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Vitreoretinal and posterior segment cutting in pars plana and vitreous cavity work is enabled by the intraocular scissors. Its curved 4mm blade with integrated protective cover supports precise membrane and vitreous dissection. The 146mm extended length provides reach into the posterior segment while maintaining blade control.
Features & Benefits
These intraocular scissors are engineered for delicate internal ophthalmic dissection within confined anterior chamber spaces. The straight profile and narrow 3mm blades enable fine, controlled cuts along tissue planes with excellent visualization. Serrated edges on both blades improve grip on delicate membranes, while the tubular shaft geometry preserves space and prevents handle collision with microscope optics.
These straight intraocular scissors include a 4mm microblade assembly protected by an integrated cover to prevent inadvertent anterior chamber contact. The 146mm profile increases reach for cutting fine membrane strands or capsule tags with stable linear control.
The intrascleral haptic marker and Yamane double needle stabilizer work together to localize and mark haptic position during ab interno IOL fixation procedures. The stainless‑steel instrument marks the sclera at planned fixation sites and stabilizes the double needle technique during sutureless intraocular lens implantation. This specialized tool supports emerging techniques in aphakic and IOL repositioning cases.
The IOL forceps features paddle jaw design with three‑hole handle suited to secure IOL grasping and positioning during cataract extraction and implantation. The broad paddle surface distributes grasping force across the IOL optic, preventing indentation or damage. The three‑hole handle provides stable fingertip control during insertion maneuvers.
IOL glide sheets facilitate smooth, atraumatic intraocular lens delivery during cataract surgery. The 35 × 5mm surface with 2.5mm radius and 6mm thickness provides a conform surface that cradles and supports the IOL during insertion. The disposable format eliminates the need for tray sterilization, improving case preparation efficiency.
The IOL implant forceps features biconvex jaws shaped to cradle and stabilize intraocular lenses during insertion into the capsular bag. Its angled 7.5mm bend to tip optimizes chamber access without corneal contact, and the flat square handle provides broad grip support for controlled IOL positioning. Titanium construction ensures lasting durability across repeated lens implantation cases.
Iowa State fixation forceps stabilize the globe during corneal incision and suturing using a 1 × 2 interlocking‑tooth pattern. The teeth engage scleral tissue without crushing, and the flat handle provides a wide, stable grip for the assistant or surgeon's non‑dominant hand. A polished 86mm shaft keeps the instrument compact within the surgical field.
The curved iris forceps features delicate lightly curved tips with 1 × 2 mouse‑style tooth pattern optimized for gentle iris manipulation without trauma. The curved shaft geometry suits approach to the iris plane during anterior segment work. The fine tips and delicate construction minimize bleeding and tissue damage.
This straight blunt iris hook is shaped for gentle pupil margin engagement and iris repositioning during anterior segment maneuvers. The polished finish helps the shaft glide through small incisions without snagging. A serrated flat handle keeps the instrument oriented and stable through controlled retraction.
The iris hook is a straight stainless steel instrument designed for gentle iris manipulation and elevation during anterior segment procedures. The fine working end and smooth finish enable atraumatic hook engagement beneath the iris margin while the straight geometry supports consistent positioning and vector control. The 175mm length provides comfortable handheld reach and visibility.
Angled left for left‑hand use, this iris hook provides controlled iris retraction during anterior segment surgery. The angled geometry mirrors the surgeon's working axis, allowing predictable engagement of the pupillary margin. The reusable construction supports repeat clinical use across cataract and intraocular workflows.
Angled to the right for right‑handed entry, this iris hook engages and retracts iris tissue during anterior segment procedures. The fine angled tip slips beneath the pupillary margin to enlarge a small or sluggish pupil and stabilize the iris during phacoemulsification or IOL maneuvers. A polished shaft delivers smooth atraumatic contact with delicate uveal tissue.
This titanium iris hook with angled shaft and blunt 0.3mm hook geometry provides safe iris retraction without sphincter trauma. The 10mm distance from bend to hook tip enables precise intraoperative positioning for varied surgical approaches.
Tinted blue for in‑field visibility, this polypropylene iris retractor engages the pupil margin through a paracentesis port and holds it expanded during anterior segment surgery. The silicone stopper allows incremental tension adjustment, and the semi‑reusable construction permits limited reprocessing where local protocols allow. Six retractors per pack support four‑quadrant placement with spares.
These curved iris scissors deliver sharp cutting capability for controlled iris sphincter sectioning, iridotomy edge smoothing, and fine iris margin dissection during anterior segment procedures. The 18mm working distance (mid‑screw to tip) provides excellent intraocular visibility, while the ribbon‑style ring handle supports stable, micro‑precise movements. Polished blade finish and 98mm overall length facilitate extended surgical use.
Curved iris scissors with sharp tips divide iris tissue during sector iridectomy, iridotomy, or peripheral iris repair. The 21mm mid‑screw‑to‑tip segment reaches into the anterior chamber through a limbal incision, and the flat spring handle delivers fine scissor closure across the 120mm length. Serrated handle surface holds grip on a wet field.
These curved sharp iris scissors carry 25mm blades and a ribbon‑style ring handle for controlled cutting during iridectomy and anterior segment work. The polished blade finish reduces drag and microscope glare, while the ribbon handle delivers a light tactile feel through the 105mm shaft.
Curved iris scissors with sharp/sharp tips follow tissue contours during iridectomy, iridotomy, and fine adnexal work. The 28mm curve‑to‑tip blade length balances reach with control inside the anterior segment. Ring handles seat naturally between the thumb and ring finger for accurate cuts.
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.
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.