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Crafted from black autoclavable plastic, this Jaeger lid plate slides behind the eyelid to provide a firm backing for chalazion incision, lash procedures, and other lid surface work. The double‑ended design offers a 24mm convex face on one end and a 20mm concave face on the other, letting the surgeon match the plate to lid curvature. The matte plastic surface reduces glare under the microscope.
Features & Benefits
The Jaeger lid plate is a clear lucite surgical aid with curved ends and multiple size options (20 × 35mm and 24 × 35mm), designed to protect the globe and sclera during lid surgery while providing surgeon visibility. The transparent construction allows direct visualization of underlying tissue during blepharoplasty or lid procedures. This 93mm reusable instrument supports safe anterior segment protection during lid manipulation.
Built around a 0.15mm tip on a 21mm shaft, the Jaffe iris hook engages pupil margin and capsular edges for retraction during cataract and anterior segment surgery. The straight profile preserves the surgeon's line of sight through clear‑corneal incisions, and the flat smooth handle indexes against the thumb for steady fine motion. The 121mm stainless‑steel frame supports controlled placement.
Designed for pupil expansion and iris fixation during phacoemulsification, the Jaffe iris hook presents a small blunt tip on a 26mm straight shaft. The blunt working edge minimizes the risk of inadvertent iris perforation, and the smooth flat handle keeps the instrument low against the cheek. A 127mm overall length supports comfortable reach during anterior segment work.
This Jaffe lens spatula carries a 0.5mm flat tip on an angled shaft for nucleus manipulation and chopping support during phacoemulsification. The flat handle keeps the spatula oriented in two planes for predictable instrument feedback, while the angled shaft preserves the surgeon's view of the capsulorhexis margin.
The Jaffe lid retractors are a paired set of self‑retaining wire retractors that hold the upper and lower lids clear of the operative field during anterior segment surgery. Each 15mm curved blade rests gently against the lid margin, distributing pressure without crushing. The dull finish reduces microscope glare, and the compact 53mm body keeps the instrument out of the surgeon's working space.
The Jaffe needle holder combines a gentle curve with delicate jaws and a 9mm conical jaw design for secure needle engagement during corneal and episcleral suturing. The with-lock mechanism ensures stable needle positioning during knot tying. The three‑hole handle and 114mm length support exceptional control during fine suture placement.
The Jaffe Needle Holder with gentle curve is designed for improved access to posteriorly located wound sites during ophthalmic suturing. Its 9mm conical jaw engages needles securely without slipping, and the curved shaft enhances visualization while reducing hand and arm strain during extended cases. The absence of a locking mechanism allows fine tactile feedback during needle positioning, ideal for delicate anterior segment wound closure.
The Jaffe Needle Holder is engineered for precision ophthalmic suturing with a 9mm conical jaw that engages curved ophthalmic needles securely. Its delicate design minimizes needle damage and tissue trauma while the locking mechanism ensures reliable needle positioning throughout the suturing sequence. The straight geometry, three‑hole handle, and 114mm overall length provide excellent control during corneal and scleral wound closure.
These Jaffe stitch scissors incorporate curved sharp tips and medium‑length blades with a 13mm mid‑screw‑to‑tip distance. The three‑hole handle improves suturing access and stability.
These Jaffe tying forceps use curved 23mm shafts with a three‑hole handle to enhance controlled angled suture placement. The 100mm overall length supports fine anterior segment knot advancement.
These Jaffe tying forceps use curved 23mm shafts and a three‑hole handle, offering enhanced approach geometry for angled suture advancement in confined spaces.
The Jaffe utility forceps features curved shafts that adapt to orbital and periocular anatomy during eyelid and conjunctival procedures. The three‑hole handle and 110mm length provide secure grip and reach for lid margin work, conjunctival manipulation, or accessory muscle exposure during strabismus surgery.
This large Jaffe wire lid retractor uses a single 15mm wire blade on a sprung body for hands‑free lid retraction at the lateral canthus. The compact 41mm overall length and atraumatic wire profile suit oculoplastic and microsurgical setups where a full speculum would crowd the field.
Jaffe wire lid retractors provide hands‑free lid retraction during cataract and refractive cases without occupying space at the limbus. The 10mm blade hooks under the lid margin, and the wire frame elevates with minimal contact pressure. A compact 41mm overall length keeps the retractor low against the cheek and forehead.
This Jaffe‑Bechert rotator includes a Y‑shaped tip designed for controlled nucleus rotation during phacoemulsification. The round knurled handle enhances tactile feedback, while the 9mm tip‑to‑bend distance supports precise intraocular maneuvering.
