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Schott eye speculum with wire blade design is optimized for pediatric patients with smaller orbital anatomy. The rotatable round pole adjustment enables gentle, graduated eyelid retraction suitable for young eyes, while the 12mm wire blades provide atraumatic contact across the lid margin. Compact design supports safe anterior segment exposure in pediatric cataract and refractive procedures.
Features & Benefits
This aspirating Schott eye speculum combines wire blades with integrated aspiration capability for enhanced fluid management in pediatric surgery. The 13mm blade width and rotatable adjustment mechanism support wide, atraumatic lid retraction while the aspiration channel removes excess fluid from the operative field. Reusable stainless steel construction ensures durability across multiple cases.
The Schott solid-blade eye speculum delivers secure lid retraction for pediatric anterior segment procedures with its 12mm wide blades and round pole rotatable adjustment. This compact design supports consistent exposure and atraumatic eyelid positioning throughout the case. Stainless steel construction is built for reliable performance across repeat clinical use.
Schott eye speculum with solid blades and rotatable adjustment provides stable eyelid retraction for adult patients during anterior segment procedures. The round pole mechanism enables smooth, graduated opening to accommodate varied anatomies, while solid 15mm blades distribute pressure evenly across the lid margin. Stainless steel construction supports reliable reprocessing.
This Schott wire-blade eye speculum features 15mm blades and a rotatable adjustment mechanism for precise lid retraction in ophthalmic surgery. The corrected 140mm length supports secure instrument handling.
This replacement screw fits Cook eye speculums and is also compatible with the Murdoch eye speculum (11‑2‑6518). Sold individually, it restores adjustment travel when an original fastener is lost or worn. Stainless steel construction holds up to repeated autoclave cycles alongside the parent speculum.
The Shepard reversible speculum provides dual‑function retraction capability, permitting flexible conversion between temporal and nasal positioning intraoperatively. The reversible design minimizes instrument exchanges, reducing operative time and maintaining sterility during anterior segment procedures. Stainless steel construction supports reliable performance across varied surgical approaches.
The Slade adjustable LASIK wire speculum provides variable eyelid retraction with integrated aspirating capability for intraoperative field management. Its wire construction enables precise adjustment to patient-specific anatomy during flap creation, while the combined aspirating feature removes fluid and debris without interrupting surgical workflow. Reusable stainless steel supports multiple refractive cases.
The Slade adjustable LASIK speculum uses a nasal‑approach wire frame shaped to accommodate the suction ring of a microkeratome. The adjustable spread lets the surgeon tune lid retraction to each patient and to the keratome footprint during flap creation. Wire construction minimizes profile and keeps the surgical field free of obstruction.
Slade‑style LASIK speculums feature 15mm round wire blades configured for the temporal approach common in refractive surgery. The low‑profile wire blades minimize obstruction of the microkeratome or femtosecond docking interface. Open wire geometry also reduces contact pressure on the globe during flap creation.
The Smirmaul eye speculum provides wide, adjustable blade separation suited for anterior segment visualization. Its 15mm solid blades distribute lid margin pressure across a broader contact surface, reducing trauma during prolonged lid retraction. The adjustable locking mechanism allows surgeons to tailor spread to individual anatomy without sacrifice of security.
The Smirmaul eye speculum features adjustable 15mm wire blades that conform to individual palpebral anatomy, providing flexible aperture control for varied anterior segment procedures. The 146mm overall length supports stable hand positioning while the adjustable design accommodates pediatric and adult anatomies. Stainless steel construction ensures lasting durability.
The Tanna‑Lieberman adjustable speculum provides variable eyelid spacing controlled by surgeon adjustment. Straight 15mm wire blades remain parallel while opening width is tuned to individual patient anatomy. The integrated traction suture anchor posts support placement of fixation sutures, enabling independent lid management during complex anterior segment procedures.
This temporal-approach lid speculum is designed for inferior temporal clear corneal or limbal approach surgeries. Its angled-up geometry positions the inferior lid blade away from the surgical field, while the U-shaped wire back supports stable retraction. The 14mm solid blade and 16mm spread suit temporally angled procedures where traditional specula interfere with instrument access.
