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The Desmarres lid retractor Size 1 with 13mm wide retractor blade provides gentle, sustained eyelid elevation for anterior segment surgical exposure. The smooth blade geometry minimizes conjunctival trauma during extended procedures requiring stable lid positioning.
Features & Benefits
The Desmarres lid retractor Size 2 with 15mm wide retractor blade provides increased eyelid elevation support for broader surgical fields. The smooth blade design ensures gentle tissue retraction with minimal conjunctival irritation during extended anterior segment procedures.
This Size 3 Desmarres lid retractor incorporates a 17mm wide blade and laser black chrome coating for broad eyelid elevation during anterior lacrimal and lid reconstruction procedures. The flat handle and matte finish reduce glare and optimize visibility during extended lid and lacrimal surgery. A 140mm length provides comfortable reach and control.
This Devgan‑Utrata capsulorhexis forceps delivers fine tip control for precise anterior capsular manipulation during phacoemulsification. Titanium construction combines exceptional rigidity with superior corrosion resistance for lasting durability across many surgical cases. The round handle supports natural rotation and tactile feedback during the procedure.
The round handle on this Devgan‑Utrata capsulorhexis forceps enables natural rotation and tactile control throughout the procedure while maintaining fine tip precision. Fine tip geometry combined with shaft orientation delivers reliable, repeatable anterior capsular work. Titanium construction combines exceptional rigidity with superior corrosion resistance for lasting durability across many surgical cases. The round handle supports natural rotation and tactile feedback during the procedure.
This versatile Devgan universal chopper offers dual functionality as both a chopper and multi-tool in a single double‑ended design. The 12mm angled spatula tip and vaulted chopper geometry handle nucleofragment manipulation and phacoemulsification support across varied surgical styles. Titanium construction delivers durability and corrosion resistance through repeated sterilization cycles, while the grooved round handle provides secure grip control in extended procedures.
The Devine angled capsulorhexis forceps features extra‑delicate sharp tips and a vaulted curve designed for precise anterior capsular engagement during MICS and phacoemulsification. At just 1.8mm maximum opening, the instrument fits through micro‑incision pathways while the 12mm bend‑to‑tip geometry delivers superior visualization of the capsular rhexis initiation and propagation.
This 5mm diamond burr features a durable abrasive head for fine corneal smoothing and epithelial debridement. The corrected 45mm overall length supports controlled access in ophthalmic microfields.
The blue diamond knife long handle features a 1mm blade width preset at 600 microns depth, supporting precise control in refractive and limbal incision procedures. The extended handle length enhances surgical visibility and comfort during extended cases. Reliable blade preset geometry ensures reproducible incision depth across repeat procedures.
This single‑blade diamond knife holder secures one retinal or seven‑step pattern for dedicated case or training use. The 4.6mm receiver provides stable positioning during corneal or vitreoretinal work. The compact footprint supports point‑of‑care blade protection and straightforward handling across surgical environments.
This diamond knife holder accommodates up to six precision blades in a single 4.6mm receiver, supporting organized sterilization and streamlined setup for corneal incision surgery. The compact design organizes pencil, bayonet, one‑step, three‑step, and micrometer patterns for refractive and cataract work. Stainless‑steel construction delivers reliable performance through multiple reprocessing cycles.
This larger‑capacity diamond knife holder provides space for six retinal or seven‑step blade patterns within the same 4.6mm mounting standard. The design accommodates surgical pathways requiring alternative blade geometries for vitreoretinal or complex refractive cases. Structured organization supports efficient sterilization prep and reliable inventory management.
The Dieffenbach serrefine is a spring-loaded tissue clamp designed for temporary tissue approximation during ophthalmic surgery. Its 20mm jaws accommodate eyelid and conjunctival tissue, holding structures in precise alignment without unintended slippage. The polished finish and compact 60mm size support clean, bloodless surgical fields.
The Dietz incision depth gauge is a precision measurement tool featuring a 0.5mm blade width designed to standardize anterior chamber entry incision depth during phacoemulsification and corneal surgery. The straight geometry and 83mm length enable accurate depth assessment during incision creation. Stainless steel construction ensures lasting precision.
The Dishler LASIK irrigation cannula is engineered for precise intraoperative fluid distribution during femtosecond-assisted corneal surgery. The 30-gauge tip with vaulted geometry and 4-port configuration (2 on each side) delivers even irrigation distribution across the ablation zone while the 15mm working length maintains accurate positioning beneath the corneal flap.
