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This Hoffer optical zone marker is calibrated with cross‑hair alignment and a 3.5mm ring height for reproducible refractive surgery marking. The beveled 3mm tip seats cleanly against the corneal surface and marks a concentric zone for IOL power calculation and LASIK optical zone planning. A round knurled handle and dull finish provide stable, ergonomic control.
Features & Benefits
The Hoffer optical zone marker's cross-hair pattern enables precise centration of laser ablation zones during LASIK procedures. The 5.75mm ring height accommodates varied anterior segment anatomy while supporting repeatable reference marking patterns.
This Hoffer optical zone marker is scaled to a 6mm marking diameter for larger refractive optical zones and IOL power calculations in LASIK, refractive cataract, and implant surgery. Cross‑hair alignment ensures accurate centering on the visual axis. The compact 93mm length and knurled grip support precise intraoperative positioning.
This Hoffer optical zone marker features a 7mm marking diameter and cross‑hair alignment for larger refractive zones in advanced cataract and corneal refractive procedures. The 3mm ring height and beveled tip allow crisp marking across variable corneal topography. A round knurled handle and 115mm length support stable positioning during LASIK and toric IOL alignment.
These Hoffer‑Stern style Vannas scissors incorporate curved sharp tips with forward‑vaulted 10mm blades. The three‑hole handle enhances stability for refined anterior membrane dissection.
The Hoffman irrigating vectis combines 25ga cannula with 16ga reinforced curved shaft for stable lens support during nuclear delivery. The reinforced design prevents shaft bending while continuous irrigation maintains anterior chamber stability throughout lens removal.
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.
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.
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.
Stabilizing the globe during refractive and anterior segment surgery, the Hofmann‑Thornton swivel fixation ring carries 12 fixation teeth around a 16mm swivel ring. Top‑surface marks indicate tooth position so the surgeon can place teeth away from the incision site. The flat handle keeps the instrument low while the swivel allows the ring to track corneal rotation.
Deep anterior lamellar keratoplasty (DALK) demands Descemet's membrane sparing, which the Holland DALK scissors achieves with angled, blunt 4.5mm tips. These specialized tips follow corneal stromal planes without penetrating the Descemet's interface. The Vannas?type handle provides fine tactile control during this critical dissection.
The Hosford lacrimal dilator combines an abrupt taper at 2mm from the end with a more gradual taper above it, allowing rapid initial punctal entry followed by progressive widening of the canalicular opening. Its double‑ended format offers two working profiles on a single 140mm round knurled handle, supporting predictable preparation for probing or intubation.
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 capsule polisher with ring tip set at 90 degrees enables circumferential capsular surface smoothing. The distinctive ring geometry provides controlled contact with capsular surfaces while the round handle delivers stable control during final polishing steps.
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.
The Hunkeler lens hook delivers precise support and manipulation of the lens nucleus and capsule during phacoemulsification and cataract extraction. The hemi-ball tip geometry (0.3mm diameter) and angled slightly vaulted shaft enable gentle nuclear positioning and rotation. The round diamond-knurled handle provides secure tactile feedback throughout extended nuclear manipulation.
The Hwang‑Latina SLT (selective laser trabeculoplasty) gonioscopy lens features a flange design and 130‑degree field of view to support precision laser targeting of the trabecular meshwork. The 18mm contact diameter enables stable positioning during laser delivery. Its optical design provides clear visualization of the angle during selective laser therapy for glaucoma management.
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.
This hydrodissecting cannula delivers controlled cortical-capsular separation during phacoemulsification. The 25‑gauge flat tip minimizes focal pressure zones, distributing fluid flow across a broader interface to reduce capsular stress. The 8mm bend-to-tip length allows ergonomic manipulation through standard small incisions.
The Hydrodissection Cannula is engineered for gentle cortical-capsular separation during cataract surgery. Its 19ga gauge and flat tip with 8mm tip-to-bend geometry enable controlled fluid delivery without focal jetting or capsular stress. The straight configuration and modest 19mm working length provide excellent control and visibility during the delicate hydrodissection maneuver.
This hydrodissection cannula uses a 23ga flat tip with an 8mm tip‑to‑bend distance and a 20mm overall length for controlled hydrodissection wave creation beneath the anterior capsule.
The Kellan hydrodissection cannula features a curved 25ga shaft, 22mm long, designed to slide between the anterior capsule and lens cortex for a controlled hydrodissection wave. Its curvature aligns with the capsular periphery, helping the surgeon distribute fluid evenly during cortical cleaving.
A 25ga hydrodissection cannula with an 8mm tip, this disposable delivers balanced salt solution beneath the anterior capsule to cleave cortex from the capsular bag. The intermediate gauge offers a measured flow rate suitable for fluid wave propagation without overpressurization. The short tip length suits standard clear‑corneal phaco geometry.
This hydrodissection cannula is engineered to deliver a controlled fluid wave beneath the anterior capsule during cataract surgery. Its 27ga J‑shaped flat tip minimizes focal jetting and supports gentle cortical‑capsular separation. The curved distal profile enhances access through small incisions and maintains steady fluid direction.