This wide‑model temporal closed‑wire speculum exposes the eye through the temporal approach favored in phacoemulsification and refractive surgery. U‑shaped 21mm blades wrap the lid margin while the 40mm spread opens the palpebral fissure for unobstructed access. A compact 56mm frame keeps the instrument low against the orbit.
The temporal open wire speculum features a V-shaped end design with 15mm round blades optimized for superior exposure during temporal anterior segment approaches. Its compact 45mm length and 17mm spread provide optimal access while minimizing extra-ocular soft-tissue bulk. Stainless steel construction ensures lasting durability.
Built with a compact 40mm overall length and C‑shaped end, this temporal speculum uses open wire blades to provide atraumatic 16mm lid retraction with a 21mm spread. The open wire geometry keeps the lash line clear and minimizes pressure on the globe during anterior segment work.
Kratz‑style 12mm blades on this temporal speculum support eyelid retraction from a temporal approach, useful for clear corneal incision routes. The 15mm spread and 37mm frame keep the instrument compact while preserving working access to the anterior segment.
The Kratz temporal speculum positions eyelids for temporal surgical access with compact 5mm blade length and 15mm spread. Its narrow profile permits clear visualization of the temporal incision site while maintaining minimal eyelid trauma. Ideal for small‑incision cataract and corneal procedures approached temporally.
The Kratz‑type temporal speculum carries round‑profile blades with a V‑shaped end and an 11mm blade length, sized for retracting the eyelids during temporal‑approach anterior segment surgery. The V‑shaped end opens the lateral angle, and the round wire blades minimize lid trauma during sustained retraction.
This left‑sided third eyelid wire speculum retracts the nictitating membrane during veterinary ocular examination and surgery. The 10mm wire blades deliver atraumatic exposure of the conjunctival surface beneath the third eyelid, and the 18mm spread holds a stable working window for the procedure.
Configured for the left eye, this third eyelid wire speculum retracts the nictitating membrane during veterinary ocular examination and surgery. The 14mm blades and 18mm spread hold the third eyelid clear of the cornea without compressing the globe. The lightweight wire profile keeps the field uncluttered for microscope and slit‑lamp access.
Mirroring its left‑sided counterpart, this right‑sided third eyelid wire speculum lifts the nictitating membrane during veterinary ocular work. The 10mm wire blades and 18mm spread expose the conjunctival surface beneath the third eyelid for cleaning, biopsy, or surgical access.
Built for the right eye, this third eyelid wire speculum lifts the nictitating membrane away from the cornea during veterinary ophthalmic procedures. The 14mm blades and 18mm spread maintain steady exposure for examination, foreign body removal, or surface surgery. The thin wire construction stays low in the operative field.
The Thorlakson femtosecond aspirating speculum is engineered to accommodate the suction ring of the Ziemer Femto LDV laser, with 12mm rounded blades, a 25mm spread, and an adjustable Lieberman‑type mechanism. The rounded blade profile clears the docking interface, and the integrated aspiration channel removes fluid from the corneal surface during femtosecond bed creation.
Engineered to accommodate the suction ring of the Femto LDV laser, this Thorlakson‑style speculum features 11mm rounded blades and an adjustable Lieberman‑type mechanism. The contoured blade geometry clears the docking interface while maintaining stable lid retraction throughout flap creation. Thumb‑screw adjustment lets the surgeon fine‑tune tension as the suction ring engages.
Varley‑Greene femtosecond wire eye speculum with open K‑wire blades, configured for laser‑assisted ocular procedures. The 15mm blades and 45mm spread give wide exposure while the open wire profile clears the femtosecond interface. The compact 65mm length keeps the speculum out of the docking path.
The Wiener eye speculum provides straightforward eyelid retraction with fenestrated 14mm blades that reduce pressure on delicate eyelid tissue. The 22mm spread supports adequate anterior segment visualization while maintaining patient comfort during routine procedures and minor ophthalmic surgery.
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.
The Williams pediatric eye speculum carries 11mm blades and a spring‑controlled locking mechanism, sized for safe exposure during pediatric anterior segment work. A 41mm spread provides adequate retraction without overstressing small palpebral anatomy, and the dull finish keeps glare off the microscope.