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The Lieberman lid speculum in titanium with 10mm open blades retracts the eyelids during ophthalmic procedures, holding the lash margins clear of the operative field. The open‑blade design provides unobstructed visualization across the cornea and conjunctiva while maintaining gentle, evenly distributed pressure on the lid margins. Titanium construction is lightweight and corrosion‑resistant across many cases.
Features & Benefits
The adult Lieberman nasal V‑Wire speculum carries 14mm V‑shaped open‑wire blades angled upward to clear the nose bridge during a nasal‑side cataract approach. The upward angle keeps the medial lid retracted without bridge contact, and the V‑wire shape distributes pressure along the lid margin while preserving the corneal view.
This Lieberman nasal V‑wire speculum carries V‑shaped open wire blades angled upward to clear the bridge of the nose during nasal‑approach phaco and anterior segment work. An adjustable mechanism sets fissure spread to the case, while the 14mm blade length and 76mm overall format keep the working corridor open. The upward angulation moves the frame out of the surgeon's line of sight.
The Lieberman open‑wire speculum provides adjustable lid tension via thumb screw control for consistent eyelid retraction during anterior segment procedures. The 17mm blades with 50mm spread deliver generous exposure, while the straight shaft supports comfortable extended reach. The 84mm overall length accommodates standard surgical positioning.
Designed for pediatric anterior segment surgery, this Lieberman reversible child speculum can be flipped between temporal and nasal approaches as the case dictates. The 10mm solid blades provide controlled lid retraction, and the adjustable mechanism sets the spread to match the smaller orbital fissure. A 57mm overall length keeps the frame compact for pediatric working distances.
The Lieberman reversible solid‑blade speculum supports both temporal and nasal surgical approaches without changing instruments. Its 14mm solid blades deliver firm uniform retraction, and the adjustable mechanism allows the surgeon to dial in lid tension for the case at hand. A 76mm frame keeps the handle clear of the working field during anterior segment surgery.
Designed for adult ophthalmic exposure, this Lieberman solid blade speculum uses a 14mm blade angled downward toward the temple to keep the lid retracted clear of the surgical field. The adjustable mechanism allows the surgeon to tune spread to each patient's orbital anatomy. Solid blades distribute pressure broadly across the lid margin during longer cases.
The pediatric Lieberman solid‑blade speculum presents 10mm solid blades angled downward toward the temple, designed for child cataract and anterior segment procedures where the solid blade form is preferred over wire. The solid blades distribute pressure along delicate pediatric lid margins, and the adjustable mechanism fits varied palpebral apertures.
The Lieberman solid blade speculum is specifically engineered for pediatric anterior segment procedures, with both 5mm blades angled downward toward the temple to accommodate smaller orbital anatomy. The adjustable mechanism and 43mm working length provide precise eyelid retraction in the narrow pediatric field, supporting safer access during infant cataract, corneal, or refractive surgery.
Angled 45 degrees for temporal approach, the Lieberman speculum carries 17mm solid blades with thumb‑screw control over lid tension. The angled geometry keeps the frame clear of the temporal hand position during phacoemulsification, while the adjustable mechanism lets the surgeon dial in tension as the case progresses.
The Lieberman adult speculum combines adjustable solid 14mm blades with angled upward geometry to center the surgical field toward the nasal bridge. The adjustable mechanism accommodates individual eye anatomy while the angled approach optimizes surgical access. The 76mm length enables stable hand control during extended anterior segment cases.
Lieberman speculum is engineered for adjustable eyelid retraction during anterior segment procedures. The angled 45-degree geometry positions the blades optimally within the orbital rim, while the adjustable wire and thumb screw control permit graduated opening to accommodate patient anatomy and surgical access needs. Open 17mm blades distribute pressure evenly across the lid margin.
The Lieberman speculum is engineered for larger animals and veterinary ophthalmic surgery with its 25mm blade length and adjustable mechanism. The Kratz-style open wire blades with 1.2mm heavy-gauge construction and downward temple angulation provide secure lid retraction without crushing delicate conjunctival tissue. The 70mm overall length offers comfortable handling during extended procedures.
The Lieberman temporal speculum provides adjustable 17mm open wire blades with thumb screw control for flexible lid tension adjustment during anterior segment surgery. The angled 45‑degree geometry positions the speculum temporally, optimizing surgical access to the temporal anterior chamber and limbus during phaco and keratoplasty. Adjustable wire design accommodates variable lid laxity and patient anatomy.
