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This Sauter hydrodissection cannula incorporates a 27ga gently curved shaft with a vertically flattened tip and a 22mm overall length to support controlled lamellar fluid wave creation.
Features & Benefits
The Schapira speculum is an adult eyelid retractor with adjustable 15mm round open blades for flexible anterior segment exposure. Its 52mm overall length and adjustable mechanism allow customized eyelid aperture sizing across varied anatomies. The open-blade design minimizes tissue compression during extended surgical procedures.
This Scheie anterior chamber cannula provides straightforward access for fluid management during anterior segment surgery. The straight blunt tip with 25g geometry supports atraumatic tissue manipulation. The polished finish reduces friction and improves visibility throughout the case.
The Scheie anterior chamber cannula is designed for controlled anterior chamber fluid aspiration and air injection during cataract surgery. Its straight blunt 27-gauge tip minimizes anterior chamber endothelial contact while enabling safe fluid management. The polished finish and 38mm length support atraumatic manipulation within confined anterior chamber anatomy.
The Schepens forked lid retractor provides anterior-segment exposure with its dual-spatula geometry, featuring a smooth 12mm × 40mm blade with a 3mm notch for eyelid-margin gripping. The forked design distributes eyelid traction across the lid margin, minimizing focal compression injury during scleral-buckle surgery or posterior-segment access. The 150mm extended length supports reach into deeper orbital anatomy.
The Schepens orbital retractor is designed for deep orbital decompression and globe repositioning during orbital surgery. The 15 × 56mm wide flat blade with integral 4.5mm notch provides secure purchase on orbital structures and bone. Flat handle geometry provides clear orientation of blade angle in three‑dimensional space. Overall length of 150mm supports deep orbital access with stable external hand positioning.
Sized 10 with a medium thimble, this Schepens scleral depressor suits a broader range of finger sizes during indirect ophthalmoscopy. The 5mm polished tip indents the sclera atraumatically to bring the peripheral retina into the examiner's view, and the dull body finish reduces glare under coaxial illumination.
Sized for adult use, this size 12 Schepens scleral depressor seats on the fingertip via a large thimble to free both hands during indirect ophthalmoscopy. The 5mm polished depressor tip indents the sclera atraumatically to bring the peripheral retina into view. The dull body finish limits reflective glare under coaxial illumination.
With a small size 8 thimble, this Schepens scleral depressor fits smaller fingers during indirect ophthalmoscopy. The 5mm polished tip indents the sclera atraumatically, bringing the peripheral retina into view, while the dull finish on the body reduces glare under coaxial light.
This double-ended scleral depressor is designed to provide controlled scleral rotation, depression, and marking during indirect ophthalmoscopy and peripheral retinal examination. The instrument features a 2.5mm rounded teardrop tip for gentle scleral indentation and a 6.0mm curved marking end for precise scleral localization, allowing the examiner to manipulate the globe safely while maintaining visualization of the peripheral retina. Its flat, serrated handle and integrated clip promote secure handling and convenient access during procedural use.
This single‑use Schocket scleral depressor pairs a 6mm wide rounded marking bar with a 2.5mm teardrop depressor tip for scleral indentation and surface marking during indirect ophthalmoscopy and peripheral retinal exams. The double‑ended format and pocket clip suit fast‑turnover clinic use, and the serrated handle gives a secure rolling grip. Disposable construction supports clean case‑to‑case workflow.
This certified Reposable Schocket scleral depressor pairs a 2.5mm teardrop tip with a rounded end and 6mm‑wide marker bar for both indentation during indirect ophthalmoscopy and surface marking. The serrated handle with pocket clip improves grip and tray return, and the build is validated through 30 sterilization cycles.
These Schott solid-blade speculum blades provide firm, uniform lid retraction for ophthalmic exposure. The rotatable adjustment mechanism allows precise positioning of the 15mm solid blades, supporting stable visualization during ocular microsurgery.
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.
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.
These curved titanium ophthalmic scissors (23‑gauge) feature 1.6mm sharp blades and a straight tube design for controlled microdissection of corneal and scleral tissue. The curved blade profile enhances cutting efficiency during contoured tissue dissection. Their titanium construction and fine geometry support precision work in anterior and posterior segment procedures.
These light curved scissors carry blunt tips and 18mm blades from mid‑screw, suited to fine dissection of conjunctiva and superficial soft tissue. The ribbon‑style ring handle keeps weight low through extended use, and the polished finish supports consistent cleaning between cases.
Designed for handling scleral plugs during vitreoretinal cases, these forceps feature small cupped recesses inside the jaw tips that seat the plug head securely without slippage. The cross‑action design closes the jaws when the handle is at rest, freeing the surgeon's pinch effort during plug placement and removal. A wide serrated handle and 106mm length support a stable approach to the scleral ports.
The hockey blade scleratome is engineered for corneal and scleral entry during implant surgery and phacoemulsification. Its round handle provides comfortable grip during multiple entries, while the sharp blade around all edges enables controlled penetration regardless of approach direction. Individually packaged sterile, this disposable maintains consistent blade edge definition.
The scleratome 'hockey' blade carries a sharp edge along the full working face on a screw‑in tip, sized for scleral incisions where the cut runs along multiple directions. Individually packaged sterile delivery preserves the sharpened edge.
This Scobee oblique muscle hook is shaped to isolate the superior and inferior oblique muscles during strabismus surgery. A flat 4.5mm hook engages and lifts the muscle belly without piercing, and the curved shaft follows the orbital contour for posterior access. The serrated flat handle provides controlled rotation of the working tip during muscle identification.
This Scorsetti‑Shepard capsule polisher delivers gentle cortical lens material cleanup during cataract extraction. The 1.5mm semi‑sharp working ring offsets 90 degrees from the straight shaft, positioning the cleaning edge perpendicular to capsular surfaces. Semi-sharp edges effectively remove adherent cortex while minimizing inadvertent capsular abrasion.
This screw thread injector is engineered for use with Alcon MONARCH B, C, and D cartridges, providing controlled IOL advancement through threaded injection mechanisms. The injector design accommodates various lens optic geometries while maintaining alignment and preventing rotational displacement. The device supports predictable IOL deployment across a range of modern injection platforms.
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 Searcy chalazion trephine is a specialized surgical punch designed for meibomian gland pathology and eyelid margin lesion removal. Its 3mm straight blade with resharpenable edge cuts a consistent circular button through tarsal conjunctiva, enabling safe excision of chalazia and similar lid lesions without extension into surrounding tissue. The double‑window design and polished finish minimize thermal injury during prolonged cutting, while the round knurled handle supports precise control during fine lid work.
Searcy chalazion trephines core out chalazia and small lid lesions cleanly under lid clamp fixation. The 2.5mm resharpenable blade circumscribes the cyst wall, while a blade guard limits depth into surrounding tarsus. Double windows allow tissue inspection during rotation, and the round knurled handle keeps rotational orientation consistent across the 52mm overall length.
Engineered for cortical‑capsular separation, the Seeley hydrodissection cannula carries a 26ga shaft with an angled distal segment that threads through small clear‑corneal incisions. The 19mm working length (excluding hub) places the tip beneath the anterior capsule with minimal lever arm against the wound. Stainless‑steel construction holds the fine gauge true through repeat reprocessing.