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The Lester manipulator hook is an angled titanium instrument designed for direct nucleus and cortical material manipulation within the anterior chamber. At 125mm overall length, it provides adequate reach for stable handling of lens fragments during phacoemulsification. The angled geometry supports both chopping and rotation maneuvers.
Features & Benefits
A straight 0.25mm hourglass tip with a protective guard makes the Lester manipulator suited to delicate IOL positioning and iris work where tip exposure must be controlled. The knurled round handle gives steady fingertip rotation across the 120mm working length. The integrated guard helps limit unintended forward travel during fine maneuvers.
A vaulted angle on this Lester manipulator clears the corneal incision while the 10mm curved tip engages the nucleus or IOL inside the capsular bag. The hourglass tip profile gives a defined contact surface for centering an implant or rotating lens fragments without smearing endothelium. Round knurled handling along the 114mm shaft keeps fine angular adjustments under fingertip control.
The Lester-Burch eye speculum provides controlled eyelid retraction during anterior segment surgery. Solid curved 21mm blades conform to the orbital rim and distribute pressure evenly across the eyelid, while the thumb screw locking mechanism maintains consistent spread throughout the procedure. The 36mm opening width supports optimal visibility of the anterior chamber and cornea.
The Lester-Burch eye speculum delivers firm, even lid retraction through solid curved blades and finger-squeeze-pad control during anterior segment procedures. The 14mm blade width and 36mm spread create stable operative field exposure for cataract, corneal, and conjunctival surgery. Screw-locking mechanism maintains retraction tension throughout the case.
This Lewickey infusion cannula features a 20ga shaft with a threaded tip and a silicone tubing adaptor to support secure infusion line attachment.
The Lewicky anterior chamber maintainer sustains chamber depth during phacoemulsification through a threaded‑tip design that provides secure attachment and prevents accidental disconnect during manipulation. Its 23ga gauge allows adequate fluid delivery for continuous anterior chamber support while maintaining clear surgical sight lines.
The Lewicky cortex extractor presents a 23‑gauge curved 13mm shaft with a 0.3mm aspiration port set at 45 degrees to the right, designed to reach the subincisional capsular bag during phacoemulsification cortex removal. The angled side port lets the surgeon clear cortex behind the iris without rotating the bottle, and the polished finish reduces tissue drag at the wound. Stainless‑steel construction holds shape across repeat reprocessing.
Configured for left‑hand use, this Lewicky cortex extractor clears residual cortical material during cataract irrigation and aspiration. A 23ga curved shaft reaches subincisional cortex, and a 0.3mm aspiration port set at 45 degrees engages cortical strands with controlled vacuum. The polished finish keeps the cannula clean during repeat reprocessing.
This Lewicky cystotome features a sharp equilateral triangular tip mounted on an angled shaft that extends 11mm from the bend to the tip. The blade geometry and precise angulation support controlled capsular penetration and opening in cataract and refractive procedures. Round knurled handle delivers tactile feedback during capsular manipulation.
The Lewicky lens hook features an angled distal end that engages the IOL or nucleus for rotation and counter‑traction within the capsular bag. A 10mm tip‑to‑bend distance supports consistent intracapsular access through small incisions. The knurled round handle delivers the rotational feedback essential for controlled lens manipulation.
Built around a 6 × 7mm wire loop, the Lewis lens loop is shaped to cradle and extract an intact crystalline lens during planned extracapsular work. The flat handle keeps the instrument oriented during scooping motions, and the 137mm overall length supports controlled passage beneath the lens equator.
This Lewis lens loop features a 6mm × 7mm loop with smooth edges for gentle lens manipulation. The flat smooth handle improves fingertip control, and the polished finish reduces drag during intraocular movement.
Lewis lens loop is engineered for atraumatic nuclear extraction during phacoemulsification and small?incision cataract surgery. Its 5 × 6mm loop geometry and polished stainless steel surface minimize contact trauma to the nuclear equator during manipulation and elevation. The flat smooth 137mm handle provides ergonomic control and reduces hand fatigue in extended cases.
This Lieberman K‑wire style speculum delivers downward blade angulation that mirrors temple-directed lid movement during anterior surgery. The adjustable mechanism allows fine-tuning of spread, while the Kratz‑style open wire design maintains clear visualization. The 62mm working length supports steady access through small corneal incisions.
