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The push‑pull Kuglen iris hook moves the pupil margin or capsule edge through a 1mm rounded tip on a 20mm straight shaft. The round knurled handle gives a precise rotational feel for stretching a small pupil or repositioning iris tissue, and an included guard sheath protects the delicate tip in storage and transport. The 115mm overall length supports a bimanual technique through corneal incisions.
Features & Benefits
This straight Kuglen iris hook follows the classic push‑pull design, with a 1mm tip on a 20mm shaft for retracting and repositioning iris tissue during cataract and anterior segment work. The smooth flat handle supplies a stable thumb‑and‑forefinger grip, and the 121mm overall length keeps the surgeon's hand clear of the microscope field.
The Kuglen iris hook and IOL manipulator combines bipolar functionality for stable management of posterior capsule and IOL positioning during cataract extraction. Its angled shaft with 10mm bend to tip and flat mushroom rotator tip (0.76 × 0.25mm) enable precise iris retraction and IOL lens insertion. Titanium construction and round handle deliver control and lasting durability.
The Kuglen push-pull iris hook IOL manipulator in titanium provides bipolar control of iris and lens implant position during IOL insertion and repositioning. Its H-shaped 0.5 × 0.25mm tip engages delicate iris tissue or IOL loops without crushing, while the straight shaft and round grooved handle support balanced two-handed iris and lens manipulation. This design is essential for managing zonular instability and complex IOL orientations.
This double‑ended Kuglen-Fenzl Instrument combines an angled push‑pull iris hook on one end with a straight 0.15mm Fenzl manipulator hook on the other, enabling efficient iris positioning and fine delicate tissue work. The angled Kuglen end facilitates controlled iris traction away from the limbus, while the opposite straight Fenzl tip supports intracameral repositioning. The round handle provides neutral ergonomic balance for bimanual iris work.
Kuhnt fixation forceps stabilize the globe at the limbus during cataract incision, conjunctival peritomy, or muscle surgery. Curved 1 × 2 teeth engage episcleral tissue without crushing, and straight shafts present the toothed tips parallel to the operating axis. A serrated handle gives anti‑slip grip on a wet field, and the polished finish wipes clean between maneuvers across the 107mm length.
This lacrimal cannula combines a 19ga blunt tip with a side opening and straight shaft, engineered for safe lacrimal sac irrigation and probe-guided canalicular access. The blunt tip minimizes trauma to lacrimal punctal edges and delicate canalicular tissue, while the side opening allows controlled fluid delivery into the lacrimal system. The 28mm length provides stable handheld control.
Used for irrigating the lacrimal drainage system, this 22ga cannula carries a blunt flared probe point that enters the canaliculus without scratching the mucosal lining. A malleable shaft lets the surgeon shape the approach to the punctum and sac, and the polished 19mm working length keeps the cannula balanced during slow lavage. Stainless construction tolerates repeated cleaning of dried mucus and irrigant.
This 23‑gauge curved lacrimal cannula provides canalicular and lacrimal sac irrigation with a 25.4mm working length and 42mm overall length including the hub. The curve follows the natural arc of the canaliculus, and the polished finish reduces drag at the punctum during cannulation. Stainless‑steel construction holds shape across repeat reprocessing.
The lacrimal cannula is a curved 22ga instrument with a reinforced 18ga shaft engineered for safe canalicular probing and lacrimal system evaluation. The 10mm tip allows stable entry into lacrimal puncta while the reinforced shaft prevents kinking during tortuous canalicular navigation. The 50mm total length with 32mm working length supports access to the entire canalicular and lacrimal sac anatomy.
The curved lacrimal cannula accommodates the natural anatomy of the lacrimal drainage system during irrigation-probing sequences. Its 23ga lumen and 10mm tip length allow smooth advancement through the nasolacrimal passage, while the subtle curve reduces mechanical trauma to the duct wall. Reinforced 19ga shaft maintains rigidity during bidirectional fluid delivery.
This generic lacrimal cannula combines a long open end with 23-gauge dimensions for controlled canalicular irrigation and diagnostic probing. Its blunt tip and straight geometry minimize epithelial trauma during punctal entry and advance through the punctal-canalicular system. The 25.4mm shaft length provides adequate reach into the lacrimal apparatus while maintaining precise tactile feedback.
This long open‑end lacrimal cannula carries a 23‑gauge straight shaft with a blunt tip and a 31mm working length, suited to canalicular and nasolacrimal duct irrigation during lacrimal procedures. The open end allows direct forward flow for clearing obstructions, and the polished finish reduces drag at the canalicular punctum.
Tapered from a 19ga hub down to a 23ga tip, this straight lacrimal cannula irrigates the canalicular and nasolacrimal system through the punctum. The tapered transition steps the lumen down for atraumatic punctal entry while the larger proximal bore supports adequate flow. The smooth blunt tip avoids canalicular wall trauma.
