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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.
Features & Benefits
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.
This Henderson Degreega toric reference marker features a round beveled marking face with 5� increment engravings and four orientation notches for precise axial alignment. The 11.7mm inner diameter accommodates standard corneal diameters, and the handle is anchored at the true 0� position for consistent rotational guidance.
This Henderson toric IOL marker creates two 2.5mm radial marks that extend to 11mm, enabling clear visualization of planned lens orientation. Its balanced design ensures smooth rotational control across the corneal surface.
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.
This Heslin infusion cannula uses a 23ga profile with an incision‑holding grip to support stable hands‑free infusion within the anterior chamber.
This Heslin infusion cannula incorporates a 25ga profile with a built‑in grip that stabilizes the cannula at the incision edge during infusion.
These high‑frequency bipolar cords connect bipolar forceps to compatible electrosurgical generators, enabling consistent current delivery during coagulation. The banana pin and dual single‑post plug configuration ensure secure, repeatable connections across cases. Insulated wiring minimizes arcing risk in sterile fields.
These high‑frequency bipolar cords with a Lemo connector pair compatible bipolar forceps to the electrosurgical generator on Lemo‑equipped platforms. The Lemo fitting locks securely against intraoperative tugging, and the high‑frequency rating supports the full coagulation range of standard bipolar generators.
This high-temperature ophthalmic cautery delivers focused thermal energy to delicate ocular tissues with a fine 1/2 inch tip. The elevated temperature setting supports rapid, controlled coagulation without tissue carbonization or excessive thermal spread. Sold sterile in packages of five, ready for immediate single-case deployment.
The Hill open‑access surgical gonioscopy lens features increased corneal clearance and a 54mm surface area to support wide surgical field access during angle procedures. The 1.2 times magnification and 90‑degree field of view provide clear visualization of the angle during glaucoma surgery. Its 78mm handle length enables stable positioning during prolonged surgical manipulation.
These Hill prechopper forceps feature curved, beak‑shaped sharp tips and a round knurled handle for controlled nuclear engagement. The dual‑arm geometry supports internal splitting maneuvers with stable force application.
The Hill surgical gonioprism left‑hand model provides 1.20 times gonioscopic magnification with a 90‑degree static field of view for angle surgery. The 9mm contact diameter enables precise positioning during surgical gonioscopy. The extended flange design enhances globe fixation during glaucoma drainage implant positioning and other angle manipulations.
The Hirschman iris hook angles 45 degrees and terminates in a small H‑shaped 0.75mm working tip for engaging the pupil margin during cataract maneuvers. A 9mm bend‑to‑tip distance supports controlled intraocular reach through standard incisions. The round knurled handle provides the rotational feedback needed for safe pupil retraction.
An angled working tip lets the Hirschman iris hook approach the pupil margin from outside the surgical axis, preserving the surgeon's view to the lens. The blunt tip minimizes iris trauma during manipulation and stretching, and the round handle offers consistent rotational feel. At 114mm overall length, the instrument balances comfortably for fine anterior segment work.
The Hirschman iris lens spatula manipulates the iris and IOL through the cataract wound with a 10mm angled blade carrying tip‑side notches that engage haptic edges or iris tissue without sliding off. The round knurled handle resists rotation during the dial‑in, and the polished 125mm shaft maintains a smooth glide through the chamber.
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.
Built around a 3mm marking ring crossed by extra‑fine cross hairs, the Hoffer O‑Z marker stamps both an optical‑zone outline and a centration reference in a single press. The flat smooth handle on the 102mm straight stainless‑steel shaft delivers a stable thumb purchase as the surgeon registers the cross hairs to the visual axis.
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.
This Hoffer O‑Z marker uses the same 4mm calibrated marking diameter with extra‑fine crosshairs but incorporates a round knurled handle for enhanced rotational grip during O‑Z centration alignment.