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Flieringa fixation ring in 24mm diameter, sutured to the sclera to maintain globe shape during open‑sky procedures such as penetrating keratoplasty and intracapsular extraction. The polished stainless‑steel ring resists deformation under suture tension, preserving the spherical contour while the anterior segment is open.
Features & Benefits
The 25mm Flieringa fixation ring suits larger adult globes during open‑sky vitrectomy, penetrating keratoplasty, and other procedures where scleral collapse must be prevented. Suturing the ring to the sclera maintains globe shape when intraocular pressure drops. The polished stainless‑steel band holds its circumference through the procedure and across repeat sterilization.
The Flieringa fixation ring stabilizes the globe during open‑sky procedures such as penetrating keratoplasty and complex anterior segment work. Its 9mm internal diameter suits smaller eyes and pediatric corneal cases, where the ring is sutured to the episclera to prevent scleral collapse once the cornea is removed.
The Flieringa fixation ring stabilizes the globe during vitrectomy, retinal detachment repair, and scleral buckle procedures. Available in diameters from 12mm to 20mm, the polished stainless steel construction provides reliable, repeatable intraoperative grip. The ring distributes pressure evenly across the limbal‑corneal junction, reducing tissue trauma during extended posterior segment work.
This stainless-steel Flieringa fixation ring set includes eight polished rings in 1mm increments from 15mm to 22mm for scleral support during open-sky procedures. The polished finish reduces tissue drag and enhances secure suture placement.
The Flieringa-Legrand fixation ring maintains globe position during corneal surgery by engaging the sclera while the cornea undergoes manipulation for keratoplasty or refractive procedures. Its 14mm inner and 23mm outer ring dimensions suit pediatric or small adult eyes. Polished stainless steel provides reliable grip without scleral abrasion across multiple surgical cases.
The Flieringa pedal fixation ring provides stable globe fixation during ophthalmic surgery in pediatric and small-eyed patients. The 17mm inner ring secures sutured scleral contact, while the 24mm outer ring accommodates retractor placement for exposure. Stainless steel construction and polished finish support reliable reprocessing and repeated use across many cases.
These Florakis �Reverse Utrata� endothelial DSAEK forceps incorporate extremely thin shafts angled 11mm from bend to tip. The reversed triangular grasping tips provide controlled engagement for delicate endothelial tissues.
Florakis titanium endothelial DSAEK forceps deliver precision grasping for Descemet's stripping automated endothelial keratoplasty without graft endothelial cell loss. The unique reversed triangular tip geometry minimizes contact area and trauma to the graft tissue, while the angled long, extremely thin shaft provides excellent visibility and access. Titanium construction ensures rigidity and corrosion resistance across many corneal transplant cases.
The Floyd‑Barraquer eye speculum adds 6mm lifting wings to its open 14mm wire blades and 18mm spread, gently elevating orbital tissue away from the operative field during cataract and anterior segment work. The wings translate retraction into upward lift without pinching, and the dull finish reduces glare under the operating microscope.
The Fogla air injection cannula is designed for controlled bubble formation during anterior chamber management and IOL manipulation. Its 25ga gauge and angled shaft allow fine positioning through small incisions, while the bottom port delivers air precisely away from corneal surfaces. The polished finish and compact 18mm length enhance tactile control and instrument visibility.
This Fogla DALK air injection cannula is engineered for deep anterior lamellar keratoplasty procedures, with a bottom port design that directs air delivery away from the endothelium. The 27g geometry and angled shaft minimize trauma. The compact size accommodates tight stromal dissection without excessive instrument length.
Built specifically for DALK (deep anterior lamellar keratoplasty), these left-handed Fogla scissors feature a lower blade 1mm longer and thinner than the upper, designed to displace and separate Descemet's membrane safely. The three-hole handle provides stable control for the precise angular cuts required in lamellar graft dissection.
The right-handed version of the Fogla DALK scissors maintains the same lower-blade geometry�1mm longer and thinner�to precisely displace Descemet's membrane during lamellar keratoplasty. The three-hole handle delivers the angular leverage needed for controlled stromal separation in graft preparation.
The Fogla fine pointed DALK dissector is engineered for controlled stromal lamellar dissection in deep anterior lamellar keratoplasty. Its angled 60‑degree geometry and 5mm working length support precise separation along the stromal planes. Round knurled handle provides steady tactile control during delicate corneal maneuvers.
