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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.
Features & Benefits
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.
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.
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.
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.
The Gimbel capsulorhexis forceps combines Utrata‑style construction with a preset opening geometry of 3mm, designed for controlled continuous curvilinear capsulorhexis initiation and completion. The flat handle provides stable palm control during anterior capsular manipulation. Compact 80mm length supports precise movements within confined anterior chamber spaces.
This Girard corneoscleral forceps pairs delicate 0.12mm tips with a precision 1 × 2 tooth pattern for grasping corneal and scleral tissue during incision closure and tissue handling. The 6mm tying platform supports smooth suture knot manipulation, while the Colibri‑style geometry enhances visibility near the operative field. Left‑handed configuration ensures ergonomic control for southpaw surgeons.
This right‑handed Girard corneoscleral forceps delivers ultra‑fine tip geometry with 1 × 2 Colibri teeth and a 6mm tying platform, purpose‑built for corneal and limbal tissue handling. The 0.12mm tips enable microsurgical grasping of capsular tissue, fine limbal conjunctiva, and small tissue fragments during keratoplasty, DSAEK/DMEK graft manipulation, and IOL placement. Polished finish reduces light scatter and improves visibility during critical anterior segment procedures.
Girard corneoscleral Colibri forceps incorporate a 0.3mm angled tip with 1×2 teeth for delicate tissue engagement during wound construction and suture work. The 6mm tying platform stabilizes suture placement, while the knurled handle and left‑handed configuration ensure ergonomic control.
These Girard tying forceps offer 5mm tying platforms on straight shafts for controlled knot tying in corneal and scleral work. The round knurled handle provides rotational grip during knot rotation, and the dull finish reduces glare under coaxial illumination. A 102mm length keeps the working end in close microscope range.
The Girard tying forceps is constructed from titanium, delivering superior corrosion resistance and lightweight handling across extended surgical procedures. Its straight shafts and 5mm tying platform support stable needle positioning during fine ophthalmic suturing. Round knurled handle and dull finish enhance tactile control in wet operative fields.
The Goosey DSAEK forceps features angled shafts with a 12mm tip‑to‑bend geometry and round handle for controlled donor button insertion and positioning during Descemet stripping endothelial keratoplasty. The guide pin assists with reproducible graft entry and alignment. At 116mm overall length, the forceps provides comfortable reach and control during the insertion sequence.
The Gradle cilia forceps grip and epilate misdirected lashes in trichiasis through fine 2mm‑wide flat platforms that hold the lash without slipping. The serrated cross‑action handle uses a box‑lock pivot � the same geometry as a needle holder � and the compact 97mm length keeps the working tips close to the lid margin during careful epilation.
Graefe fixation forceps with wide 4.5mm jaws and fine teeth secure the globe at the limbus during muscle surgery and incision making. The serrated handle without a thumb‑catch lock lets the surgeon release the globe instantly between maneuvers, and the 108mm overall length suits ophthalmic working depth.
Graefe fixation forceps stabilize the globe during conjunctival, corneal, and strabismus procedures. Wide 4.5mm jaws with fine teeth grip episcleral tissue securely without slipping, while the thumb catch lock maintains purchase hands‑free once engaged. The serrated handle and 108mm length suit precise, sustained globe fixation.
The Graefe iris forceps is a fine‑toothed precision instrument designed for delicate iris manipulation and intraocular lens insertion during cataract surgery. Its 1 × 2 tooth pattern provides secure purchase on iris tissue without perforating its surface, while the fine polished finish reduces artifact under surgical microscopy. Compact 70mm length and serrated handle support micro‑precise movements in the anterior chamber.
Designed for iris tissue handling during anterior segment surgery, these straight Graefe iris forceps feature fine serrated tips that grasp the iris margin without crushing. The 70mm compact length supports tactile control through limbal or paracentesis access. Polished stainless steel construction holds up to repeat sterilization cycles.
Fine angled tips on this Grayson-Lehner‑Utrata capsulorhexis forceps enable controlled grasping throughout continuous capsulorhexis. Angled shaft geometry improves approach angle and visualization during clear corneal capsulotomy. Titanium construction combines exceptional rigidity with superior corrosion resistance for lasting durability across many surgical cases. The round handle supports natural rotation and tactile feedback during the procedure.
These Green fixation forceps present narrow 10mm jaws with fine teeth for atraumatic peripheral corneal fixation. The serrated handle and polished finish enhance grip stability and visual clarity during alignment tasks.
The Green fixation forceps features narrow 12mm jaws with fine tooth geometry suited to secure capsule and IOL fixation during cataract surgery. The serrated handle ensures positive grip control, and the precise jaw geometry maintains consistent contact across the grasping zone. Polished finish enhances durability across repeated cases.
The Green straight fixation forceps with 5mm fine‑tooth jaws delivers reliable capsular fixation and IOL positioning across varied incision geometries. The straight shaft supports comfortable control and clear visualization, while the precisely matched tooth geometry prevents tissue slippage. Durable construction suits routine cataract workflows.
The Grover ocular tissue utility forceps deliver multi‑purpose manipulation during anterior and posterior segment procedures. Titanium construction provides lightweight rigidity during grasping, retraction, and positioning of corneal, iris, and capsular tissue. The utility geometry makes this pattern indispensable in complex cataract, glaucoma, and refractive surgery workflows.