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Girard tying forceps provide precision control for ophthalmic suture work. The straight shafts and ultra-fine tying platform deliver stable positioning for delicate suture handling and knot tying. A round knurled handle supports secure grip during prolonged microsurgical procedures.
Features & Benefits
Bishop‑Harmon tissue forceps grasp conjunctiva and Tenon's tissue through delicate 0.5mm tips set with a 1 × 2 tooth pattern. The interlocking single tooth secures tissue without crushing, and the flat three‑hole handle keeps the instrument light in a pencil grip during prolonged oculoplastic and strabismus work. The 85mm body sits close to the operative field.
Ziegler cilia forceps with rounded pointed tips and smooth platforms, used to epilate misdirected lashes in trichiasis and lid margin work. The smooth platforms grip the lash shaft without crushing the follicle, and the compact 89mm length keeps the maneuver close to the fingertips for controlled removal.
Gills‑Welsh Colibri forceps with smooth angled tip for secure corneal edge fixation during anterior segment procedures. At 73mm, the serrated handle provides intuitive grip control with minimal slippage during fine manipulation.
Girard tying forceps are engineered for secure suture knot placement during anterior and posterior segment ophthalmic procedures. The 5mm tying platform provides a wide platform for reliable knot management, while the curved shaft geometry supports access to diverse anterior chamber positions. Dull finish and knurled handle offer secure grip and consistent tactile feedback across routine reuse.
The Harms-Tubingen tying forceps feature straight shafts with 7mm tying platform and serrated handle, delivering reliable suture management for corneal and limbal closure during penetrating keratoplasty and clear corneal cataract surgery. The straight profile offers direct access to suture sites without obstruction, while the polished finish reduces drag on delicate tissues. This 102mm instrument supports precise closure across anterior segment procedures.
Swiss Jeweler #5 forceps with straight narrowed shafts and super‑fine 0.1mm points, sized for the most delicate microsurgical grasping. The smooth handle gives consistent fingertip feedback, and the dull finish reduces glare under the microscope. Overall length is 110mm.
Girard tying forceps feature an ultra‑fine tying platform on a standard‑curve shaft, optimizing one‑handed suture knot placement and management during corneal wound closure. The curved geometry follows natural limbal contours, enhancing surgeon visibility when working along the incision edge or during capsular manipulation. Its round knurled handle balances precision control with tactile feedback during prolonged microsurgical handling.
Slightly angled Barraquer cilia forceps with 10mm smooth platforms, used for lash epilation along the lid margin. The smooth platforms grip the lash shaft without crushing the follicle, and the angled tips give the surgeon a clean sightline to the margin. The serrated handle supports a steady pinch through the pull. Overall length is 102mm.
The Harms corneal utility forceps employs Colibri‑style construction with 0.12mm precision tips and 1 × 2 teeth set at 45 degrees. The 4.5mm tying platform supports fine suture and tissue manipulation in anterior segment work. Compact 70mm length and serrated fenestrated handle deliver exceptional control in confined ophthalmic fields.
Swiss Jeweler #3 forceps carry extra‑fine 0.17mm pointed tips on straight shafts, sized for fine suture handling and membrane work in microsurgery. The smooth handle gives consistent fingertip feedback, and the dull finish keeps the field free of glare. Overall length is 120mm.
Configured for 10‑0 suture handling, the McPherson tying forceps pair 18mm straight shafts with 5mm tying platforms that catch and wrap fine sutures at the cornea and limbus. The three‑hole handle keeps the 106mm titanium frame light in the surgeon's grip, and titanium construction combines rigidity with corrosion resistance over many cases.
Harms‑Colibri forceps combine 0.12mm 1 × 2 teeth with tying platforms behind the tips, letting the surgeon grasp and tie within the same instrument during corneal and conjunctival closure. The short handle with a 17 × 5.5mm finger‑grip cut‑out keeps the instrument lightweight and balanced. Overall length is 76mm.
The Paufique suturing forceps is engineered for bimanual suture placement with 1 × 2 teeth set at 45‑degree angles. The 6mm tying platform supports stable needle positioning during interrupted or running suture techniques. Compact 87mm length and wide serrated handle deliver tactile control for delicate conjunctival and corneal wound closure.
Rappazzo intraocular foreign body forceps provide secure engagement and removal of foreign material from the anterior chamber. The stationary distal jaw and 1.5mm diamond-dusted grasping surface ensure grip on smooth or irregular IOFB surfaces. A 45-degree angle optimizes visualization during retrieval.