The Lieberman temporal speculum positions the eyelids for superior temporal access during cataract and anterior segment procedures. Its titanium construction offers rigidity with corrosion resistance, and the 45‑degree angled geometry aligns naturally with temporal approach incisions. The 16mm blade width provides adequate eyelid elevation while maintaining surgeon comfort at the temporal working axis.
The Lieberman temporal speculum in titanium construction combines the durability of aerospace-grade material with the specialized geometry for precise temporal lid retraction. Its pediatric dimensions suit small eyes and confined surgical fields. Titanium's superior corrosion resistance and rigidity support reliable performance across extended instrument-reuse cycles.
These Lieberman‑Barraquer speculum blades feature 15mm closed wire profiles paired with an adjustable mechanism for fine control of palpebral spread. The closed wire form distributes pressure smoothly along the lid margin, and the adjustment captures the exact opening needed for each anterior segment case.
The Lieberman-Brown triple post eye speculum delivers exceptional anterior chamber exposure with its dual small wire blades and distinctive 1mm top center wire blade. The 16mm total blade width and downward temple angulation optimize visibility while minimizing lid trauma. The adjustable mechanism and 79mm overall length support safe positioning throughout cataract and corneal procedures.
The Leippman cystotome carries a 22 gauge cannula with a small polished cutting tip for initiating the anterior capsulotomy during cataract surgery. A protective tip guard sheaths the cutting point for safe storage and transport between cases, and the 42mm overall body fits cleanly into the surgeon's hand for a controlled puncture and tear.
Named for pioneering corneal incision design, the Lindstrom angled diamond knife features a 3mm blade width with etched graduation marks and integrated laser alignment guides at 1.75mm and 2mm positions. Sharp blade sides deliver clean clear‑cornea entry, while the angled working profile maintains optimal blade‑incision angle without requiring handle rotation. This instrument is indispensable for consistent temporal cataract access in high‑volume refractive and cataract surgery.
The Lindstrom accurate marker places a 7mm reference impression on the cornea to guide centration of refractive incisions and intraocular procedures. A smooth flat handle on a 100mm shaft supports a balanced perpendicular approach to the corneal surface, transferring a clean uniform mark.
Lindstrom adjustable lid speculum provides flexible eyelid retraction with integrated aspiration capability for anterior segment surgery. The 45-degree angled geometry and 17mm curved solid blades position optimally within the surgical field. Aspiration ports integrated into the speculum design enable simultaneous fluid management during the procedure.
The Lindstrom LASIK cannula features a formed 25ga shaft with three irrigation ports arranged to maintain flap hydration during corneal ablation. The multi-port design distributes fluid evenly across the flap interface, preventing focal drying and maintaining stromal clarity during excimer application.
This double‑ended Lindstrom PRK/LASIK spatula features a golf‑club end for PRK and a standard spatula for LASIK. The dual design supports epithelial removal and flap interface assessment.
This Linn‑pattern LASIK cannula is engineered for controlled stromal hydration and fluid flow management during refractive flap creation. The 25 gauge with flat bend and 9mm bend‑to‑tip geometry allows precise positioning through minimal incisions while the eponymous design supports smooth irrigation patterns. Sterile single‑use delivery maintains predictable blade sharpness and case consistency.
Littler dissecting scissors carry 27mm curved blunt blades with an integrated eye in the blade in place of a separate eye probe � useful for passing suture through small openings during the same maneuver. The rounded blade profile and ring handle support controlled dissection across the 119mm length, and the polished finish reduces microscope glare.
The Livengood angled expressor paddle combines a 12‑degree angled geometry with an oval 10 × 1mm tip, enabling gentle tangential pressure against the lid margin during meibomian gland expression. The shallow angle and thin paddle profile reduce trauma to the conjunctiva and anterior lid structures. This 76mm instrument suits fine expression work in tight periocular anatomy.
This straight Livengood expressor paddle delivers controlled perpendicular pressure to meibomian glands without angled deflection. The oval 10 × 1mm stainless‑steel tip produces uniform force distribution across the lid margin, reducing risk of focal tissue necrosis in repeat dry eye treatments. The compact 76mm length supports precise maneuverability.
The Livernois fixation loop stabilizes IOL haptics and ocular tissue during anterior segment manipulation. Its rounded loop tip engages structures without piercing, and the 106mm shaft balances comfortably for seated microsurgical work. Polished stainless steel withstands repeat reprocessing without surface degradation.
These Livernois holding forceps feature angled shafts with a 5mm tip‑to‑bend configuration for controlled grasping. The three‑hole handle and 100mm length support micro‑accurate IOL positioning.