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This DSAEK optic zone marker is engineered to establish reproducible donor endothelial graft sizing during Descemet's stripping automated endothelial keratoplasty. The 9mm titanium ring creates a low‑profile 2.5mm‑high marking guide that prevents tissue folding while etching the graft boundary. Titanium construction combines rigidity with corrosion resistance for long‑term use.
Features & Benefits
The DSAEK roller features a titanium handle with precision bearing design to facilitate smooth, uniform graft positioning and adhesion during descemet stripping automated endothelial keratoplasty. The bearing surface minimizes graft trauma while providing tactile feedback for optimal graft seating. Titanium construction ensures rigidity and longevity in high‑use surgical environments.
The DSEK Endothelial Grasping Forceps is engineered specifically for the critical graft insertion and positioning step in DSAEK and DMEK procedures. Its 23ga curved shaft conforms to incision geometry while the delicate end gripping platforms engage the corneal graft edge without damaging the endothelial monolayer. The 90‑degree offset between the jaws and handle enables the surgeon to position the graft and maintain pull‑through mechanics while maintaining clear visualization of the endothelial surface.
Flexible orbital positioning is enabled by the Gimbel?style dual swivel fixation ring, which features a 13mm cut?out ring with blunt teeth on both sides. The dual?swivel mechanism reduces stress on tissue and allows independent eye rotation during refractive and keratoplasty procedures. Blunt teeth minimize scleral abrasion during prolonged fixation.
Sustained eyelid positioning during anterior segment surgery requires a dual‑tape drape with sterile adhesive backing that resists slippage. The upper and lower tape configuration opens the eye without tissue trauma throughout extended procedures. Sterile single‑pouch format supports rapid field deployment and consistent case setup.
Engineered for neurosurgical precision, the Dura diamond knife features dual footplates that stabilize the blade against the operative surface during fine dural and neural tissue dissection. The 1.4mm‑wide blade tapers over 4mm working length, delivering depth control through footplate contact rather than blade measure alone. Black Titanium handle construction supports the rigorous handling and high‑temperature sterilization demands of neuro cases.
This EAR Welsh cannula incorporates a 20ga shaft angled at 45 degrees with a 10mm tip‑to‑bend distance for precise directional irrigation. The polished finish supports smooth entry, with ordering minimum of 36 units.
This economy diamond knife handle combines aluminum outer construction (blue finish) with internal titanium components for lightweight, corrosion‑resistant performance during routine ophthalmological procedures. The straight‑mount geometry accepts standard diamond blade inserts while maintaining rigid seating. Reusable design supports countless blade exchanges across a surgical practice.
The Ehrhardt lid forceps feature a 14mm oval solid lower plate with straight 9mm serrated upper jaw and locking thumb screw, designed for secure eyelid clamping during lid margin surgery, blepharoplasty, and ectropion repair. The locking mechanism maintains consistent pressure throughout the procedure, preventing tissue slippage during surgical manipulation. The serrated upper jaw enhances grip on delicate lid tissue. This 90mm instrument supports controlled lid procedures.
The Eippert femtosecond spatula is a double-ended instrument for flap manipulation and IOL positioning after femtosecond laser keratotomy. The 2mm angled end provides leverage for stromal flap elevation, while the 1mm straight end enables precise IOL alignment and central island management. The round handle supports control during delicate flap reorientation.
Astigmatic axis marking and toric implant alignment are simplified by the Ellis astigmatism marker with its double?ended 6mm and 7mm diameter rings. Each end provides distinct zone marking for axis measurement, while the 115mm flat smooth handle delivers stable positioning during critical surgical marking.
The Ellis foreign body spud delivers precise removal of corneal and conjunctival foreign material with its 1mm curved-up blade and flat handle. The 117mm overall length provides optimal reach and control, while the gentle curve enhances visibility and minimizes scleral trauma during penetrating extractions. Stainless steel construction and smooth finish ensure safe tissue interaction.
The Ellis foreign body spud lifts embedded foreign material from the corneal surface during slit‑lamp removal. Its small curved rounded blade scoops cleanly beneath rust rings and superficial particles while sparing the surrounding epithelium. A serrated flat handle and polished finish round out a tool sized for steady seated use.