The Fogla Trifacet DALK spatula is designed to dissect the corneal stroma during deep anterior lamellar keratoplasty. The blunt tip minimizes the risk of Descemet's membrane perforation during sensitive stromal separation. A straight 122mm shaft provides steady control in the corneal plane.
The Folden Femto dissector combines a 0.7mm pointed spatula on one end and a 1.2mm blunt spatula on the other, each angled 40 degrees for optimal stromal access during femtosecond laser‑assisted cataract surgery. Beveled edges on both tips minimize tissue drag during dissection and separation of FLACS planes. At 115mm with a round knurled handle, it provides controlled, atraumatic dissection throughout the case.
This titanium tying forceps feature ultrafine 0.12mm straight tips with delicate serrated teeth for secure knot grasping during microscopic anterior segment surgery. The fine gauge reduces jaw mass at the working end, improving control and responsiveness. Short handle design suits high‑magnification work in confined anterior chamber and capsular spaces.
This foreign body curette provides controlled, atraumatic removal of corneal and anterior segment particulate. The flat handle and straight 31mm shaft grant stable visualization and directional control during minute manipulations. The polished finish minimizes light glare during precision work.
This foreign body curette features a small 0.5mm cup and straight 31mm shaft, designed for careful removal of corneal foreign bodies, rust rings, and epithelial debris without creating unnecessary tissue loss. The flat handle provides secure grip during fine anterior segment work. At 129mm overall length, this instrument balances reach with the fine control necessary for precise corneal cleaning.
The foreign body spud features a lance-shaped gently curved tip for atraumatic engagement and elevation of superficial corneal foreign bodies. The serrated flat handle provides steady grip control during the delicate removal procedure, while the curved geometry allows approach from multiple angles without conjunctival contact. At 121mm, this instrument supports precise anterior surface work.
The Fox aluminum eye shield protects the globe postoperatively from accidental contact during sleep and daily activity. Lightweight aluminum construction is durable enough for repeated wear while remaining easy to ventilate around the orbit. Each pack contains 50 adult shields with assorted color covers for patient identification.
The Fox aluminum pinhole eye shield is a protective disposable guard placed over the surgical eye during perioperative setup and post‑procedural care. Constructed from lightweight anodized aluminum with a white cover, it provides physical barrier protection without adding bulk. The pinhole aperture allows light entry while limiting incidental contact during patient transfer and recovery positioning.
The Fox aluminum pinhole eye shield in adult size protects the operative eye postoperatively with a perforated metal surface that allows light passage and air circulation while resisting incidental impact. The 50‑per‑box format suits clinic and hospital inventory.
These Francis chalazion forceps clamp around an eyelid lesion to isolate it for incision and curettage. The 17mm oval solid lower plate supports the lid from beneath, while the open upper plate with 12 × 14mm inner dimensions exposes the chalazion for the blade. A locking thumb screw maintains compression on the lesion margin so the surgeon can work bimanually, and the serrated 97mm handle holds the assembly steady.
Designed for foreign body removal from the corneal surface, this Francis spud combines a flat sharp tip with a flat handle for stable two‑finger control. The 120mm overall length keeps the surgeon's hand clear of the visual axis during slit‑lamp work. Polished stainless steel resists corrosion across repeat sterilization cycles.
Built for pediatric anterior segment access, the Frankel infant lid speculum uses small solid 10mm blades on an adjustable twist mechanism. The 20mm spread accommodates the narrower infant palpebral fissure, while the 31mm working length keeps the frame compact enough for limited fields. Twist adjustment lets the surgeon set retraction precisely without abrupt steps.
Designed for secure intraocular lens handling, these Freeman‑Jaffe forceps feature a longitudinal groove along the curved jaw that cradles the IOL haptic without compressing the optic. The standard curve clears the corneal incision while approaching the capsular bag, and the three‑hole handle keeps the 102mm instrument light in the fingertips throughout folding and delivery. Stainless steel construction holds geometry across repeated autoclave cycles.
This Freer lacrimal chisel features a curved 5mm‑wide blade, a serrated square handle, and a polished finish for controlled lacrimal tract sculpting. The geometry supports stable instrument orientation during delicate bone or tissue work.
This Fukasaku hockey knife features a 2mm × 5mm blade suited for fine corneal sculpting. The round knurled handle improves rotational control, and the 119mm overall length supports delicate micro‑maneuvers.