Lieberman aspirating adult K‑wire speculums combine Kratz‑style open‑wire 15mm blades with an integrated silicone aspiration cannula. The blades angle downward toward the temple to keep the lid out of the operative field, while the cannula clears irrigation fluid from the orbital cul‑de‑sac. The adjustable mechanism tunes the 31mm spread to each patient's anatomy.
This Lieberman aspirating speculum combines open wire retraction with integral fluid management. The round blades angle slightly upward, conforming to natural eyelid anatomy, while the attached tubing cannula evacuates pooling fluid away from the anterior chamber. The 86mm frame and 29mm cannula work together to maintain a clear, dry field throughout phacoemulsification.
The Lieberman aspirating nasal speculum is designed for controlled nasal-passage visualization and aspiration during dacryocystorhinostomy. The adjustable Kratz-style open-wire blades angle upward to conform to nasal anatomy, while the 15mm blade and 31mm spread deliver wide-field exposure. Integrated silicone tubing cannula supports intraoperative irrigation and debris removal.
The Lieberman aspirating wire speculum features open V-shaped blades angled upward with integrated aspiration tubing for superior field access and fluid management. The 15mm blade length and 45mm spread deliver wide ocular exposure while the included 32mm silicone cannula enables controlled intraoperative drainage. The 83mm overall length supports comfortable handling during extended procedures.
Designed for pediatric anterior segment surgery, the Lieberman child K‑wire speculum uses Kratz‑style open‑wire blades angled downward toward the temple to keep the lid margin clear of the surgical axis. The adjustable mechanism sets retraction to the size of the child's eye, and the 10mm blades on a 76mm frame fit comfortably within the pediatric orbit.
The pediatric Lieberman V‑Wire speculum carries 10mm V‑shaped open‑wire blades angled downward toward the temple, sized for child cataract and anterior segment cases through a temporal approach. The V‑wire shape distributes pressure along the lid margin while the open profile preserves the operative view, and the adjustable mechanism fits varied pediatric apertures.
Sized for infants, the Lieberman solid‑blade speculum carries 5mm blades angled downward toward the temple, lifting the lids while clearing the surgeon's working axis. The adjustable mechanism holds the desired spread, and the 43mm working length fits small palpebral fissures comfortably.
This Lieberman infant speculum features 5mm Kratz-style open‑wire blades angled downward toward the temple for improved access to pediatric eyelids. The corrected 76mm length and 43mm working reach provide controlled positioning with an atraumatic blade profile.
The Lieberman micro ring forceps features a 1.2mm ring tip design for delicate IOL haptic manipulation during implantation or exchange procedures. The reverse-action three-hole handle permits intuitive finger placement for fine positional adjustments, making it ideal for premium lens positioning within the capsular bag.
Designed for the right hand, this Lieberman double‑ended microfinger and spatula combines two working tips on a longitudinally grooved 133mm shaft. Each end carries a 10mm tip‑to‑bend profile, letting the surgeon flip between blunt iris manipulation and lens‑edge exploration without swapping instruments. The grooved handle anchors the index finger during fine anterior segment dissection.
Configured for left‑hand use, this double‑ended Lieberman microfinger‑spatula provides two working profiles for nucleus manipulation and iris support in a single instrument. Each end measures 10mm to the bend, giving consistent capsular reach across cataract maneuvers. The longitudinal grooved handle supplies secure tactile grip during rotation and stabilization.
Configured for the left hand, this Lieberman microfinger provides controlled iris and capsular manipulation during phacoemulsification and IOL placement. The 10mm tip‑to‑bend geometry reaches across the anterior chamber from a temporal incision, while the longitudinal grooved round handle delivers a steady rolling grip. The straight shaft transmits fine tactile feedback to the tip.
This right‑hand Lieberman microfinger pairs a 10mm tip‑to‑bend distance with a longitudinal grooved handle for second‑instrument nucleus manipulation during phacoemulsification. The grooved profile keeps the surgeon's grip oriented during chopping motions, and the 115mm length suits anterior segment work.
This child-sized Lieberman nasal K‑wire speculum features upward-angled Kratz‑style 11mm open wire blades for atraumatic nasal bridge access in pediatric patients. The adjustable mechanism supports controlled spread, while the corrected 76mm length ensures stable, compact instrument handling.
This adult nasal K‑wire Lieberman speculum integrates adjustable mechanics with upward‑angled Kratz‑style 15mm blades to follow nasal bridge contour. The corrected 76mm length provides stable control while supporting nasal and periocular access.