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Fechtner‑style conjunctiva forceps feature very delicate ring‑shaped tips that surround tissue rather than pinch it, distributing grip across the ring perimeter to minimize conjunctival trauma. The three‑hole handle reduces mass for sustained fine work, and the straight shafts keep the closure under direct microscope view.
Features & Benefits
This double‑ended femto spatula features two specialized profiles: an angled 2mm keratome‑shaped beveled tip with an 8mm bend‑to‑tip distance, and a vaulted 1mm Slade‑style spatula with a 10mm bend‑to‑tip distance. The round stainless‑steel handle provides stable, ergonomic guidance during femtosecond flap elevation and lamellar dissection.
This Femto‑style eye speculum includes a lock screw for stable fixation during laser‑assisted procedures. The 15mm round blades provide atraumatic retraction, while the angled shaft arms improve instrument clearance around femtosecond interfaces.
The femtosecond spatula is purpose‑built for use alongside femtosecond laser platforms during LASIK flap creation, corneal inlay placement, and refractive procedures requiring precise stromal dissection. At 117mm, it reaches deeply into the laser‑created stromal pocket while its straight, flat profile allows atraumatic separation of lamellar planes. Stainless‑steel construction withstands the unique demands of refractive laser workflows.
The Fenzl insertion hook is angled 45 degrees with a 10mm shaft and a fine 0.2mm tip for guiding the IOL haptic into the capsular bag through a small incision. The round knurled handle supports controlled rotational dialing, and the dull finish keeps reflections off the operative field. Overall length is 120mm.
Designed for iris retraction during anterior segment surgery, the Fenzl iris retractor combines a curved shaft with a 10mm tip‑to‑bend angle that slips beneath the iris without folding it. The round knurled handle supports rotational control during repositioning. A polished 114mm shaft passes cleanly through limbal incisions.
The Fenzl lens hook carries a 0.15mm straight working tip on a 24mm shaft, configured for IOL haptic engagement through phaco incisions. The round knurled handle improves rotational grip, and the 115mm overall length balances tactile feedback with anterior chamber reach.
Engineered for ICL and toric lens insertion, the Filutowski-Connor wand manipulator with its 0.6mm ball tip and angled shaft provides atraumatic positioning of complex intraocular lenses. The non-tapered shaft design ensures consistent contact geometry throughout the insertion maneuver. 115mm overall length and angled approach suit modern small-incision IOL implantation.
This 0.7mm-tip variant of the Filutowski-Connor wand manipulator suits toric and phakic IOL positioning with slightly increased surface contact compared to the 0.6mm version. The angled shaft and non-tapered design deliver consistent mechanical stability during the critical orientation phase of lens insertion. Stainless steel construction and 115mm length integrate into standard anterior segment workflows.
The 0.8mm ball-tip variant of the Filutowski-Connor wand manipulator maximizes contact area for larger or more rigid IOL designs while maintaining atraumatic surface geometry. The angled non-tapered shaft provides mechanical leverage during insertion maneuvers in dense capsular conditions. Stainless steel reusable format supports efficient case scheduling in high-volume cataract surgery centers.
This 0.95mm-tip Filutowski-Connor manipulator provides maximum contact surface for oversized or rigid IOL platforms while preserving the smooth ball geometry that prevents lens coating abrasion. The angled non-tapered design maintains alignment during insertion in cases with tight capsular rhexes or fibrotic capsules. 115mm overall length suits contemporary phaco handpiece reach and ergonomics.
These fine jewelers forceps provide precision grasping for delicate ophthalmic instruments, sutures, and tissue fragments during anterior-segment surgery. The sharp tips and straight shafts enable secure engagement without slipping. Anti-magnetic construction protects sensitive instruments from metal contamination. At 120mm, optimal length balances reach and microscopic control.
These fine stitch scissors feature curved, sharp‑tipped medium blades for cutting suture material close to the knot in ophthalmic and microsurgical closures. The 20mm mid‑screw‑to‑tip working length brings the blade tips into deeper closure sites with full visibility. A three‑hole handle keeps the instrument tactile through repeated cuts.
These straight fine stitch scissors deliver sharp tips for precision suture removal and corneal knot trimming. The 16mm screw-to-tip dimension supports fine control at graft margins or incision sites, and the wide serrated handle offers broad grip surface for steady hand positioning during postoperative wound care.
