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The Hampton needle holder pairs curved 9mm jaws with a locking mechanism for confident suture handling at moderate working depth. A large knurled round handle rolls freely between the fingers for needle reorientation, and finger flats at the neck stabilize the instrument during knot tying. Overall length is 130mm.
Features & Benefits
The Hardesty tenotomy hook with curved 5mm hook and markings at 14mm and 20mm provides scaled measurement reference during rectus muscle work. The measuring marks support precise muscle placement during strabismus procedures while the curved design enables atraumatic isolation.
The Hardy enucleator combines a curved right geometry with a 3.4mm blade to support controlled orbital enucleation. The 125mm working length extends into the deep orbit while the 241mm overall length provides a balanced reach for retrobulbar dissection. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
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.
The Harris‑Sinskey hook brings a 0.25mm angled tip to bear on the IOL positioning hole, rotating and dialing the lens into final placement within the capsular bag. A 9mm tip‑to‑bend distance clears the iris plane while the smooth flat handle gives the surgeon a consistent rolling grip. The 121mm length suits standard cataract workflows.
The Hata-Miyoshi aspirating speculum features adjustable open round-wire blades for flexible eyelid exposure with integrated suction. Its nasal-approach geometry supports superior visualization in cases requiring orbital access, while the aspirating function manages periocular fluid during extended procedures. The open-wire design minimizes tissue compression.
This pediatric Hata-Miyoshi style speculum is engineered for small eyelid apertures in children undergoing anterior segment surgery. The nine aspiration holes distribute suction across the blade surface, while the 1mm round open-wire design allows safe eyelid positioning. The 62mm overall length and 40mm spread accommodate smaller orbital anatomy.
The He Hook pre‑chopper is a right‑handed titanium chopper distinguished by its custom‑scaled tip, which at 40% of standard size, enables ultraprecise fragmentation in dense nuclei and confined anterior chamber spaces. The hooked geometry guides nuclear fragments with minimal disturbance to surrounding tissues, and titanium construction preserves the working geometry across many procedures.
The Heath chalazion curette features a 3mm ring curette with 1.5mm height and straight 35mm shaft, designed for controlled scraping and removal of chalazion contents from the tarsal plate and conjunctival surface. The round knurled handle provides excellent tactile feedback during the delicate eyelid procedure. This 114mm instrument is sized for safe, atraumatic lid disease management.
The Helveston muscle finder hook carries a large angled tip designed to locate and isolate the rectus muscles during strabismus surgery. The angled geometry sweeps beneath the muscle belly cleanly, and the flat handle supports a confident grip across the 127mm length.
This Helveston muscle finder hook incorporates a small, finely angled tip designed for atraumatic engagement of extraocular muscle fibers. The flat handle increases directional stability, while the 127mm overall length supports controlled approach during strabismus muscle identification.
This small Helveston muscle hook carries a 10mm blunt spatulated tip designed for atraumatic isolation of pediatric extraocular muscles. The extra delicate profile reduces drag against fragile tissue planes, while the spatulated end spreads contact pressure across the muscle belly. The compact form suits seated microscope work.
The Helveston muscle hook combines extra delicate geometry with blunt safety for controlled strabismus surgery access. The small spatulated tip (12mm) provides secure engagement of rectus muscles without penetrating underlying Tenon's capsule. The blunt edge delivers reliable yet atraumatic muscle isolation across repeat cases.
The small Helveston muscle hook carries an 8mm extra‑delicate spatulated blunt tip for atraumatic extraocular muscle isolation during strabismus surgery. The spatulated profile slides under the muscle belly without traumatizing fiber bundles, and the small size suits pediatric and tight orbital fields.
The Helveston scleral ruler delivers precision measurements for horizontal rectus recession and advancement distances during strabismus surgery. The angled vaulted tip with 15mm bend-to-tip geometry aligns with scleral contours, while 5mm notched increments enable consistent measurement intervals across the surgical field. Stainless steel construction supports lasting clinical durability.
The Helveston teaser hook isolates and separates extraocular muscle fibers during strabismus surgery with a blunt 6mm tip that slips beneath fascicles without piercing them. A flat handle aligns the tip predictably with each pass. The 120mm overall length gives clear reach into the orbital field while keeping the hand outside the surgeon's sightline.
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 Henderson Limbal Relaxation Marker is engineered for surgical planning during Limbal Relaxing Incision (LRI) procedures, marking 30, 60, and 90 degree axis points on the cornea for precise incision placement. The marker pairs with the Henderson bevel degree gauge for reproducible astigmatism correction. Stainless steel construction maintains dimensional consistency across repeated reprocessing cycles.
This Henderson pre‑operative reference marker uses a durable half‑circle geometry with blunt positioning pins at 0�, 90�, and 180�. The round knurled handle improves grip security during toric axis pre‑marking while minimizing rotational drift.
This Henderson Degreega variant incorporates atraumatic micro‑teeth on the marking face to increase surface purchase while maintaining a smooth beveled contour. It retains 5� incremental marks, four alignment notches, and an 11.7mm inner diameter for consistent toric reference marking.