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Curved iris scissors in a light standard pattern bring 25mm of working blade to anterior segment and adnexal cutting. The sharp/sharp tips refine iridectomy and fine soft‑tissue work, while the gentle curve tracks contoured planes. A ribbon‑style ring handle keeps weight low between the fingers during sustained use.
Features & Benefits
Iris scissors are precision instruments for controlled iris cutting during iris sphincterotomy, coloboma repair, and peripheral iridotomy procedures. The straight narrow blades allow direct line-of-sight cuts with minimal trauma to adjacent iris tissue. Sharp tips enable clean separation of iris from lens and ciliary body, while the ribbon‑style ring handle provides stable tripod grip for microsurgical control.
These straight iris scissors feature a 25mm mid‑screw measurement and sharp tips optimized for iridotomy and iris retraction during anterior segment procedures. The ribbon‑style ring handle distributes grip pressure across the full palm, supporting sustained control during prolonged iris manipulation. Polished blade finish improves visibility through the anterior chamber.
A ribbon‑style ring handle distinguishes these light‑standard pattern iris scissors and keeps the instrument balanced for extended use. The straight 25mm mid‑screw to tip working length suits iridotomy and superficial ocular dissection, and the sharp tips support clean cuts in thin iris tissue. A polished blade finish keeps the working surface visible under the microscope.
These iris scissors are engineered for delicate iris tissue cutting during anterior segment surgery. The straight narrow blades provide controlled linear cuts with excellent visibility of the surgical plane, while the small 10mm blade length enables precise work within the confined anterior chamber space. The three‑hole handle ensures symmetric hand grip for bimanual suturing or tissue handling immediately after iris manipulation.
This iris spatula is engineered for fine manipulation of iris tissue during anterior segment procedures. The 1mm wide malleable blade allows gentle iris depression and positioning during capsulotomy and IOL implantation. A serrated flat handle ensures secure grip control in wet field conditions.
The iris spatula with 2mm × 33mm sterling silver blade provides precise iris manipulation during anterior segment procedures. The round handle supports stable control while the wide blade geometry enables reliable iris mobilization and positioning.
This angled irrigating cystotome is engineered for precise anterior chamber fluid delivery during cataract and refractive surgery. The 25 gauge construction with 45 degrees angled tip and 3mm straight segment from bend provides controlled access through minimal incisions while maintaining stable tip positioning. The flat configuration directs fluid distribution across the cornea without turbulence.
This 25ga irrigating cystotome features a formed 16mm working length for controlled capsulotomy and anterior chamber fluid delivery during cataract surgery. The fine gauge enables precise cannulation of the anterior capsule with minimal trauma. Single‑use sterile format ensures consistent geometry and tool sharpness for each procedure.
This irrigating cystotome, 25ga, uses a formed 16mm length and is supplied sterile, one per package and ten per box, to support controlled capsulotomy entry with irrigation capability.
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 27‑gauge formed irrigating cystotome opens the anterior capsule with a pre‑bent cutting tip while simultaneously delivering BSS to maintain chamber depth during capsulotomy. The 16mm working length suits standard phaco incision access, and sterile single‑use delivery preserves the cutting edge.
Used to initiate the anterior capsulotomy, this 27ga irrigating cystotome features an angled tip and 16mm working length. The fine‑gauge lumen delivers balanced salt solution while the bent needle tip scores and tears the capsular bag. The angled approach clears the surgeon's view of the capsular flap.
This formed irrigating cystotome delivers consistent irrigation during anterior segment procedures with a compact 22mm overall length. The 25 gauge bore provides fine fluid control while the pre‑formed shaft geometry allows reproducible positioning through small incisions. Stainless steel construction supports reliable sterile single‑use performance.
This 25ga small‑radius irrigating cystotome combines a fine cutting tip with a through‑lumen for simultaneous capsulotomy initiation and balanced irrigation. The 16mm working length suits standard phaco approaches, and the tight tip radius gives the surgeon close control when initiating the anterior capsule flap. Supplied sterile in single‑use packaging for case‑to‑case consistency.
This small‑radius irrigating cystotome features a 27ga lumen on a 16mm (5/8 inch) shaft with a tight tip bend, useful for initiating a precise capsulorhexis tear. The compact bend radius concentrates the cutting edge in a small footprint, supporting controlled propagation of the capsular flap. Continuous irrigation through the lumen maintains chamber depth.
This irrigating cystotome combines a straight fine‑lumen design with integrated fluid delivery for anterior capsule creation during cataract surgery. The 23ga gauge supports controlled aspiration and irrigation simultaneously, while the 16mm length (5/8") provides precise working depth. Single‑use sterility ensures consistent performance without dulling.
A 25ga irrigating cystotome with a straight 16mm (5/8 inch) shaft, this instrument scores and tears the anterior capsule under continuous balanced salt solution flow. The straight geometry suits standard phaco wound orientation, and the bent cystotome tip propagates a controlled tear during can‑opener or transition capsulotomy. The intermediate gauge offers steady flow.
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.
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.
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.
Built for pairing with titanium I/A tips IAT‑01 through IAT‑13, this straight irrigating/aspirating handpiece manages cortex removal and capsular bag polishing after phacoemulsification. The 108mm titanium body delivers a rigid, lightweight feel that supports steady fingertip control through the paracentesis. Titanium construction resists corrosion across repeated autoclave cycles, keeping the handpiece reliable for high‑volume cataract use.
This irrigating-aspirating handpiece is a 110mm straight-shaft instrument designed to work with interchangeable stainless‑steel I/A tips for cortical cleanup following nucleus and lens fragment removal. The modular tip system (IAS-01 through IAS-13) supports a range of port sizes and geometries for efficient cortical material evacuation. Stainless‑steel construction ensures reliable reprocessing.
This irrigation/aspiration handle piece uses a male‑to‑male fitting to support connection between various I/A cannulas and tubing systems.
This straight one‑piece irrigation and aspiration handpiece features a 0.5mm port tip optimized for efficient removal of cortical and viscoelastic material during phacoemulsification. The integrated design eliminates connection points that might compromise flow or introduce debris. Overall length of 140mm maintains standard hand positioning and reach.
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.
The Jackson lacrimal intubation set enables reliable catheterization of the lacrimal drainage system for canalicular obstruction and nasolacrimal duct stenosis repair. The set includes two 20-gauge thin-wall Jackson probes with 155mm straight working length, paired with 300mm of flexible silicone tubing for gentle canular passage and long-term tear drainage maintenance. The malleable stainless steel and polished finish support atraumatic tissue contact.
The Jackson lacrimal intubation set pairs two 20 gauge thin‑wall malleable probes, each 155mm long, with 300mm of silicone tubing fastened to the probe ends. The surgeon shapes each probe to match the canalicular path, then draws the silicone stent through the nasolacrimal system to maintain patency. Blunt probe tips protect canalicular mucosa during passage.