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These Gaskin fragment forceps feature angled shafts with 11mm smooth jaws designed for controlled fragment retrieval. The three‑hole handle enhances calibrated rotational force for precise anterior segment work.
Features & Benefits
The Hall lens inserter features cross‑action jaw design without locking mechanism, suited to gentle IOL grasping and delivery through small incisions. The cross‑action geometry reduces hold‑force application while the smooth jaw surfaces prevent IOL damage. The round knurled handle provides secure control during rapid insertion sequences.
The Hamilton Smile micro forceps are precision forceps designed for SMILE (small incision lenticule extraction) refractive surgery and other corneal microsurgical procedures. The fine geometry supports controlled lenticule manipulation during extraction and positioning. The instrument's design facilitates the delicate dissection and insertion techniques required in refractive corneal surgery.
The Harms Colibri forceps in stainless steel features ultraprecise 0.12mm tips with 1 × 2 tooth configuration angled at 45 degrees and a 6mm tying platform for delicate corneal and limbal manipulation. The fenestrated handle at 75mm overall length provides ergonomic control during fine anterior segment work. Stainless steel construction maintains edge sharpness and durability.
These Harms straight tying forceps incorporate 23mm straight shafts with 6mm tying platforms and a serrated handle for improved grip in wet fields. The 100mm overall length enhances linear suture delivery.
These Harms‑style Colibri forceps use 0.12mm 1×2 teeth arranged at 45� for precision corneal edge engagement. The integrated tying platform and three‑hole handle enhance stability, allowing fine suture manipulation within a 105mm controlled profile.
The left‑handed Harms trabeculotome carries 9mm pointed tips with a 3mm spread, sized to cannulate Schlemm's canal and rotate inward through the trabecular meshwork during ab‑externo trabeculotomy. The round knurled handle gives smooth rotational control through the cleavage arc.
The Harms trabeculotome set with 9mm pointed tips and 3mm spread provides reliable access to the trabecular meshwork during angle surgery. The precise tip geometry supports selective trabeculotomy with minimal damage to adjacent angle structures.
Designed for ab externo trabeculotomy on the right eye, this Harms trabeculotome carries 9mm pointed tips set at a 3mm parallel spread that mirrors the curvature of Schlemm's canal. One tip threads the canal lumen while the partner tip serves as a scleral guide, allowing controlled rotation into the anterior chamber to unroof the trabecular meshwork. A round knurled handle keeps rotational orientation precise across the 46mm overall length.
These Harms tying forceps feature curved 23mm shafts with 6mm tying platforms and a three‑hole handle, providing enhanced rotational precision for peripheral suture manipulation.
Longer 23mm straight shafts on the Harms tying forceps reach across the cornea for suture management farther from the incision, with 6mm tying platforms shaped for repeated wraps on fine nylon. The three‑hole handle keeps the 102mm stainless‑steel frame light in pinch grip, supporting steady control through extended tying sequences.
This titanium Harms-Tubingen curved tying forceps combines exceptional durability with the geometry required for delicate corneal suture work. The curved blade and 6mm tying platform optimize visibility and control during limbal and corneal repair. Titanium construction resists corrosion across repeated sterilization.
The straight titanium Harms-Tubingen tying forceps delivers the precision and durability required for repeated suture work in ophthalmic microsurgery. The straight blade profile provides direct visualization of the surgical field. A 6mm tying platform supports secure knot tying at the limbus and cornea.
Heath chalazion forceps isolate a chalazion between a 16mm oval solid lower plate and an open upper plate with a 12 × 14mm inside dimension, exposing the lesion for incision and curettage. The locking thumb screw fixes compression hands‑free, while the serrated handle and polished 96mm finish support a steady grip on the everted lid.
These Helveston tying forceps include smooth jaws and a three‑hole handle for controlled suture guidance. The standard profile supports broad applicability in microsurgical tying tasks.
The Hered‑Dacamara strabismus forceps combines dual curved U‑shaped arms with double 1 × 2 tooth interlocking patterns for secure extraocular muscle fixation. The newly designed secure lock mechanism prevents inadvertent slippage during muscle transposition and reattachment. At 111mm, the geometry supports steady bimanual control during alignment and suturing.