German #3C jeweler forceps in this configuration deliver extra‑fine pointed tips at 0.17mm for the most delicate retrieval and suture handling under the microscope. A smooth flat handle improves finger purchase, and the matte finish on the 110mm body cuts glare during illuminated work.
Bishop‑Harmon tissue forceps grasp conjunctiva and fine ophthalmic tissue through a 0.8mm curved tip with 1 × 2 interlocking teeth. The flat three‑hole handle reduces mass between the surgeon's fingers while improving tactile feedback. Curvature aids approach to peripheral tissue without obstructing the operative view.
The Lehner‑Utrata capsulorhexis forceps combines gently curved shaft geometry with Utrata‑like fine tips suited to precise continuous circular capsulorhexis across routine cataract cases. The gentle curve and fine tips enable controlled flap creation without variable diameter or tearing. Refined spring action supports consistent handling.
Designed to fix the globe during cataract and corneal procedures, these Moody forceps present curved 0.5mm shafts ending in a 1 × 2 tooth pattern that engages the conjunctiva or sclera without slipping. A through‑handle click lock holds the grasp during prolonged fixation, with a thumb release for quick disengagement. The solid serrated Castro handle reads at 108mm and stays steady under the microscope.
This Lerner‑Croy capsulorhexis forceps combines fine angled cystotome tips with slight serrations to secure anterior lens capsule tissue during rhexis creation. The 11.5mm vaulted shank geometry optimizes approach angle while the round fenestrated handle distributes grip pressure across the palm. Designed for controlled, continuous capsular tear initiation and extension.
Harms-Tubingen curved tying forceps provide reliable control during corneal and scleral suture placement and knot tying. The curved blade geometry conforms to corneal curvature and improves visibility of the operative field. A 7mm tying platform and serrated handle support secure grasp.
Built for continuous curvilinear capsulorhexis, these Utrata forceps carry long, extremely thin angled shafts that pass through a small clear corneal incision with minimal wound distortion. The 11mm bend‑to‑tip distance reaches the capsule with the fine bent tips presenting tangentially for tear propagation. A three‑hole handle reduces weight and gives consistent finger purchase across the maneuver.
The O'Gawa suture‑fixation forceps features straight shafts with 0.12mm ultrafine teeth and 5.5mm tying platform suited to dual‑purpose suture holding and IOL fixation during cataract surgery. The ultrafine tooth pattern prevents slippage on delicate monofilament. The straight configuration enables clear visualization of fixation maneuvers.
These jeweler-type forceps offer precision grasping for fine suture work and tissue manipulation in ophthalmic microsurgery. Their extra-fine pointed tips and 6mm tying platform allow secure knot placement and IOL positioning tasks. The straight shaft and smooth handle support steady control during prolonged use.
This straight tissue forceps delivers reliable grasping of tough tissues and dressings through serrated jaw design and straight shaft geometry. The serrated handle ensures secure surgeon grip, and the polished finish supports visibility during tissue handling. Lightweight construction suits extended use without hand fatigue.
These tube insertion forceps are specifically designed to guide and secure Ahmed glaucoma valve tubes during implantation. The grooved 1mm tips prevent slipping of the silicone tube during positioning in the anterior chamber. The flat titanium handle and 111mm length support stable, controlled tube placement.
Littauer cilia forceps carry a bowed‑out, inverted‑triangular tip with a serrated jaw beveled along the outside, providing secure purchase on individual lashes for epilation of trichiatic cilia. The 89mm overall length keeps the working tip close to the surgeon's fingertips for tactile control.
Desmarres chalazion forceps stabilize and isolate a lid lesion during incision and curettage. The 24mm oval solid lower plate supports the everted lid, while the open upper plate frames the cyst within an inside dimension of 12 × 20mm for direct access. A locking thumb screw holds tension during the procedure, freeing the surgeon's second hand.
Fine angled tips on this Lehner‑Utrata capsulorhexis forceps enable controlled grasping throughout continuous capsulorhexis. Fine tip geometry combined with shaft orientation delivers reliable, repeatable anterior capsular work. The round handle supports natural rotation and tactile feedback during the procedure.
These lightly curved Bracken iris forceps engage iris tissue and small membranes with delicate cross‑serrated tips that grip without crushing. The gentle curve follows the iris plane for atraumatic approach, and the matte finish reduces microscope glare during fine anterior segment work. A serrated handle supports controlled fingertip pressure across the 102mm length.