This disposable 64‑gauge blade offers a round tip profile suited to delicate anterior segment work and precision dissection. The blade geometry provides smooth entry and controlled manipulation during ophthalmic microsurgery. Sold sterile in bundles of six, each blade arrives with uniform edge sharpness ready for immediate use.
An angled 2.75mm corneal/implant knife on a full handle, this disposable blade enters the cornea at a controlled angle for IOL implantation through a clear‑corneal incision. The double‑beveled edge cuts cleanly in both directions for predictable wound architecture. Each blade arrives individually sterile, six per box.
The flat vitrectomy lens provides wide-field posterior segment visualization during vitreoretinal procedures. Sterile and individually packaged, each lens is deployed for a single case, ensuring optical clarity and surface integrity throughout the procedure. The flat optic eliminates chromatic distortion at the visual axis.
Consistent corneal epithelial removal and clear corneal aperture creation rely on a 4mm diameter disposable long trephine with sharp stainless‑steel edge. The cutting blade delivers reproducible punch geometry across multiple cases without dulling. Non‑sterile format allows field‑ready sterilization without presterile handling.
This 5.5mm long trephine is a disposable blade designed for corneal graft sizing in endothelial keratoplasty and DSAEK procedures. Sold non‑sterile, each trephine maintains sharp, consistent cutting geometry throughout the graft preparation process. The long configuration provides the reach needed to maneuver and hold recipient corneas during endothelial work.
This long‑format disposable trephine features a 7.25mm stainless steel cutting edge for penetrating donor tissue in DSAEK and posterior lamellar keratoplasty. The extended working length accommodates graft harvesting workstations, and non‑sterile disposable configuration guarantees consistent blade sharpness for uniform graft creation. Each procedure benefits from predictable trephine geometry without edge dulling between cases.
Controlled corneal button creation for penetrating keratoplasty requires a 7.5mm diameter disposable long trephine with sharp stainless‑steel edge. The cutting blade produces reproducible trephine marks across every case while the extended length accommodates deeper keratoplasty sites. Non‑sterile format permits institutional sterilization without presterile handling.
At 7.75mm, this long disposable corneal trephine targets smaller graft diameters in penetrating or lamellar keratoplasty. The extended barrel keeps the surgeon's view of the limbal reference points uncluttered during scoring. Supplied non‑sterile so that facility sterilization protocols can be applied prior to use.
This 8.25mm disposable long trephine is sold non‑sterile for surgeons who reprocess single‑use blades or use them in non‑sterile settings such as eye bank donor preparation. The 8.25mm diameter sits between the 8mm and 8.5mm standard sizes.
Cutting at 8.5mm, this long disposable corneal trephine addresses mid‑range graft diameters for penetrating keratoplasty. Its extended barrel supports steady perpendicular alignment as the cutting edge engages the cornea. Shipped non‑sterile for hospital sterilization handling ahead of the case.
Sized at 8.75mm, this long disposable corneal trephine is intended for full-thickness or lamellar keratoplasty graft preparation. The extended barrel length supports unobstructed alignment over the host cornea, and the single‑use format eliminates resharpening variability between cases. Supplied non‑sterile for end‑user processing prior to use.
The 8mm long disposable trephine ships non‑sterile for eye bank and reprocessing workflows, with the standard 8mm cutting diameter that bridges the 7.75mm and 8.25mm keratoplasty sizes. The sharp blade preserves cut quality across the use cycle.
Full‑thickness corneal button harvest for penetrating keratoplasty requires a 9.25mm diameter disposable long trephine with sustained cutting edge sharpness. The stainless‑steel blade maintains definition across multiple uses while the extended length facilitates access to deeper incision planes. Non‑sterile format allows customized institutional sterilization protocols.
Designed for larger donor grafts in DSAEK and endothelial keratoplasty workflows, this 9.75mm long‑format trephine maintains critical sharpness across multiple graft preparations. The extended length accommodates tissue positioning, and disposable single‑use construction eliminates edge variability from reuse or reprocessing. Stainless steel blade ensures clean Descemet's membrane dissection without microtrauma.
For anterior refractive procedures and PKP refitting in confined access situations, this short‑format 12.5mm trephine delivers reliable cutting performance in compact configurations. Non‑sterile disposable design eliminates edge dullness between cases, and the abbreviated working length facilitates positioning in narrow donor beds or secondary graft preparations.