The Hoffman‑style Utrata capsulorhexis forceps combines extremely delicate thin shafts with angled 17mm working length optimized for anterior capsular rhexis initiation and completion. The wide serrated grip handle follows Castro design principles for stable palm control. Bent tips engage anterior capsule with minimal tissue trauma during continuous curvilinear capsulorhexis.
This Hoffman style Utrata capsulorhexis forceps in titanium features extra delicate thin shafts and angled tips for precise control during capsular opening in dense cataracts. The 17mm distance from bend to tip and blunt angulation support gentle, continuous rhexis along the capsular edge. A wide serrated grip handle delivers superior control and tactile feedback during extended anterior chamber work.
These Hoffman‑Polack double corneal forceps feature 1mm wide jaws and 1×1 Pierse teeth engineered for precise epithelial traction. The long Castroviejo‑Colibri 3‑hole handle at 105mm allows controlled leverage when preparing or rotating delicate corneal tissue planes.
The Hoskin colibri forceps feature sharp curved shafts and serrated jaws for atraumatic yet secure grasping of delicate corneal and conjunctival tissue during refractive surgery and pterygium removal. The serrated handle prevents slippage during precise tissue manipulation. At 83mm, the compact length supports optimal microsurgical control.
These Hoskins #16 tissue forceps utilize curved fine‑grooved tips to improve approach angles under conjunctival folds. The serrated handle and 85mm length support stable grasping for precise tissue elevation and mobilization.
These Hoskins #18 tissue forceps incorporate straight fine‑grooved tips engineered for low‑penetration traction on delicate tissue layers. The 1‑inch shafts and serrated handle enable steady, linear approach alignment during micro‑grasping tasks.
These Hoskins #19 tissue forceps present straight micro‑grooved tips optimized for enhanced wet‑field grip. The serrated handle and 1‑inch shafts (85mm overall) provide balanced tactile control when securing conjunctival or episcleral tissue layers.
The Hoskins Tissue Forceps #22 Colibri Style is engineered for fine tissue engagement in ophthalmic microsurgery. Its micro‑grooved tips distribute pressure across delicate anterior segment tissues such as the capsule and cornea, while the serrated handle ensures grip stability during sustained manipulation. The 1 inch (25mm) short shaft and compact 85mm overall length provide excellent tactile feedback and control in confined anterior chamber spaces.
These Hoskins #28 tissue forceps feature very delicate micro‑grooved straight tips designed for ultra‑fine tissue engagement. The serrated handle and compact 85mm length promote stable positioning in confined operative corridors.
The Hoskins Tissue Forceps #30 Colibri Style is designed for ultra‑delicate anterior segment work where tissue trauma must be minimized. Its extra‑delicate micro‑grooved tips engage the iris, capsule, or cornea with minimal pressure, while the short 1 inch shaft provides superior tactile control. The serrated handle and compact 85mm length support sustained precision during intracameral tissue repositioning or membrane stripping.
The Hu‑style femtosecond cross‑action forceps is designed for delicate work following femtosecond laser keratotomy or refractive procedures. Its fine pointed tips and cross‑action leverage provide precise tissue positioning and flap management in high‑precision refractive cases. Stainless steel construction supports reliable performance during controlled force application at the corneal margin.
This Hunt chalazion forceps stabilizes a chalazion between a 15mm round solid lower plate and an open 12mm inside‑diameter upper plate, isolating the lesion for incision and curettage. The locking thumb screw fixes compression so the surgeon can release the handles, and the serrated handle with polished 97mm finish supports a steady grip on the everted lid.
These Hyde Colibri forceps provide 0.12mm 2×2 teeth and a 7mm tying platform for firm yet atraumatic tissue handling. The three‑hole handle stabilizes rotational torque during corneal or scleral suturing tasks.
These ICL cartridge loading forceps include an angled design with an 11mm long smooth jaw and a three‑hole handle. The 108mm length supports controlled approach for precise ICL cartridge loading.