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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.
The Binkhorst J‑shape cannula carries a 26ga lumen with a left‑angled J tip for directed irrigation and viscoelastic placement behind the iris or under an IOL haptic. The asymmetric bend allows the surgeon to reach contralateral regions through a single side‑port incision. The fine gauge limits turbulence in the chamber.
The Binkhorst J‑shaped cannula presents a 25ga shaft with a right‑angled J profile for irrigation and viscoelastic delivery beneath the iris during cataract work. The angled geometry positions the tip away from the visual axis while preserving tactile feedback at the entry wound. Stainless steel tubing maintains rigidity through repeated intraoperative redirection.
Pairing the Binkhorst J profile with a finer 26ga lumen, this right‑angled cannula delivers low‑turbulence irrigation beneath the iris during cataract work. The angled right J places the working tip clear of the visual axis while reaching into peripheral chamber regions. Stainless tubing retains the formed bend through use.
Configured with a J‑shaped 1.75 × 1.5mm distal profile, this 25‑gauge left‑angled Binkhorst cannula delivers viscoelastic or BSS to specific intraocular targets where a curved approach is needed. The 12mm working length supports anterior chamber access through a standard incision.
The straight Binkhorst J‑shaped cannula presents a 26ga shaft for irrigation and viscoelastic delivery during cataract work. The straight configuration of the J profile provides direct anterior chamber access while preserving the surgeon's tactile feel through the corneal incision. Stainless tubing maintains rigidity through use.
This sterile disposable bipolar cord connects bipolar forceps to compatible electrosurgical generators to deliver consistent current during coagulation. Its insulated wiring minimizes arcing risk, and the connector interfaces are shaped for reliable, repeatable attachment. The single‑use design ensures sterility and consistent electrical performance without reprocessing variability.
These Bishop‑Harmon forceps incorporate straight 0.6mm cross‑serrated tips engineered for controlled micro‑grasping of delicate membranes. The three‑hole handle and compact 83mm length improve maneuverability in confined spaces.
The Bishop‑Harmon irrigating cannula delivers measured anterior segment irrigation through a 19ga lumen, well suited to chamber re-formation and washout during cataract and corneal work. Its single‑use sterile format eliminates lumen‑clog risk associated with reprocessed irrigators. Compatible with standard luer syringes for surgeon‑controlled flow.
Bishop-Harmon tendon tuckers facilitate controlled plication of extraocular muscles during strabismus procedures. The triangular-shaped tips engage muscle tissue with precision, while surface markings indicate standard 5mm and 10mm tuck depths. A round knurled handle supports secure grip during delicate muscle work.
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.
This Bishop‑Harmon iris forceps is designed for delicate iris manipulation and positioning during anterior segment surgery. The 0.6mm tip and 1 × 2 tooth configuration provide secure engagement of fragile iris tissue and sphincter muscle. At 83mm overall length, the compact proportions optimize tactile control and visibility in iris reconstruction and pupil surgery.
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 Bishop‑Harmon extra‑fine 0.3mm tissue forceps provides exceptional precision in fine conjunctival and scleral work. The 1 × 2 tooth configuration and sandblasted finish deliver controlled, nontraumatic grasping of delicate tissues. Lightweight construction suits prolonged microsurgical cases without hand fatigue.
The Bishop‑Harmon tissue forceps with 0.5mm fine tips delivers precision fixation of delicate anterior segment tissues during corneal grafting and microsurgery. The 1 × 2 tooth pattern and sandblasted finish suit controlled handling of corneal and episcleral tissue. The straight geometry enables stable visualization during manipulation.
Bishop‑Harmon tissue forceps in this configuration carry 1 × 2 atraumatic teeth at 0.8mm tips for delicate conjunctival and corneoscleral handling. The flat three‑hole handle reduces weight and provides finger purchase during prolonged microsurgical work. An 85mm overall length keeps the instrument within the microscope's working envelope.
These Bishop-Harmon tissue forceps feature straight shafts with a 0.8mm tip, 1 × 2 interlocking tooth pattern, and shorter shaft geometry for precise manipulation in confined anterior chamber spaces. The flat three-hole handle provides balanced control during fine lid and conjunctival tissue work. At 86mm, this shorter profile is ideal for the delicate ocular surface.
The #67 Bistouri disposable blade carries a curved cutting tip for controlled stab incisions and adhesion division during ophthalmic and oculoplastic work. Individually wrapped sterile delivery preserves edge sharpness, and the twelve‑per‑box configuration suits routine OR stocking.
The Blades lens‑holding forceps is engineered for stable IOL positioning within the capsular bag or sulcus during phacoemulsification. The 45‑degree angled geometry and delicate narrow jaws provide atraumatic grasp without scratching optic surfaces. The three‑hole handle enables fine adjustments throughout implantation.
The Blaydes lens forceps combines angled shaft geometry with 8mm distance from bend to tip suited to ergonomic IOL positioning across varied anterior chamber depths. The smooth jaw surfaces prevent IOL optic damage during grasping and delivery. The angled configuration provides natural surgical positioning without awkward hand extension.
The Blaydes lens forceps feature angled geometry with smooth jaws, 12mm tip-to-bend configuration, and cross-action handle with holes, enabling secure lens capture during phacoemulsification and extracapsular cataract extraction. The smooth jaw design prevents tissue trauma to the lens capsule, while the angled approach improves visibility and reduces surgical repositioning. This 119mm instrument supports reliable nucleus removal.
The Bloomberg-Pierce-style Utrata forceps combines a 0.25mm notched tip with 45-degree angling for capsulorhexis initiation and completion. The 14mm bend-to-tip geometry creates optimal mechanical advantage for engaging and tearing the lens capsule under tension. Titanium construction ensures lasting performance across routine phacoemulsification cases.