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The Haeflinger phaco chop is an angled chopper optimized for left-hand-dominant surgeons using right-handed technique. Set at 45 degrees with a 116mm overall length, the angled blade geometry supports efficient nucleus division and crack initiation. Stainless steel construction provides reliable performance across multiple sterilization cycles during routine and challenging phacoemulsification cases.
Features & Benefits
Intended for the left hand of a right‑dominant cataract surgeon, the Haeflinger phaco chop carries a 45‑degree angled shaft that aligns the working tip with the chopping axis through a temporal corneal incision. The 116mm length and stainless‑steel build place the cutting tip comfortably within the capsular bag for nucleus segmentation while the second hand drives the phaco probe. Stainless construction stands up to repeat reprocessing across high‑volume cataract lists.
The He Hook pre‑chopper is a right‑handed titanium chopper distinguished by its custom‑scaled tip, which at 40% of standard size, enables ultraprecise fragmentation in dense nuclei and confined anterior chamber spaces. The hooked geometry guides nuclear fragments with minimal disturbance to surrounding tissues, and titanium construction preserves the working geometry across many procedures.
These Hill prechopper forceps feature curved, beak‑shaped sharp tips and a round knurled handle for controlled nuclear engagement. The dual‑arm geometry supports internal splitting maneuvers with stable force application.
This Inamura Eagle Beak prechopper is designed for grade 1‑4 nuclei and features a narrow tip for insertion into denser nuclear tissue. The tip geometry enhances nucleus rotation within the capsular bag during mechanical division.
The Koch phaco chopper is engineered from titanium for controlled nuclear manipulation during phacoemulsification. This tool delivers the force necessary to divide the lens nucleus into manageable segments. Titanium construction ensures reliability and precision across repeated cases.
The Koch Stop Chop manipulator is engineered for crater-sculpting and nuclear fragment mobilization during phacoemulsification. Its angled 1.5mm shaft allows the surgeon to place the tip deep within the nucleus while maintaining clear visualization and phaco-hand position. The compact design supports efficient chopping sequences with minimal anterior chamber disturbance.
The Koch stop chop manipulator executes the signature divide‑and‑conquer technique with precision across the anterior chamber. The 1.5mm fine tip achieves rapid, controlled nucleofragment division while the angled shaft and round handle maintain ergonomic control even in narrow fields. This short 70mm design supports rapid chopping cycles.
This Koch‑Minami phaco chopper incorporates a 0.5mm olive‑shaped tip with an 11mm bend‑to‑tip distance and a round stainless steel handle for controlled phaco manipulation.
This double-ended Koch‑Nagahara chopper and duckbill spatula integrates a 1mm angled cutting wedge on one end and a rounded, curved 0.8mm spatula on the other. It supports both nucleus chopping and lens manipulation in a single instrument.
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.
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.
The MacKool big ball chopper features a 0.6mm ball-shaped tip optimized for more aggressive nucleus division in dense cataract cases. The stainless‑steel construction provides rigidity for controlled chopping mechanics. The ball geometry minimizes capsular contact while delivering effective nucleus segmentation force.
The MacKool big ball combo is a double-ended instrument with a 0.6mm chopper on one end and a blunt-tip spatula on the other. At 100mm overall length with a short handle, it delivers compact, versatile nucleus chopping and manipulation in a single stainless‑steel instrument. The straight geometry supports stable handling during dense nucleus cases.
This double-ended MacKool instrument combines a 0.38mm micro ball-shaped chopper on one end with a 0.4mm cylindrical spatula on the other. The chopper end features an interior cutting edge angled 10mm from bend to tip, while the spatula end provides a semi-vaulted 11mm bend geometry. The short round handle and 138mm overall length support versatile nucleus chopping and manipulation.
The MacKool double‑ended design pairs a blunt ball‑tip chopper with a cylindrical spatula for versatile nucleus management during phacoemulsification. At 138mm total length with optimized angled bends, this dual‑purpose instrument reduces exchanges between instruments while supporting confident control throughout dense nucleus segmentation.
This double-ended Mackool phaco chopper/spatula combines two distinct working edges on a single shaft, allowing rapid transitions between nucleus division and gentle lens manipulation. The spatula end supports nucleus positioning and soft cataract management without instrument exchanges. Stainless steel construction sustains reliable performance across multiple sterilization cycles.
This MacKool phaco chopper is a single-ended stainless‑steel instrument with a 0.6mm micro ball-shaped blunt tip angled 10mm from bend to tip. The inferior cutting edge and round handle geometry support precise nucleus chopping during phacoemulsification. At 114mm overall length, it provides stable anterior chamber positioning during divide-and-conquer maneuvers.
The MacKool titanium phaco chopper is a single-ended instrument with a 0.6mm micro ball-shaped blunt tip angled 10mm from bend to tip. Titanium construction provides superior corrosion resistance and reduced weight compared to stainless steel. The inferior cutting edge and round handle support precise chopping during nucleus division within the capsular bag.
The Maloney quick-chop is a double-ended titanium tool engineered for efficient nuclear segmentation during phacoemulsification. One end features a 9mm angled quick-chop tip, while the other provides a 10mm micro-sharp pick for directed chopping strokes. The round handle and dual functionality reduce operative setup time.
This angled microfinger is a left‑angled manipulation tool designed for delicate tissue retraction and iris manipulation in ophthalmic microsurgery. The angled configuration permits access to temporal and nasal quadrants of the anterior chamber with minimal handle intrusion into the operative field. Stainless steel construction ensures reliable performance and easy sterilization.
The Minardi‑style angled phaco chopper delivers a 0.75mm sharp pointed tip at 10mm from the bend, optimizing nuclear engagement and subdivision geometry. Angled shaft positioning supports ergonomic hand angle during right‑eye procedures while maintaining optimal chamber view. Overall length of 108mm supports steady intracameral control.
This Nagahara ambidextrous nucleus chopper uses a 1.5mm tip with a 60‑degree blade set and a 110mm length for nuanced nucleus segmentation.
This Nagahara ambidextrous nucleus chopper features a 1.5mm tip with a 90‑degree blade set and a 110mm length for controlled nucleus manipulation.
This titanium Nagahara nucleus chopper is engineered with a 1.25mm inner and 1.75mm outer blade offset at 60 degrees for enhanced nuclear fragmentation control in dense cataracts. Titanium composition provides superior edge retention and reduced glare compared to stainless steel. The 10mm bend‑to‑tip distance and round handle support stable positioning during right‑handed phacoemulsification.
The titanium Nagahara nucleus phaco chopper delivers precision nucleus division during phacoemulsification. Its 1.5mm blade at 90 degrees provides stable chopping force within the capsular bag, while the 0.75mm cutting edge initiates clean cracks through dense nuclei. The round grooved handle and angled shaft support ambidextrous control, and titanium construction ensures durable performance across multiple reprocessing cycles.
This double-ended Nagahara phaco chopper and Drydale nucleus manipulator combines efficient chopping geometry on one end with rotation capability on the other. Designed for left-hand use, the stainless‑steel construction is built for reliable performance across routine and complex phacoemulsification cases. The dual-function design reduces instrument exchanges during surgery.