The Elschnig cyclodialysis spatula carries an 11 × 1.2mm angled tip with a gentle curve, sized to enter the supraciliary space and separate the ciliary body from the scleral spur. A serrated flat handle gives the surgeon a steady pinch grip across the 133mm length, and the polished finish reduces drag along tissue planes.
This angled Elschnig cyclodialysis spatula separates the ciliary body from the sclera during glaucoma procedures, breaking the ciliary-scleral attachment to reduce aqueous production. Its 1mm flat tip and angled shaft provide tactile control in the confined supraciliary space. The flat handle ensures stable positioning during deliberate separation.
The Elschnig fixation forceps features 1 × 2 Elschnig-style teeth on straight shafts with serrated narrow handle, designed for secure fixation of the rectus muscles during strabismus surgery and extraocular muscle manipulation. The distinctive Elschnig tooth pattern provides reliable purchase on muscular tissue without crushing, while the serrated handle supports excellent control during muscle isolation. This 111mm instrument is essential for extraocular muscle work.
Built with heavy blades for the firmer cuts required in globe removal, these lightly curved enucleation scissors carry a 44mm mid‑screw‑to‑tip length suited to severing the optic nerve and extraocular muscles. Blunt tips protect adjacent orbital tissues during the final dissection. A ring handle provides the leverage needed for confident closure through dense tissue.
The Ernest‑McDonald IOL inserting forceps is engineered for safe intraocular lens placement during cataract surgery. The angled cross‑action design provides mechanical advantage for controlled lens advancement through a small incision into the capsular bag. The three‑hole handle ensures stable grip during this critical insertion phase.
These Ernest McDonald lens inserting forceps use a balanced jaw profile configured for secure engagement of soft intraocular lenses during insertion. The jaw geometry provides consistent surface contact while allowing controlled guidance through micro‑incision pathways.
These Ernest micro nucleus cracker forceps feature extra‑delicate cross‑action serrated paddle tips engineered for controlled nucleus cracking through a 2mm incision. The serrated flat three‑hole handle enhances grip and torque modulation during deep‑field manipulation.
These Ernest nucleus cracker forceps use a 2.5mm cracking interface with a three‑hole handle for controlled nucleus segmentation. The 100mm overall length supports stable deep‑field manipulation.
The Ernest nucleus splitter provides a direct approach to hard nucleus division through a 2.5mm incision. Titanium construction ensures the rigidity needed to split dense cataract material reliably. This instrument supports efficient nucleus fragmentation in small-incision cataract surgery where precision and control are paramount.
The Ernest‑Kashalman nucleus cracker employs titanium construction to split cortical and nuclear material during phacoemulsification procedures. Its crossing jaws apply controlled force to the cataractous nucleus, fragmenting dense grades into manageable segments for removal. Titanium mount combines strength with light weight, reducing surgeon fatigue during extended cases.
The gizzard cannula is a straight extrusion tool engineered for controlled lens nucleus and cortex evacuation during cataract surgery. The dual‑gauge design�20 gauge tapering to 25 gauge�provides stable entry while the blunt tip supports atraumatic manipulation. The 25mm length enables precise cortical strip removal and final lens material expression.
Designed for vitreous and viscoelastic removal, this 20ga straight extrusion cannula features a blunt 25mm shaft for safe aspiration in the anterior segment. The blunt working edge protects iris and capsular structures during retrieval of retained material. Stainless tubing maintains rigidity across repeat passes.
Angled shafts distinguish these eye scissors, pairing blunt probe-like tips with a 26mm screw-to-tip span for dissection in confined surgical spaces. The ring handle supports stable control, and the polished rounded blade finish reduces tissue trauma during anterior chamber manipulation.
These curved eye scissors carry blunt tips and a 29mm mid‑screw‑to‑tip working length for general ophthalmic dissection with reduced risk near delicate structures. The ribbon‑style ring handle gives the surgeon a familiar finger position for spring control, and the polished blade finish supports clean visual tracking under microscope view. Overall length is 109mm.
These curved eye scissors with sharp tips deliver controlled cutting for anterior segment work where blade visibility and fine dissection are required. The 29mm screw-to-tip reach accommodates varied tissue planes, while the ribbon-style ring handle distributes pressure across the palm for extended surgical use.