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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.
Features & Benefits
The Hoffer O-Z Marker with 3.75mm diameter provides precision optical zone demarcation for refractive surgery. Its etched extra‑fine crosshairs enable dual‑axis visualization to confirm visual axis alignment, while the symmetric ring footprint creates a repeatable reference for corneal ablation. The flat smooth handle permits single‑hand contact marking, and the 100mm overall length maintains clear visibility during setup.
The Hoffer O-Z Marker with 4.25mm diameter is engineered for slightly larger optical zones in refractive surgery planning. Its extra‑fine etched crosshairs provide dual‑axis visual reference to ensure precise centration relative to the pupil and visual axis. The flat smooth handle and 100mm shaft allow single‑hand positioning without interference with patient setup, supporting rapid and accurate marking during preoperative planning.
The Hoffer O-Z Marker with 4.75mm diameter accommodates the largest optical zone variations in refractive and post‑refractive procedures. Its extra‑fine etched crosshairs support precise centration during marking, enabling surgeon verification of visual axis alignment before excimer laser application. The flat smooth 100mm handle ensures steady single‑hand contact without corneal adhesion.
Larger optical zones in refractive marking and implant planning benefit from the Hoffer O?Z marker in its 7.5mm configuration. Extra?fine cross hairs ensure accurate axis alignment, while the 110mm flat smooth handle provides stable control during extended marking procedures.
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.
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.
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.
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 straight hydrodissection cannula delivers fluid with precision during cortical-capsular separation. The hooked tip maintains position within the anterior capsule while irrigant diffuses gently around the cortical mass. Its 25ga gauge and straight shaft support controlled entry through temporal or clear corneal incisions.
This I/A handpiece integrates a 17-gauge outflow and 23-gauge inflow configuration with a 0.3mm straight port geometry for precise cortex removal and anterior chamber fluid management. The reusable stainless steel construction supports reliable handoffs during both routine and complex phacoemulsification cases, including MICS procedures where compact tip dimensions minimize incision trauma.
This 0.5mm screw‑in I/A tip threads onto a standard handpiece for selective aspiration and chamber reformation during cortical cleanup. The threaded attachment supports secure seating and predictable replacement across reprocessing cycles, while the 0.5mm port suits broader cortex removal flow rates. Stainless‑steel construction is built for repeated clinical use.
This stainless‑steel straight I/A tip is paired with a silicone sleeve for sealed irrigation and aspiration during phacoemulsification, with a 0.3mm port and 45mm overall length. The sleeve protects the wound during cortex removal while the straight shaft suits standard clear‑corneal entry. Stainless‑steel construction supports reliable performance across repeated reprocessing cycles.
This curved titanium I/A tip pairs a 0.5mm port with a silicone sleeve for softer tissue aspiration and gentle nucleus handling during standard and micro‑incision cataract procedures. The larger 0.5mm opening reduces vacuum-induced trauma while maintaining efficiency, and the silicone jacket protects lens and capsular tissue. The 45mm length optimizes hand control.
This infusion adaptor is engineered as a compatible accessory component for specified ophthalmic infusion handles, supporting fluid delivery integration in anterior segment and phacoemulsification surgery. The precision fit design ensures secure connection without leakage during sustained irrigation. Reusable construction supports routine sterilization and multiple cases.
Designed for anterior chamber irrigation during cataract and anterior segment work, this 20ga infusion cannula delivers a steady fluid column through a 6mm tip. The fine gauge supports paracentesis entry without over-enlarging the wound, and the polished shaft slides cleanly through cornea or scleral tunnel. Stainless steel build withstands repeat autoclave cycles across reusable case loads.
This 20ga infusion cannula features a self-retaining tip design with 7mm bend-to-tip geometry for stable placement during vitreoretinal or anterior segment procedures. The self-retaining mechanism anchors the cannula within the sclerotomy or incision, enabling sustained balanced salt solution delivery without manual holding. Reusable stainless steel construction supports multiple cases.
