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This Fukasaku hockey knife incorporates a 3mm × 6mm blade for controlled sculpting and dissection. The serrated handle improves grip stability, and the 120mm length supports precise maneuverability. Manufactured in Germany with attention to blade finish and balance.
Features & Benefits
This Fukasaku LASIK cannula incorporates a 23ga angled vaulted low‑profile flattened tip with a single front port to support precise stromal bed irrigation.
The Fukusaku LASIK spatula is engineered for precise corneal-flap manipulation during LASIK laser-in-situ keratomileusis procedures. The 0.5mm flat blade delivers minimal tissue trauma during flap creation, lifting, and repositioning. Round longitudinally grooved handle and 120mm length support secure two-hand flap control during refractive-surgery cases.
This Fukusaku LASIK spatula is engineered for controlled lamellar dissection during refractive surgery. The 1mm blade width delivers fine stromal separation with excellent surgical visibility, while the 10mm distal bend (bend-to-tip distance) allows ergonomic manipulation through standard LASIK access. The serrated handle provides secure tactile control during flap elevation.
This Fukasaku‑Lieberman double‑ended phaco spatula combines an angled microfinger tip with a small‑pupil snapper hook on the opposite end, addressing both nucleus manipulation and pupil expansion within one instrument. The left‑opening configuration suits right‑hand use during small‑pupil cataract work. A longitudinal grooved handle offers steady tactile feedback during rotation.
Built for right-hand use, this Fukasaku‑Lieberman double-ended microfinger and phaco spatula pairs a small-pupil snapper hook with a microfinger tip for nucleus and iris manipulation through a single instrument. The angled tips reach beneath the iris margin during small-pupil phacoemulsification, while the longitudinal grooved handle gives tactile orientation at 130mm overall length. Switching ends spares an instrument exchange mid-case.
Designed to release pupillary adhesions and break posterior synechiae, the Fukasaku pupil snapper presents a small working tip set 10mm from the bend. The knurled handle delivers tactile control during the snap maneuver, and the 110mm overall length keeps the surgeon's hand comfortably clear of the field. The straight shaft preserves a direct sight line to the pupil margin.
Fukasaku pupil snapper features a 10mm tip?to?bend configuration for controlled pupil manipulation during anterior segment procedures. Its straight geometry and knurled round handle deliver reliable grasp control when elevating or positioning the iris root and pupil margin. This reusable instrument supports precise iris work across routine cataract and glaucoma cases.
The Fukasaku snapper hook is built for the controlled iris and capsule maneuvers that punctuate complex cataract surgery. A 10mm tip‑to‑bend geometry provides reach into the anterior chamber while the serrated handle offers a non‑slip purchase even with wet gloves. At 114mm overall, the stainless‑steel shaft delivers steady tactile feedback during fine intraocular work.
The Galib hook chopper, crafted in titanium with a straight geometry, delivers a specialized hooking profile for controlled nucleus fragmentation. The round handle and titanium material offer superior durability and corrosion resistance compared to stainless steel. Hook-type choppers excel at initiating clean division points in harder cataracts without excess tissue trauma.
These Utrata forceps integrate laser lines at 2.5mm and 5mm with triangular delicate tips and a 12mm bend‑to‑tip distance. The short three‑hole handle and 89mm overall length support micro‑rhexis accuracy.
Designed for sclerally externalizing the retina or extraocular muscles during retinal detachment surgery, this Gass hook carries a flattened 13mm Graefe‑type tip pierced by a 1.5mm oval suture hole. The hole accepts a suture for muscle tagging once the structure is engaged. A serrated flat handle and polished 146mm body keep the instrument steady through orbital sweeps.
The Gass retinal detachment hook carries a flattened 13mm Graefe‑type tip with a 2.5 × 1.5mm oval hole for suture passage during scleral buckling. The flat smooth handle keeps orientation consistent during pass‑through maneuvers, and the polished finish supports thorough cleaning between cases.
The Gass scleral marker places a precise 1.5mm reference dot on the sclera during retinal detachment and scleral buckle procedures. A 12mm marking thimble seats over the fingertip for direct application, and the dull finish reduces microscope glare during placement. The 48mm body keeps the instrument compact within the orbital field.
The Gass scleral punch is engineered for precision 1.5mm penetrations during aqueous-shunt implantation and vitreous-cavity access. The 360-degree punch head creates uniform full-thickness sclerotomies with minimal tissue trauma. Three-hole handle provides stable finger control during posterior-segment procedures, while stainless steel construction ensures lasting performance.
