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Desmarres lid retractor in size 0 with an 11mm wide blade, used to evert and retract the upper or lower eyelid for foreign‑body removal, lid laceration repair, and tarsal exposure. The flat handle gives a steady grip during eversion, and the matte finish reduces glare under operative lighting. Overall length is 140mm.
Features & Benefits
This small infant self‑retaining retractor uses round wire blades to hold tissue planes apart during pediatric procedures with minimal contact pressure. The 7mm blade length suits superficial neonatal and infant exposure, and the self‑retaining mechanism keeps the field open hands‑free. A 38mm compact body fits the small operative footprint.
Sized at 15mm wide and matte‑finished to reduce glare, this size‑2 Desmarres lid retractor everts the eyelid for exposure of the tarsal conjunctiva and lid margin. The smooth curved blade slips beneath the lid atraumatically, and the flat handle provides steady single‑hand control across a 140mm overall length.
This silicone‑tip capsule polisher (squeegee) combines gentle tissue contact with efficient epithelial removal following cataract extraction. The 27 gauge fine bore minimizes incision trauma while the silicone end confers atraumatic gliding across the anterior capsule. The blue cartridge format supports efficient sterile field management in high‑volume cataract workflows.
This MICS Packer‑Chang IOL cutter provides a 19ga straight shaft with fine cutting geometry for precision lens manipulation and optic trimming in ultra‑small‑incision implantation. The 35mm working length through a compressed shaft geometry navigates tight anterior chamber spaces while the straight design permits aligned cutting without rotational stress. Use with the DUO‑00 handle for modular bimanual control.
Bishop‑Harmon tissue forceps grasp conjunctiva and fine ophthalmic tissue through a 0.8mm curved tip with 1 × 2 interlocking teeth. The flat three‑hole handle reduces mass between the surgeon's fingers while improving tactile feedback. Curvature aids approach to peripheral tissue without obstructing the operative view.
The Fine-Castroviejo suturing forceps feature an ultrafine 0.12mm tooth tip with straight shafts, 6mm tying platform, and serrated handle, enabling extreme precision during corneal microsurgery, DSAEK/DMEK endothelial keratoplasty wound closure, and fine anterior segment suturing. The 0.12mm tooth provides the finest possible grip on delicate sutures and anterior capsule edges. At 95mm, this compact length is optimized for intricate corneal and limbal work.
The 12mm long trephine serves intermediate-sized corneal grafts in penetrating keratoplasty and refractive applications. Disposable construction guarantees sharp, predictable cutting performance on each use, while individual sterile packaging reduces operative field setup time. The straight cylindrical design ensures perpendicular graft geometry.
The Lester lens manipulator carries an angled shaft with a 0.2mm hourglass‑shape tip on a round knurled handle, sized for IOL positioning and capsular bag dialing during cataract surgery. The hourglass tip engages haptic eyelets cleanly, and the round knurled handle delivers steady fingertip rotation.
This stainless‑steel infusion handle features a male‑to‑tubing connector with a compact 75mm length for improved maneuverability.
Straight iris scissors with sharp/sharp tips serve fine cutting needs across ophthalmic and oculoplastic procedures, including iridotomy and pupil margin work. The 28mm mid‑screw‑to‑tip length keeps the working blades short and responsive. Ring handles give the surgeon consistent finger control through each cutting pass.
The Lindstrom LASIK cannula features a 25ga formed shaft with three ports for distributed irrigation beneath the corneal flap. The triple‑port arrangement diffuses balanced salt solution along the stromal interface to clear debris without jetting at the flap edge. Pre‑formed contour preserves alignment with the corneal surface.
The Algerbrush II is a battery‑operated motorized handpiece used to remove corneal rust rings and residual pterygium tissue. A single‑speed motor drives a 3.5mm round diamond burr at medium grit, with a tip cover protecting the burr between uses. The unit runs on a single AA battery, and the 105mm body suits handheld corneal work.
This right‑handed Nagahara nucleus chopper is configured with a 1.25mm inner tip and 1.75mm outer dimension, offset at 60 degrees for controlled nuclear fragmentation during phacoemulsification. The 10mm distance from bend to tip and angled blade geometry optimize anterior chamber access during divide-and-conquer and stop-and-chop techniques. A round stainless‑steel handle and 114mm length provide stable control.
Designed for premature infants, the Sauer (D) lid speculum carries 4mm solid blades on a 29mm frame for safe exposure of the smallest neonatal eyes. The dull finish reduces microscope glare, and the tiny blade footprint keeps contact away from the limbus during examination or surgical access. Spring tension maintains a steady opening without an adjustable mechanism.
