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These ICL cartridge removal forceps feature an angled 11mm shaft with a finely textured jaw for secure cartridge extraction. The three‑hole handle enhances grip stability during removal maneuvers.
Features & Benefits
Designed for internal limiting membrane (ILM) peeling during vitreoretinal surgery, this 23‑gauge grasping forceps delivers controlled ILM engagement through its fine 0.6mm tip. The titanium squeeze handle provides ergonomic, single‑hand operation during delicate posterior capsule and epiretinal membrane removal. Titanium construction combines rigidity with superior corrosion resistance.
The Inamura capsulorhexis forceps in titanium features sharp pointed serrated tips angled 45 degrees from a curved shaft with a 10.5mm tip‑to‑pivot distance. The cross‑action geometry enables entry through 1.8mm incisions while maintaining crisp tip control during capsule engagement. The flat ergonomic handle and titanium construction support durability and reduced hand stress.
These intraocular grasping forceps feature serrated 1mm tips and a 150mm overall length, providing extended reach and stable grasping for small intraocular fragments.
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.
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.
These Jaffe tying forceps use curved 23mm shafts with a three‑hole handle to enhance controlled angled suture placement. The 100mm overall length supports fine anterior segment knot advancement.
These Jaffe tying forceps use curved 23mm shafts and a three‑hole handle, offering enhanced approach geometry for angled suture advancement in confined spaces.
The Jaffe utility forceps features curved shafts that adapt to orbital and periocular anatomy during eyelid and conjunctival procedures. The three‑hole handle and 110mm length provide secure grip and reach for lid margin work, conjunctival manipulation, or accessory muscle exposure during strabismus surgery.
These titanium #5 jeweler forceps deliver super‑fine pointed tips in straight configuration for maximum visibility during intricate anterior segment work. Titanium construction offers corrosion resistance and reduced weight compared to stainless steel, supporting prolonged use without hand fatigue. The narrow 0.08mm tip profile suits fine suture passage and IOL‑haptic positioning.
These titanium jeweler forceps feature a raised 6mm platform and diamond‑dusted working edges for enhanced grip during delicate IOL and capsular manipulation. The 0.2mm sharp pointed tips deliver precision grasping in confined anterior chamber spaces. The diamond surface provides superior holding power without tissue trauma.
Angled 90 degrees with 5mm from tip to bend, these #5 jeweler forceps deliver extra-fine pointed tips for retrieving sutures, foreign bodies, and small particles in ophthalmic microsurgery. The 110mm shaft and dull finish reduce glare under the operating microscope. Spring tension allows precise tactile closure on minute targets.
Extra fine jeweler‑type forceps offer pointed tips and narrowed straight shafts for handling sutures, fine tissue, and intraocular debris. The extra delicate tip pattern resolves single fibers without crushing surrounding tissue. A serrated handle and dull finish reduce slippage and glare during sustained microsurgical work.
This #5 angle jewelers forceps provides exceptional finesse in 45‑degree angled configuration with 0.1 × 0.6mm extra‑fine tips. The angle suits approach to occluded puncta and fine orbital work. The jeweler‑grade precision and lightweight construction minimize hand fatigue during extended microsurgery.
These curved #7 jeweler forceps taper to a fine 0.17mm point for precision handling of microsurgical sutures, capsule fragments, and small foreign bodies. The curve clears the line of sight during placement under the microscope. A smooth flat handle distributes fingertip pressure evenly through delicate grasping work.
These jeweler forceps combine a 0.3mm precision tip with a tying platform for delicate anterior segment microsurgery. The straight configuration and flat handle provide stable control during IOL positioning and capsular suturing. Their fine geometry facilitates handling of intraocular lenses and delicate tissue manipulation in confined anterior chamber spaces.
These titanium #4 jeweler's forceps incorporate delicate straight tips with a flat handle and a 115mm overall length, supporting precise micro‑grasping for delicate ophthalmic tasks.
The John DXEK inserting forceps is engineered specifically for donor graft positioning during Descemet stripping automated endothelial keratoplasty. The 30-degree angled tip and ultra-thin 0.46mm width allow atraumatic graft manipulation within the anterior chamber without endothelial cell trauma. The angled geometry improves visibility during graft insertion through the corneal incision.
The Jones‑Inamura capsulorhexis forceps in its E‑range variant features cross‑action tips at 45 degrees with a 1.5mm width at the pivot box for entry through 1.8mm incisions. The pointed serrated interlocking tips and 11mm tip‑to‑pivot geometry ensure reliable capsule engagement, while 1mm markings from tip to 6mm guide precise sizing. The flat handle provides superior ergonomics during extended procedures.
The Jones‑Inamura capsulorhexis forceps features a round ergonomic handle that supports stable finger placement during anterior capsule engagement. The Jones‑Inamura tip geometry is designed for controlled capsulorhexis tear propagation across both routine and complex cataract cases. The handle accommodates variable hand sizes and extended case time.
The Jones‑Inamura capsulorhexis forceps in stainless steel delivers reliable performance for precise capsular manipulation during phacoemulsification. The round handle provides secure grip and tactile control when engaging and tearing the anterior lens capsule. The forceps supports reproducible capsulorhexis architecture across routine and challenging cases.
These Katzin‑Barraquer corneal utility forceps combine a 0.4mm 1 × 2 tooth grasping tip with a 7mm tying platform on a Colibri‑style angled shaft. The dual‑function head lets the surgeon fixate corneal tissue and tie sutures without instrument exchange during keratoplasty and limbal work. A 73mm serrated handle and polished finish support controlled fingertip manipulation.
The Katzin-Barraquer titanium utility forceps steps up to 0.4mm tips, supporting conjunctival and scleral tissue manipulation during anterior segment reconstruction or secondary surgical repair. Titanium body combines precision with corrosion resistance across repeated sterilization. A 7mm tying platform on the forceps jaw enables surgeon-controlled suture management without secondary instruments. Colibri-style profile remains atraumatic.
The Kellan capsulorhexis forceps provides the precision geometry necessary for controlled anterior capsule engagement and continuous curvilinear capsulorhexis creation. The straight 100mm shaft and tactile jaw design support repeatable rhexis initiation and controlled tearing dynamics across hundreds of cases.
These Kellan endocapsular forceps incorporate a 0.15mm notched tip with the notch positioned 1mm from the distal end for controlled IOL optic and haptic manipulation. The fine‑tip geometry supports endocapsular introduction of foldable lenses.
This Kellan endocapsular IOL insertion forceps features a titanium body with an ultra-fine 0.15mm notched tip designed for secure IOL optic grasping during bag insertion. The notch positioned 1mm from the tip prevents optic slippage while distributing contact pressure across a broader surface. Titanium construction combines corrosion resistance with dimensional stability across multiple reprocessing cycles.
Kellan intraocular lens forceps are precision instruments designed for safe IOL insertion and positioning within the capsular bag. The angled design and delicate 8mm jaws provide gentle grasp without lens compression. A small interior groove aligns the platform with the handle for enhanced positional control.
The Kelman-Hoeffer angled suture forceps provides offset 0.12mm fine tips with 1 × 2-tooth tying platforms oriented at 90 degrees. This perpendicular tooth angle suits wound closure work where the surgeon approaches the suture from the side. The ergonomic fenestrated handle and angled shaft support wrist-neutral positioning during prolonged fine suturing.