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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.
Features & Benefits
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.
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 Machat adjustable LASIK speculum features aspirating blades that maximize globe exposure while maintaining intraocular pressure control during flap creation and excimer ablation. The adjustable geometry accommodates variable periorbital anatomy and globe size. Reusable construction supports lasting performance across multiple refractive procedures.
The Machat adjustable LASIK wire speculum opens to 14.5mm with an open‑blade design that maximizes corneal exposure during microkeratome or femtosecond flap creation. The wire blades retract the lids atraumatically, and the adjustable mechanism lets the surgeon set tension precisely for refractive workflows.
The Maloney‑style adjustable lid wire speculum allows the surgeon to dial in lid spread to match individual orbital anatomy. A 15mm blade length with adjustable spread up to 51mm covers the range from narrow to wide adult orbits. The straight wire construction keeps the speculum lightweight across the 83mm body.
The Manche LASIK speculum is engineered for superior hinge LASIK procedures, maintaining secure eyelid and periocular tissue retraction throughout flap creation and excimer ablation. Its adjustable mechanism allows customization to patient anatomy while the reusable stainless steel construction withstands routine sterilization across refractive cases.
The Maumenee-Park eye speculum is engineered for wide anterior segment exposure through fenestrated canthus-hook blades that gently engage lid tissue without cauterizing. The 15mm blade width and 44mm spread provide superior exposure during cataract extraction, IOL implantation, and complex anterior segment procedures. Blades conform to individual anatomical variation.
The Maumenee-Park speculum delivers controlled, adjustable eyelid separation for anterior segment procedures. Its solid 14mm blades with adjustable locking screws on the external branches enable fine-tuned tension matching to individual patient anatomy. The 36mm spread and canthus bar support stable positioning throughout surgery.
McIntyre closed‑wire eye speculums carry V‑shaped 14mm blades with a 28mm spread, supporting wide ocular exposure with the smoothness of a closed wire profile against the lid margin. The 45mm body fits comfortably within the microscope field during anterior segment work.
Built from heavy 1mm wire, the McIntyre open wire speculum forms V‑shaped blades that retract the upper and lower lids with broad, low‑profile contact across the conjunctiva. The 16mm blade length and 27mm spread suit standard adult anterior segment exposure, while the open architecture preserves visualization of the cornea and limbus. The 45mm stainless‑steel frame sits compactly within the orbital margin.
This McIntyre open wire speculum is designed for broad eyelid retraction during anterior segment procedures. The V‑shaped wire blades gently separate lid margins while maintaining full visibility of the cornea and conjunctiva. The compact 45mm length provides stable positioning without obstructing the surgical field.
The McPherson speculum features solid 14mm wide blades and a 30mm maximum spread designed for stable eyelid retraction in anterior segment procedures. Its thumb screw locking mechanism and stabilizing bar hold the eyelids open hands-free, freeing both hands for instrument manipulation. The 83mm overall length provides comfortable handheld control while the solid blade design ensures even pressure distribution.
Configured for the nasal approach to either orbit, the Mellinger eye speculum carries 14mm open wire blades on a 27mm spread, sitting low against the bridge so the surgeon's hands stay clear of the operative axis. The open wire architecture preserves a full view of the cornea and limbus throughout phacoemulsification, capsule work, and other anterior segment steps.
The Mellinger eye speculum holds the lids apart during anterior segment surgery using fenestrated 17mm blades that distribute pressure along the lid margin. A 29mm spread accommodates adult orbits, and the self‑locking mechanism maintains exposure hands‑free through the case. The dull finish reduces microscope glare during fine work.