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Solid 14mm blades on this Barraquer eye speculum apply firm uniform pressure to the lid margin, distributing force across a smooth surface rather than a wire edge. The 19mm spread opens the palpebral fissure for anterior segment access, and the dull finish on the 41mm frame controls reflection.
Features & Benefits
Designed for temporal‑approach phaco, this wire speculum sits at an angle so the frame clears the surgeon's hands at the limbus. Rounded 14mm wire blades retract the lids with a 16mm spread, and the dull finish limits glare under the microscope. The 38mm overall body stays low‑profile against the brow and cheek.
Asymmetric blade sizing distinguishes the Alfonso eye speculum: a 5mm upper blade and 7mm lower blade combine with a 27mm spread to accommodate differing lid anatomy in pediatric and adult cases. The open blade design minimizes globe pressure across the 45mm compact body.
The adult Lieberman K‑wire speculum uses Kratz‑style open wire blades angled downward toward the temple, clearing the frame from the surgeon's instrument path during temporal phaco. An adjustable mechanism tunes the fissure opening to the patient, and the 15mm blade length supports adult anterior segment exposure. A 76mm overall format sits low against the orbit.
The Connor‑Barraquer temporal approach lid speculum angles toward the temporal quadrant for optimal access during cataract and corneal procedures from the temporal side. Wire blades at 14mm width provide visibility without excess pressure, and the 45‑degree angled positioning aligns naturally with the surgeon's temporal working position. At 38mm overall length, the compact design permits unobstructed surgical access.
The adult Lieberman speculum with Kratz‑round open‑wire blades is angled downward toward the temple, positioning the retracted lid clear of a temporal corneal incision during cataract surgery. The 15mm blades and adjustable mechanism let the surgeon tune spread to the patient's palpebral aperture, and the open wire preserves a clear corneal view.
Engineered for temporal incision approaches, this angled lid speculum offsets its arms so the surgeon's hands stay clear of the temporal limbus. The 14mm solid blades deliver firm lid retraction with a 19mm spread, while the dull finish eliminates microscope glare. The compact 41mm frame fits the tight working envelope of clear‑corneal cataract surgery.
The Lieberman aspirating child K-wire speculum combines adjustable open wire Kratz-style blades with integrated aspiration through a silicone tubing cannula. The 11mm blade length and downward temple angulation support gentle pediatric lid retraction, while the 31mm spread ensures adequate anterior segment exposure. Included silicone cannula enables intraoperative fluid management.
This Barraquer wire speculum features large round blades with an upward V‑shaped end to enhance exposure along the superior field. The 15mm blade length and 29mm spread support wide retraction, while the corrected 39mm length provides compact handling for anterior segment surgery.
A 15mm closed wire blade and an 18.5mm spread give this Barraquer speculum slightly wider exposure than its 10mm sibling, suiting larger fissures and globe access during anterior segment work. The dull finish reduces microscope glare, and the 38mm overall length keeps the speculum low against the brow and cheek. Closed wire geometry spreads pressure smoothly across the lid margin.
U‑shaped closed wire blades on this temporal speculum cup the lid margin to maintain retraction during temporal‑approach phaco. The 16mm blade length and 18mm spread set a working fissure for anterior segment access, and the 38mm overall body stays clear of the surgeon's instrument path. Closed wire geometry distributes pressure evenly.
Compact at 36mm overall, this Barraquer speculum uses 10mm closed wire blades to retract the lids during anterior segment microsurgery. The 15mm spread sets a controlled fissure opening, and the dull finish limits microscope glare. Closed wire geometry distributes pressure smoothly along the lid margin without snagging lashes.
The Barraquer infant speculum uses 8mm closed‑wire blades and a 16mm spread to retract neonatal lids without crowding a small orbit. The compact 36mm overall length keeps the frame clear of the microscope, and the dull finish suppresses glare. The closed‑wire profile distributes pressure gently across thin infant tissue.
Sized for minimal footprint on the lid margin, this Barraquer wire speculum uses 10mm closed wire blades with a 19mm spread to hold the lids open while preserving access to the limbus. The wire construction reduces weight against the periorbital skin, and the dull 35mm body sits below the microscope's reflective range. It suits short anterior segment cases where speculum bulk matters.