The curved iris forceps features delicate lightly curved tips with 1 × 2 mouse‑style tooth pattern optimized for gentle iris manipulation without trauma. The curved shaft geometry suits approach to the iris plane during anterior segment work. The fine tips and delicate construction minimize bleeding and tissue damage.
This straight one‑piece irrigation and aspiration handpiece features a 0.5mm port tip optimized for efficient removal of cortical and viscoelastic material during phacoemulsification. The integrated design eliminates connection points that might compromise flow or introduce debris. Overall length of 140mm maintains standard hand positioning and reach.
The Jackson lacrimal intubation set enables reliable catheterization of the lacrimal drainage system for canalicular obstruction and nasolacrimal duct stenosis repair. The set includes two 20-gauge thin-wall Jackson probes with 155mm straight working length, paired with 300mm of flexible silicone tubing for gentle canular passage and long-term tear drainage maintenance. The malleable stainless steel and polished finish support atraumatic tissue contact.
The Jackson lacrimal intubation set pairs two 20 gauge thin‑wall malleable probes, each 155mm long, with 300mm of silicone tubing fastened to the probe ends. The surgeon shapes each probe to match the canalicular path, then draws the silicone stent through the nasolacrimal system to maintain patency. Blunt probe tips protect canalicular mucosa during passage.
Designed for pupil expansion and iris fixation during phacoemulsification, the Jaffe iris hook presents a small blunt tip on a 26mm straight shaft. The blunt working edge minimizes the risk of inadvertent iris perforation, and the smooth flat handle keeps the instrument low against the cheek. A 127mm overall length supports comfortable reach during anterior segment work.
Designed for lens manipulation and IOL positioning, the Jaffe‑Maltzman manipulating hook carries a 10mm tip-to-bend distance with a smooth flat handle and 120mm overall length. The flat handle profile orients the working tip consistently within the surgeon's fingertip grip, supporting refined haptic engagement and iris-plane work.
The large Jameson muscle hook places a broad working tip on a grooved handle for engaging adult rectus muscles during strabismus surgery. Longitudinal grooves give tactile orientation through the hook's working arc, and the 127mm overall length keeps the surgeon's fingertips clear of the orbital rim during muscle isolation.
The small Jameson muscle hook engages extraocular muscle bellies during strabismus surgery. Its slim shaft and rounded tip slide beneath the muscle insertion to lift it clear of the sclera for measurement, recession, or resection. A grooved handle improves grip during the controlled lifting maneuver, and the 127mm length suits standard pediatric and adult strabismus exposure.
Angled 90 degrees with 5mm from tip to bend, these #5 jeweler forceps deliver extra-fine pointed tips for retrieving sutures, foreign bodies, and small particles in ophthalmic microsurgery. The 110mm shaft and dull finish reduce glare under the operating microscope. Spring tension allows precise tactile closure on minute targets.
These curved #7 jeweler forceps taper to a fine 0.17mm point for precision handling of microsurgical sutures, capsule fragments, and small foreign bodies. The curve clears the line of sight during placement under the microscope. A smooth flat handle distributes fingertip pressure evenly through delicate grasping work.
The John DXEK inserting forceps is engineered specifically for donor graft positioning during Descemet stripping automated endothelial keratoplasty. The 30-degree angled tip and ultra-thin 0.46mm width allow atraumatic graft manipulation within the anterior chamber without endothelial cell trauma. The angled geometry improves visibility during graft insertion through the corneal incision.
The Kansas nucleotome bisection spatula is designed for rapid, controlled nuclear bisection during phacoemulsification. Its semi‑sharp blade cleaves the nucleus along structural planes while minimizing endothelial cell trauma, and the left‑handed configuration supports left‑handed surgeon preference. Round knurled handle and 114mm overall length provide comfortable, stable control during nucleus fragmentation.