These Ernest micro nucleus cracker forceps feature extra‑delicate cross‑action serrated paddle tips designed for nucleus cracking through a 2mm incision while maintaining controlled spreading dynamics.
This stainless‑steel Drysdale nucleus manipulator includes a 0.7mm tip and a 10mm tip‑to‑bend geometry for controlled rotational and lifting maneuvers. The round knurled handle provides secure tactile control during lens manipulation.
The Braunstein fixed caliper features double-ended fine points with 3mm and 3.5mm measurement ends, designed for precise anterior chamber depth, corneal thickness, and surgical landmark measurement during ophthalmic surgery. The fine-point geometry enables accurate positioning at critical landmarks like the limbus and scleral spur. This 83mm instrument supports reliable biometric assessment during cataract and refractive procedures.
Built for adult anterior segment cases, this Lieberman V‑wire speculum carries open wire blades angled downward toward the temple to clear the surgeon's working corridor. The adjustable mechanism captures the exact palpebral spread for each case, and the 14mm blade length opens the field without crowding instruments at the limbus. The 76mm body suits microscope work at the slit lamp or operating chair.
Designed for phacoemulsification and micro‑incision cataract surgery, this 1.8mm angled slit knife combines a beveled‑up single‑bevel edge with a round steel handle for fingertip control. The sterile, disposable format delivers the sharp, predictable entry geometry that MICS techniques require, without relying on repeated sterilization. Each blade arrives ready for immediate use, supporting case‑to‑case consistency in anterior chamber penetration.
The Vannas capsulotomy scissors is a precision instrument with straight blades and blunt tips optimized for controlled anterior and posterior capsule opening in cataract and refractive procedures. Its 6mm blade geometry and 8mm mid‑screw to tip measurement support fine incisioning control. Serrated handle provides stable grip in wet operative fields.
This double‑ended Green spatula is a multipurpose tool for cortical cleanup and lens manipulation during cataract extraction. The two blade sizes�4 × 14mm and 5 × 16mm�accommodate different cortical pockets and IOL positioning tasks. Straight geometry and polished stainless‑steel finish facilitate smooth dissection and repositioning in the anterior chamber and capsular bag.
This Camel LASEK alcohol solution retainer provides a 7mm diameter well for mid-size epithelial preparation zones. The 4-inch (100mm) length offers balanced control and stable corneal positioning during LASEK procedures.
Strongly curved enucleation scissors with heavy blunt blades, designed to transect the optic nerve and extraocular attachments during enucleation. The 40mm mid‑screw‑to‑tip length and heavy curve let the surgeon work behind the globe, while the ring handle gives full‑grip control through resistant tissue. Overall length is 130mm.
Built for continuous curvilinear capsulorhexis, these Utrata forceps carry long, extremely thin angled shafts that pass through a small clear corneal incision with minimal wound distortion. The 11mm bend‑to‑tip distance reaches the capsule with the fine bent tips presenting tangentially for tear propagation. A three‑hole handle reduces weight and gives consistent finger purchase across the maneuver.
These jeweler-type forceps offer precision grasping for fine suture work and tissue manipulation in ophthalmic microsurgery. Their extra-fine pointed tips and 6mm tying platform allow secure knot placement and IOL positioning tasks. The straight shaft and smooth handle support steady control during prolonged use.
This straight tissue forceps delivers reliable grasping of tough tissues and dressings through serrated jaw design and straight shaft geometry. The serrated handle ensures secure surgeon grip, and the polished finish supports visibility during tissue handling. Lightweight construction suits extended use without hand fatigue.
Helveston Barbie retractor with a thin 7mm curved blade, sized for delicate lid and periorbital retraction during strabismus and oculoplastic work. The slim blade slips under tissue planes without bulk, and the strong curve maintains atraumatic exposure where flat blades would crowd the field.
This 7.25mm disposable corneal trephine delivers a clean, full‑thickness donor or recipient cut for keratoplasty. The sharpened circular blade produces a true‑to‑size graft margin, and the long handle gives the surgeon stable control through the trephination stroke. Each unit is delivered sterile in a single pouch for case‑to‑case consistency.
These Bishop-Harmon tissue forceps feature a 0.3mm ultrafine tip with 1 × 2 interlocking teeth and flat three-hole handle, making them ideal for the most delicate anterior segment tissue manipulation including capsular work during cataract surgery and corneal procedures. The diminutive 0.3mm tip allows microsurgical precision, while the three-hole handle supports ergonomic control. This 86mm instrument is essential for precision ophthalmic work.