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The McIntyre anterior chamber cannula delivers balanced irrigation flow during capsulorhexis and early phacoemulsification stages. Its 26ga straight shaft with blunt tip permits safe fluid access without corneal endothelial trauma, while the polished finish reduces light scatter during critical intraocular visualization.
Features & Benefits
McIntyre anterior chamber cannula in 30 gauge with a blunt straight tip, used for atraumatic irrigation and viscoelastic delivery into the anterior chamber. The 22mm overall length suits paracentesis‑port entry during cataract and IOL work, and the polished finish keeps the fine bore patent across reprocessing cycles.
This McIntyre Binkhorst irrigating cannula uses a 26ga left‑angled shaft with a 13mm bend‑to‑tip distance and a 2.6mm J‑shaped open end to support controlled directional irrigation.
This McIntyre Binkhorst irrigating cannula incorporates a 26ga right‑angled shaft with a 13mm bend‑to‑tip distance and a 2.6mm‑wide J‑shaped open end for directed irrigation through an 18mm working length.
The McIntyre-Binkhorst Irrigating Cannula is designed for anterior chamber irrigation and aspiration during cataract surgery. Its 26ga gauge provides fine control while the straight J-shaped tip with 2.6mm width enables smooth intracameral irrigation and cortical aspiration. The 18mm working length and open-end design provide excellent control of flow rate and suction during the phaco procedure.
McIntyre closed‑wire eye speculums carry V‑shaped 14mm blades with a 28mm spread, supporting wide ocular exposure with the smoothness of a closed wire profile against the lid margin. The 45mm body fits comfortably within the microscope field during anterior segment work.
This McIntyre cystotome incorporates a 23ga angled shaft with a short 17mm length for controlled anterior capsule puncture where minimal insertion depth is required.
The McIntyre handpiece features a Luer‑connector aspirating/irrigating design with an 8mm diameter handle for efficient cortex removal and anterior chamber management. At 76mm compact length, its streamlined geometry preserves surgical visibility and intraoperative access. Stainless steel construction delivers reliable durability across extensive sterilization and reprocessing.
The McIntyre inner cannula carries a 23‑gauge polished shaft with a 0.3mm side port for directed irrigation during anterior segment work. The side port delivers fluid laterally rather than straight ahead, allowing the surgeon to lavage beneath an IOL haptic or against the capsular wall without disturbing tissue in line with the tip. The 46mm working length suits anterior chamber access.
The McIntyre inner cannula is a straight 23ga polished instrument designed for internal nucleus or aspirate manipulation during cataract extraction. Its 46mm overall length provides comfortable handheld control while the polished finish enables smooth passage through cataract wounds. The straight configuration supports direct anterior chamber access and predictable instrument trajectory.
The McIntyre iris hook is engineered for gentle iris traction and pupil dilation during anterior segment procedures. The 23ga angled configuration, 1mm wide hook, and front open port allow controlled iris repositioning without incision enlargement. The 16.5mm working length and mid‑scope grip support precision iris manipulation.
The McIntyre lacrimal cannula irrigates the canalicular system through a 23ga curved shaft with a closed end and 0.3mm dual side ports. Lateral ports distribute saline along the canalicular wall rather than driving a forward jet, reducing the risk of false passage during diagnostic irrigation. The 46mm working length suits standard hub‑mounted syringe use.
The McIntyre lacrimal cannula is a 23-gauge curved cannula with a side port, designed for gentle lacrimal canalicular irrigation and probing during lacrimal-pathway assessment. Its blunt tip prevents punctal-wall trauma while the polished finish enables smooth passage through canalicular anatomy. The 46mm working length provides adequate reach into the nasal lacrimal duct without excessive depth.
The McIntyre lacrimal cannula presents a straight 23‑gauge shaft with a side port and blunt tip, sized for lacrimal duct irrigation and probing during dacryocystorhinostomy and other lacrimal procedures. The side port directs irrigation laterally to clear obstructions without forward jet pressure on the canalicular wall.
Built from heavy 1mm wire, the McIntyre open wire speculum forms V‑shaped blades that retract the upper and lower lids with broad, low‑profile contact across the conjunctiva. The 16mm blade length and 27mm spread suit standard adult anterior segment exposure, while the open architecture preserves visualization of the cornea and limbus. The 45mm stainless‑steel frame sits compactly within the orbital margin.