Designed for lens manipulation and IOL positioning, the Jaffe‑Maltzman manipulating hook carries a 10mm tip-to-bend distance with a smooth flat handle and 120mm overall length. The flat handle profile orients the working tip consistently within the surgeon's fingertip grip, supporting refined haptic engagement and iris-plane work.
Jameson calipers measure 0 to 80mm in 1mm increments and 0 to 3 inches in 1/16‑inch increments, sized for marking and verifying distances during strabismus, oculoplastic, and refractive surgery. Narrow flat 3mm tips reach reliably to the limbus or lid margin, and a thumbscrew locks the caliper at the measured setting. Dull finish suppresses reflection under microscope view.
The Jameson muscle forceps targets extraocular muscle manipulation during strabismus surgery, where scaled jaws with interlocking tooth geometry secure firm, atraumatic purchase. This adult-size, left-hand version features 12mm scaled jaws with 1mm teeth that mesh on one jaw into mating holes on the other�a precision pattern that locks muscle tissue without crushing. Angled shafts improve access to medial and lateral rectus in tight orbital fields.
Right‑oriented Jameson muscle forceps secure rectus muscle bellies during strabismus disinsertion and reinsertion. The 12mm scaled jaws calibrate suture placement from the muscle insertion, with 1mm teeth on one jaw fitting matched holes on the other to lock the muscle without slip. A serrated handle and slide lock hold the muscle hands‑free across the 100mm length while the surgeon places anchoring sutures.
This child-size left Jameson muscle forceps is configured for pediatric strabismus surgery where smaller jaw dimensions and delicate tissue handling are essential. The 1mm interlocking tooth pattern and 9mm scaled jaws provide secure extraocular muscle grasp without tissue crush. The angled geometry and serrated handle with slide-lock mechanism support controlled advancement.
Pediatric strabismus repair demands smaller, right-hand scaled forceps with proportional grasping geometry. This Jameson variant delivers 9mm scaled jaws with the same interlocking 1mm tooth pattern, designed for a child's smaller orbital anatomy and tissue volumes. Angled shafts remain essential for comfortable rectus muscle approach in confined pediatric fields.
Configured for broader adult rectus muscles, the large Jameson muscle hook places an 11mm tip‑to‑bend profile on a smooth flat handle for engaging and lifting the muscle belly during recess‑resect procedures. The 127mm overall length keeps fingertip orientation at the orbital rim, and the flat shank supports stable in‑hand rotation.
The large Jameson muscle hook places a broad working tip on a grooved handle for engaging adult rectus muscles during strabismus surgery. Longitudinal grooves give tactile orientation through the hook's working arc, and the 127mm overall length keeps the surgeon's fingertips clear of the orbital rim during muscle isolation.
The small Jameson muscle hook seats an 8mm tip‑to‑bend profile beneath narrower or pediatric rectus muscles during strabismus work. A smooth flat handle preserves two‑plane orientation, and the 127mm body keeps the surgeon's fingertips clear of the field while the hook engages.
The small Jameson muscle hook engages extraocular muscle bellies during strabismus surgery. Its slim shaft and rounded tip slide beneath the muscle insertion to lift it clear of the sclera for measurement, recession, or resection. A grooved handle improves grip during the controlled lifting maneuver, and the 127mm length suits standard pediatric and adult strabismus exposure.
The 23‑gauge Jensen capsule polisher carries a fully carbide-blasted curved tip for atraumatic abrasion of residual lens epithelial cells along the posterior capsule. At 27mm working length excluding the hub, it threads easily through standard phaco incisions. The textured carbide surface delivers consistent polishing without sharp edges.
The Jensen capsule polisher is engineered as a 23-gauge tip designed to gently polish posterior lens capsule epithelial cells before intraocular lens insertion. The half carbide-blasted tip provides controlled abrasion without perforation risk, making it suitable for both routine phacoemulsification and complex MICS cases. At 28mm length (excluding hub), the compact size enables precise control within confined anterior chamber spaces.
The Jensen capsule polisher features a 25-gauge straight curved shaft with a half-carbide blasted tip designed to gently polish the posterior capsule following cortex removal. The 28mm working length provides precise control during the delicate final polishing phase of phacoemulsification. Carbide blasting of the tip surface enhances grip on fibrous capsular tissue without traumatizing the capsular membrane.
This Jensen capsule polisher features a 25ga shaft with a fully carbide‑blasted tip and a compact 22mm working length to support controlled capsule surface refinement with enhanced micro‑tactile feedback.