Designed for lacrimal irrigation, this straight 23‑gauge cannula carries a 10mm working tip reinforced in a 19‑gauge shaft for added rigidity at the hub. The 32mm working length and 50mm overall reach support canalicular and punctal access without flex. A polished finish keeps the bore free of debris between cases.
This compact lacrimal cannula delivers micro-volume irrigation during canalicular procedures in confined nasal spaces. The 23ga straight shaft with 7mm working tip permits precise fluid placement without excessive sac distension. Its reinforced 19ga outer provides structural support without compromising the delicate lumen.
This lacrimal cannula is reinforced with a 19ga outer shaft for rigid delivery of irrigation fluid into the canalicular system during lacrimal probe-and-irrigate procedures. The 27ga inner lumen permits controlled saline infusion without excessive lacrimal sac distension. Working length of 32mm supports reliable access to the common canaliculus.
Lambert chalazion forceps in the large size, with a solid round lower plate and an open upper plate measuring 15mm inside diameter to encircle and isolate the lesion. The locking thumb screw fixes the plates against the everted lid for bloodless curettage, and the serrated handle supports a steady single‑hand hold.
The Lambert sleeve spreader uses a cross‑action design with 90‑degree angled smooth jaws and a post thumb‑screw lock, opening silicone sleeves for IOL injector cartridge loading and capsular bag manipulation. Cross‑action geometry inverts grip pressure into spreading force, and the thumb screw holds the chosen aperture during the loading step.
Lancaster eye speculum with solid 16mm blades and a screw‑controlled locking mechanism that holds the lids open at a fixed 38mm spread. The screw lock lets the surgeon dial in retraction without spring rebound, and the dull finish keeps the field free of glare. Overall length is 77mm.
The #65 lance disposable blade carries a 15 degrees cutting tip for sharp stab entries through cornea and limbus. The lance geometry produces a clean point of entry sized for paracentesis and small ophthalmic stab incisions. Each blade is individually wrapped sterile with twelve per box.
This double‑ended Lane femtosecond spatula includes a 3mm duck‑bill tip on a 10mm semi‑vaulted bend and an 8.5mm wide spatula with a flat inferior edge on a 0.4mm bend for femtosecond‑laser interface manipulation. The geometry supports controlled interface lifting, debris mobilization, and flap edge assessment during laser‑assisted corneal procedures.
The Lane LASIK cannula is curved to match corneal contours during femtosecond LASIK and refractive procedures. The 25g geometry provides precision positioning without contact trauma. The curved design accommodates the anterior surface anatomy for reliable, predictable flap management.
This titanium Langerman phaco chopper features an elongated Kuglen-style push-pull tip with wedge-shaped superior and inferior edges. Designed for bi-directional chopping, it enhances nucleus division efficiency.
Large replacement silicone tubing set for aspirating speculums (items 11‑2‑6282 and 11‑2‑6286), supplying one 455mm long tube and two 140mm short tubes per set. The flexible silicone maintains a kink‑free fluid path between speculum ports and suction lines during BSS irrigation and aspiration.
These LASIK flap forceps feature curved handle geometry with ring‑shaped, non‑grasping tips designed to gently retract and position the epithelial flap without tearing during LASIK ablation and epithelial debridement. The three‑hole flat handle provides ergonomic control during extended refractive procedures. Stainless steel construction withstands repeated sterilization while maintaining consistent flap handling characteristics.
This 25ga LASIK irrigating cannula directs balanced salt solution onto the stromal bed during flap lift and replacement. The fine lumen produces a gentle irrigation stream that clears debris from the interface without disturbing the flap edge. Single‑use packaging keeps refractive workflows consistent.
The 11.5mm aperture LASIK Pure Drain captures irrigation fluid and ablation debris during LASIK flap creation and excimer ablation. The 42 × 17mm oval body conforms to the periorbital surface, channeling runoff away from the operative field while preserving sterile barrier integrity. Single‑pouch sterile delivery supports case‑to‑case consistency.
This 8mm round LASIK shield incorporates a 6mm hinge mechanism for secure periocular positioning during corneal flap creation and excimer ablation. The smooth, optically clear plastic maintains surgeon visibility while protecting exposed corneal stroma and peripheral cornea. The rigid design withstands repeated contact with instruments.
The Lehner‑style capsulorhexis forceps is optimized for gentle, controlled circular capsulorhexis in patients with weak or cataractous anterior capsules. Its gently curved shaft, 2mm platform, and flat handle combine to deliver precise tissue purchase without perforation. Dull finish and compact 80mm length support meticulous, microsurgical precision during critical capsular membrane work.