These fine stitch scissors feature straight sharp tips paired with medium blades extending 20mm from the mid‑screw. The three‑hole handle and 120mm length provide optimized reach for precision suture trimming.
The fine tying forceps in curved configuration features delicate curved shafts with tying surfaces and serrated wide handle suited to precision IOL and corneal knot placement. The curved geometry accommodates natural surgical positioning, and the refined tip profile prevents suture trauma. Lightweight construction supports extended use without hand fatigue.
The Fine-Castroviejo suturing forceps (wide-handle variant) pair an ultrafine 0.12mm tooth with straight shafts, 5mm tying platform, and wide serrated handle for balanced control during precision ophthalmic suturing. This configuration is particularly effective for posterior capsule suturing, limbal grafting, and complex anterior chamber reconstruction where both fine tip control and hand stability are essential. The 110mm length supports versatile access.
The fine‑Castroviejo suturing forceps features ultrafine 0.22mm teeth and 5.5mm tying platform suited to delicate monofilament suturing in microincision cataract surgery. The exceptionally fine tooth pattern prevents slippage on thin sutures without any crushing trauma. Lightweight construction supports prolonged precision work during extended cases.
This fine‑Castroviejo variant features identical 0.22mm ultrafine teeth and 5.5mm tying platform as the preceding model, providing alternative hand preference or case‑by‑case selection flexibility. The exceptional fineness prevents suture slippage in delicate monofilament work. Each instrument supports precise knot placement during advanced microsurgery.
This Fine‑Nagahara chopper is titanium with a 10mm bend‑to‑tip, 45� angled blunt tip, and a micro‑cutting blade for controlled chop initiation. The right‑hand dominant design supports left‑hand use during phaco maneuvers.
This Fine‑Thornton fixation ring features an open fixed 16mm diameter and 45‑degree angled shaft for stable globe fixation during refractive and keratoplasty procedures. Blunt teeth provide secure engagement of episcleral tissue without perforation. The round knurled handle and dull finish reduce glare and support controlled positioning during corneal mapping and incisional surgery.
The Fine-Nagahara quick chopper combines a fine interior cutting edge with a blunt wedge-shaped tip, optimized for right-hand-dominant surgeons working left-handed. The 10mm angled bend-to-tip geometry and round handle deliver controlled approach angles during the critical nucleus-chopping phase. The blunt wedge design excels at initiating clean fissures in dense cataracts without posterior capsule exposure.
This Fine/Nagahara & Nichamin I quick chopper is titanium with a 10mm bend‑to‑tip, fine interior cutting edge, and wedge‑shaped blunt tip for controlled phaco chopping. The left‑hand dominant design supports right‑hand use during nucleus division.
The Fine‑Nagahara and Nichamin I Quick Chopper combines titanium construction with a blunt tip and wedge‑shaped cutting edge optimized for dense nuclear grades. The fine interior cutting edge enables precise fragmentation while the blunt tip prevents unintended posterior capsule contact. At 134mm overall with a 10mm angled bend and round handle, the instrument balances reach, control, and fatigue management.
The Fisher retractor is a four-prong self-retraining instrument for anterior lacrimal sac and conjunctival exposure. Its 3 × 3 blunt prong arrangement distributes retraction force across a wider tissue area, reducing trauma during sustained elevation. The 170mm length suits standard orbital anatomy.
The Fisher spoon needle combines a fine curved blade with a needle point, designed for precise retrieval and manipulation of small conjunctival or episcleral tissues. Double‑ended construction provides two working geometries from a single instrument. Serrated flat handle and 137mm overall length support stable tissue handling in confined ocular fields.
The Fishkind eye speculum provides adjustable lid retraction with open blade geometry for anterior segment surgery. The straightforward mechanism and optical clarity support stable exposure throughout phacoemulsification and incision closure sequences. The 79mm overall length delivers comfortable handling, while stainless steel construction ensures durable reprocessing across multiple cases.
This large double‑pronged fixation hook anchors the globe or conjunctival tissue with two sharp tines during strabismus, retinal, or scleral work. The smooth flat handle delivers a stable pinch grip across the 120mm length, and the sharp prongs hold without slippage once seated.
This small double‑pronged fixation hook engages and stabilizes the conjunctiva and sclera during posterior-segment or limbal procedures. The sharp prongs provide secure fixation without tissue slipping, while the smooth flat handle offers ergonomic stability during precise scleral manipulation. At 120mm, length supports controlled dissection and retraction.