procedures. Semi‑sharp sides and a top port facilitate gentle separation of the ciliary body from the scleral wall. A 40mm overall length maintains stable intraoperative positioning.
This Chang hydrodissection cannula features a 25ga 90‑degree angled shaft with a flat beveled tip and a 1.5mm short tip length, supporting precise controlled hydrodissection.
Bent 90 degrees with a long 3mm flat tip and a beveled opening, the Chang hydrodissection cannula directs a tangential fluid wave along the equator of the lens for thorough cortical‑capsular separation. The 27ga shaft gives the surgeon a fine, controlled stream through small clear‑corneal incisions, and the beveled lumen profiles the jet to reduce focal capsular stress.
The Chang hydrodissection cannula delivers controlled fluid separation beneath the anterior capsule during cataract surgery. Its 27-gauge flat tip and 90-degree angled design minimize capsular stress and support gentle cortical dissociation. The beveled opening ensures diffuse flow distribution across the lens-cortex interface, reducing the risk of capsular rupture.