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 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.
The Connor-Barraquer wire speculum provides minimal bulk in the surgical field while maintaining reliable eyelid separation. Its wire construction offers visibility without obstruction, and the 25mm spread suits anterior chamber procedures where field clarity is essential. The 14mm blade length ensures stable contact on the lid margin.
This modified Barraquer speculum opens the lids with 15mm solid blades shaped longer and 8mm deep for procedures needing extended palpebral exposure. The 26mm outside by 10mm inside spread holds the lids clear of the cornea while preserving working access through the aperture. A dull finish across the 43mm body reduces microscope glare during anterior segment cases.
Angled for temporal‑approach phaco, this Kratz‑Barraquer speculum carries open 14mm rounded blades with an 18mm spread to retract the lids while keeping the frame clear of the limbus. The dull finish reduces microscope glare, and the compact 41mm body sits low against the brow and cheek. Open wire geometry preserves the field of view.
The Barraquer eye speculum uses 9mm closed‑wire blades and a 15mm internal spread to retract the lids atraumatically during anterior segment surgery. Its compact 30mm overall length keeps the frame low against the orbit, leaving the surgeon's hands and other instruments unobstructed. A dull finish minimizes reflection under the operating microscope.
The Sauer premature infant (E) lid speculum carries tiny 2mm solid blades on a 17mm spread, sized for the narrow palpebral fissure of the neonate. The compact 27mm frame keeps the speculum profile minimal during examination and minor surgical work, and the dull finish suppresses reflection under the operating microscope.
This compact Alfonso speculum combines small 5mm blades with a wide 27mm spread for localized eyelid elevation while maintaining excellent visualization of the surgical field. The reduced blade size is particularly useful in small incisions and limited access cases. The wide spread provides adequate surgical mobility despite the compact blade profile.
The Alfonso eye speculum opens wide at 27mm spread with 14mm open blades, supporting excellent anterior segment visualization for routine and complex procedures. The open blade design allows rapid eyelid retraction and easy assistant access for lens insertion and aspiration. Suitable for all anterior segment approaches.
The Arnold guarded speculum provides secure adult anterior segment retraction with 14.5mm solid blades angled upward toward the bridge of the nose, following natural orbital contours. The adjustable mechanism and 40mm spread deliver customizable eyelid separation across standard and larger anatomies, while the guarded blade design prevents periorbital tissue trauma during cataract, corneal, or refractive procedures.
This Barraquer eye speculum holds the lids apart with 12mm closed wire blades and a fixed 20mm spread, providing a light‑weight low‑profile opening for anterior segment work. The closed wire form distributes lid pressure evenly while keeping the operative field unobstructed. A dull finish reduces glare under coaxial microscope illumination.
The Barraquer eye speculum employs closed wire blades at 12mm width for gentle, atraumatic eyelid retraction during delicate anterior segment work. The closed wire design minimizes punctate pressure points while providing smooth, even eyelid elevation. Dull finish reduces light glare during microsurgical manipulation.
Closed 14mm wire blades define this Barraquer eye speculum, distributing retraction pressure along a smooth atraumatic surface rather than a single edge. The 20mm spread opens the palpebral fissure for anterior segment access, and the dull finish on the 38mm body cuts microscope glare.
Built around a heavy 1mm wire blade pattern, this Barraquer eye speculum delivers durable lid retraction with the closed‑wire profile preferred for steady exposure. The 14mm blades open to a 16mm spread, and the dull finish reduces glare under the operating microscope. At 40mm overall, the compact frame keeps the speculum clear of the surgeon's working arc.
This Barraquer eye speculum uses 15mm closed wire blades to retract the lids with minimal contact area, reducing pressure on the globe during anterior segment surgery. The 25mm spread suits standard adult orbits, and the dull finish minimizes microscope reflection. Wire construction keeps the instrument lightweight on the patient's face through long cases.
With open 9mm blades and a 15mm internal spread, this Barraquer speculum maintains lid retraction while allowing fluid drainage and irrigation around the blade edges. The dull finish suppresses microscope reflection during anterior segment work. A 30mm overall footprint keeps the surgical field clear during cataract and corneal procedures.