This McIntyre open wire speculum is designed for broad eyelid retraction during anterior segment procedures. The V‑shaped wire blades gently separate lid margins while maintaining full visibility of the cornea and conjunctiva. The compact 45mm length provides stable positioning without obstructing the surgical field.
The McIntyre outer cannula forms the larger‑bore element of a coaxial irrigation‑aspiration system, delivering irrigation around an inner aspiration cannula during cataract surgery. A straight 19‑gauge shaft with untapered end maintains stable fluid flow into the anterior chamber. The polished 35mm length passes cleanly through standard limbal incisions.
The McIntyre lacrimal cannula is engineered for controlled diagnostic and therapeutic access to the lacrimal canalicular system. Its 23ga straight shaft with dual 0.3mm side ports delivers anesthetic or therapeutic agents into the superior and inferior canaliculi with even distribution. The 45mm working length supports consistent positioning during lacrimal occlusion or dacryocystoplasty procedures.
This McIntyre truncated outer cannula is a 19-gauge infusion-aspiration component optimized for steady anterior chamber fluid management during phacoemulsification. The tapered tip and two side openings distribute flow without focal jetting, while the polished finish supports smooth passage through the paracentesis incision. The truncated outer design integrates with standard phaco handpiece tubing for reliable fluid exchange.
The McNeill global fixation ring in the large size engages the sclera securely during refractive surgery, corneal transplantation, and other procedures requiring stable globe stabilization. Its 17mm inner diameter and 24mm outer diameter accommodate standard adult eyes, while the stainless-steel construction withstands repeated sterilization without loss of grip or scleral contact security.
The McNeill global fixation ring is a specialized retraction device for strabismus surgery and posterior segment visualization. The 16mm inner diameter and 24mm outer diameter accommodate standard patient anatomies, while the ring geometry distributes traction force evenly across the conjunctival margin. Stainless steel construction supports lasting performance across many strabismus cases.
This small McNeill global fixation ring uses a 15mm inner diameter and 23mm outer diameter to stabilize the globe during refractive marking and toric IOL alignment. The ring profile sits against the limbus to anchor the globe while the surgeon places axis or incision marks. Stainless steel construction withstands repeat clinical use.
This McPherson needle holder features curved delicate jaws with a locking mechanism to support stable microsuture management. The geometry is configured for controlled needle placement in confined ophthalmic fields.
This McPherson needle holder incorporates curved delicate jaws without a locking mechanism, providing unrestricted release and improved responsiveness during fine suture adjustments.
The McPherson Needle Holder is a foundational microsurgical instrument designed for fine suturing in ophthalmic anterior segment procedures. Its delicate jaws and locking mechanism ensure stable needle purchase without tissue trauma, while the straight geometry and ring‑handle design support precise two‑handed suturing mechanics. The 114mm overall length and compact proportions enable excellent visualization and control during detailed wound closure.
The McPherson needle holder features delicate straight jaws without a locking mechanism, designed for precise suture needle control during fine corneal and episcleral suturing. The lightweight three‑hole handle reduces instrument mass during sustained microsurgical work, and the 114mm length balances anterior‑chamber reach with controlled handling.
This McPherson needle holder offers straight geometry with fine 11mm jaws and a release mechanism (without lock) for situations requiring smooth needle feed without mechanical restraint. The straight profile delivers direct vertical access during corneal and limbal closure. Fine jaw size accommodates delicate suture materials, while serrated flat handle provides reliable grip without locking resistance.
The McPherson needle holder combines straight geometry with fine 11mm jaws and a locking mechanism optimized for delicate anterior segment suturing. The straight profile enables direct vertical approach to corneal and limbal wounds, while the fine jaw size accommodates 10‑0 through 9‑0 suture materials. Serrated flat handle provides reliable grip during prolonged fine suture work.
The strongly curved McPherson needle holder combines a heavy curved profile with fine 11mm jaws and a locking mechanism for pronounced angular access during complex IOL and capsular suturing. The heavy curve accommodates steep operative angles common in toric IOL positioning and posterior capsule closure. Locking mechanism secures needle during intricate knot advancement.
The McPherson speculum features solid 14mm wide blades and a 30mm maximum spread designed for stable eyelid retraction in anterior segment procedures. Its thumb screw locking mechanism and stabilizing bar hold the eyelids open hands-free, freeing both hands for instrument manipulation. The 83mm overall length provides comfortable handheld control while the solid blade design ensures even pressure distribution.