The Gass vitreous aspirating cannula features a 16ga bore with a distinctive 5mm ball‑shaped tip and circular depth markings every 5mm, engineered for safe vitreous sampling and membrane manipulation during vitreoretinal procedures. The ball‑shaped geometry provides atraumatic contact with delicate retinal tissue and membranes. Circular markings offer real‑time depth feedback during membrane peeling and epiretinal dissection.
Number 4 German Jeweler forceps deliver an extra‑fine 0.13mm pointed tip for microsurgical suture handling, foreign body removal, and fine tissue work. The smooth flat handle gives a steady pencil grip with no edges to fatigue the fingers, and the matte 110mm finish reduces reflection under microscope illumination. Fine point geometry preserves tactile feedback at the tip.
These German jeweler #0 forceps narrow to a 0.17mm extra‑delicate point for handling the finest ophthalmic suture, capsule fragments, and foreign bodies. The smooth flat handle gives a stable thumb‑and‑forefinger grip during microsurgical work, and the matte finish reduces glare under the operating microscope. The 115mm length keeps the working tip close to the surgeon's fingertips.
This German jeweler forceps brings ultra-fine 0.17mm pointed tips to delicate ophthalmic tissue work, ideal for fine suture placement and corneal wound repair. The extra-delicate tip pattern and smooth flat 120mm handle enable precise manipulation in narrow anterior segment fields without bulk. Matte finish reduces glare during fine microsurgical tasks.
With a 0.1mm extra‑delicate tip and #5 jeweler pattern, this German‑pattern forceps handles the finest suture tags, membranes, and capsule remnants encountered in ophthalmic microsurgery. The smooth flat handle pairs with a matte finish to reduce microscope glare while preserving a steady fingertip pinch over the 110mm length. Tip alignment is the defining feature, and the stainless construction holds that alignment across repeated cases.
German Jeweler #1 forceps with extra‑fine pointed tips at 0.2mm and an extra‑delicate tip pattern, made for the finest membrane and suture handling in microsurgery. The smooth flat handle gives a stable pinch with minimal hand fatigue, and the matte finish reduces operative‑field glare. Overall length is 120mm.
The German utility splinter forceps is a workhorse tool for removing foreign material from the ocular surface. Its straight geometry and sharp tips allow precise grasping and removal of corneal or conjunctival debris. At 90mm, the compact length suits both anterior segment and eyelid work.
The Gianetti‑Dacamara MICS capsulorhexis forceps is purpose‑designed for micro‑incision cataract surgery. Its extra delicate vaulted shanks and vertical vaulted tips allow passage through a 1.5mm incision while maintaining a 2mm maximum jaw opening�ideal for anterior capsule management in compact surgical fields. Stainless steel construction ensures stability and corrosion resistance during continuous curvilinear capsulorhexis.
The Giannetti MICS capsulorhexis forceps is engineered for precise capsular control in minimal-incision cataract surgery (MICS). Its straight shaft design suits the 2mm incision geometry, while the controlled-opening mechanism (rather than lock) allows gentle, progressive tissue engagement. This design reduces capsule tears during continuous curvilinear capsulorhexis (CCC) in tight working spaces.
These Giannetti MICS capsulorhexis forceps feature titanium construction with extra‑delicate vaulted shanks and vertically vaulted micro‑tips. The 2mm maximum jaw opening fits through a 1.5mm incision, aided by a round handle with longitudinal serrations.
This Gill corneal knife features a 3mm × 5mm straight round blade for controlled corneal entry and lamellar dissection. The flat smooth handle provides stable fingertip control, and the 120mm overall length supports ergonomic microsurgical handling.
The Gill corneal knife features a 3 × 18mm smooth blade with serrated handle for reliable control during main incision creation. The straight geometry enables consistent blade angle during wound construction, supporting optimal anterior chamber access.
The Gill iris forceps combines delicate shafts with light crisscross serration to grip iris tissue gently during pupil manipulation and sector iridotomy. The curved geometry suits natural iris plane anatomy, and the serrated working surfaces distribute contact pressure across broader tissue width. The refined handle geometry reduces fatigue during extended procedures.
This Gills cannula provides versatile anterior chamber access with its 25ga angled shaft and compact 5mm tip-to-bend measurement. The 45-degree geometry and polished finish enable smooth insertion through clear corneal incisions during hydrodissection and cortical cleanup. Optimal for fine irrigation and repositioning tasks in dense nucleus phacoemulsification.
This Gills cannula uses a 25ga 45‑degree angled shaft with a 7mm tip‑to‑bend distance and polished surface for controlled irrigation or aspiration at fine anterior segment angles.