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This right-hand Anis phaco chopper is designed for surgeons with left-hand dominance. The rounded blunt 0.5mm olive tip and offset inferior wedge provide controlled nucleus chopping with minimized risk of capsular contact.
Features & Benefits
The Barrett phaco axe is a titanium double-ended instrument engineered for right-handed surgeons. One end features a polished mushroom rotator for controlled nucleus rotation, while the opposite end provides a wedge-shaped phaco axe for efficient nucleus cracking. The 0.75 × 0.75mm geometry supports precise segment manipulation within the capsular bag during divide-and-conquer techniques.
The Brown nucleus cracker features cross‑action jaws and a flat fenestrated handle optimized for surgeon control during phacoemulsification nucleus splitting. Titanium construction provides rigidity needed to fracture hard nuclei while the fenestrated grip distributes pressure evenly across the palm. The crossing action amplifies bite force without requiring excessive hand squeeze.
Curved for the left hand, the Chang micro finger/chopper carries a finger‑shaped tip with a defined inner edge built for horizontal chopping during phacoemulsification. The geometry gives the non‑dominant hand a controlled tool for dividing the nucleus while the phaco tip stabilizes the opposite half.
This double-ended Chang microfinger chopper and vertical safety chopper provides versatile chopping performance in a single instrument. The C-shaped Chang chopper and 0.5mm olive-shaped safety blade are each angled 10mm from bend to tip, supported by a round knurled handle.
This Chang double-ended instrument combines a C-shaped microfinger chopper with a vertical safety chopper to address diverse nucleus-splitting strategies in a single tool. The blunt tip on the Chang end and the 0.5mm olive-shaped blade on the safety end each angle 10mm from bend to tip. The round knurled handle and angled geometry support ergonomic control during phacoemulsification of dense cataracts.
This single-ended Chang phaco chopper is optimized for nucleus division during standard phacoemulsification. The design supports controlled chopping mechanics for both soft and moderately dense nuclei. When used in combination with complementary instruments such as the Minardi chopper, it enables flexible nucleus-splitting strategies.
Designed for left-hand use, this double-ended Chang phaco chopper pairs two chopping profiles on a single 130mm shaft for versatile nucleus division. Each tip sits 10mm from the bend, giving consistent reach into the anterior chamber during phacoemulsification. The round knurled handle promotes steady rotational control throughout chop maneuvers.
This right-hand Chang phaco chopper/quick chopper provides dual chopping profiles in a single instrument. The 10mm bend-to-tip design enhances approach angles, while the round knurled handle ensures stable rotational control.
This titanium Chang phaco combination chopper integrates a Chang chopper on one end and a modified microfinger chopper on the other. Designed for left-hand use, each end provides precise cutting geometry for versatile nucleus division strategies.
The Chang‑Seibel style quick chopper combines a C-shaped blunt tip with a modified microfinger handle geometry for controlled nucleus cracking. Titanium construction reduces instrument weight while maintaining rigidity for precise chopping mechanics. The grooved round handle enhances fingertip stability during dense nucleus manipulation.
This double-ended Chang-Davidoff chopper combines two complementary chopping profiles in a single instrument. One end features the Chang Quick Chopper for efficient nucleus initiation, while the opposite end provides the Davidoff Ambidextrous Chopper for versatile chopping technique. Stainless steel construction supports reliable performance across multiple cases and sterilization.
This versatile Devgan universal chopper offers dual functionality as both a chopper and multi-tool in a single double‑ended design. The 12mm angled spatula tip and vaulted chopper geometry handle nucleofragment manipulation and phacoemulsification support across varied surgical styles. Titanium construction delivers durability and corrosion resistance through repeated sterilization cycles, while the grooved round handle provides secure grip control in extended procedures.
These Dodick nucleus cracker forceps use a cross‑action handle with 2mm × 1mm serrated paddles for controlled nucleus splitting. The three‑hole handle improves rotational balance during nuclear segmentation.
The angled Dodick‑Kammann nucleus chopper carries a short 1.5mm tip on a round handle, sized for compact chop maneuvers through a standard phaco incision. The angled geometry sets the working edge clear of the iris during nucleus segmentation.
This Dodick‑Kammann nucleus chopper provides the same 2mm angled chopping tip as the standard version but incorporates a modified handle configuration for alternative surgeon preference.
This Dodick‑Kammann nucleus chopper features a 2mm long angled tip designed for secure nucleus engagement. The round handle supports steady manipulation during nucleus division.
Engineered for vertical chopping technique, the Dodick‑Kammann nucleus chopper presents a straight 1.5mm working tip that engages the nucleus cleanly through a phaco incision. The round handle supports smooth rotational control during chop execution, and the short tip length minimizes posterior excursion within the capsular bag.
A straight 2mm tip on a round handle makes this Dodick‑Kammann nucleus chopper a direct in-line option for chopping firmer nuclei. The longer working tip gives confident purchase during division, while the straight shaft suits surgeons preferring an in-line approach.
These Ernest micro nucleus cracker forceps feature extra‑delicate cross‑action serrated paddle tips engineered for controlled nucleus cracking through a 2mm incision. The serrated flat three‑hole handle enhances grip and torque modulation during deep‑field manipulation.
These Ernest nucleus cracker forceps use a 2.5mm cracking interface with a three‑hole handle for controlled nucleus segmentation. The 100mm overall length supports stable deep‑field manipulation.
The Ernest nucleus splitter provides a direct approach to hard nucleus division through a 2.5mm incision. Titanium construction ensures the rigidity needed to split dense cataract material reliably. This instrument supports efficient nucleus fragmentation in small-incision cataract surgery where precision and control are paramount.
The Ernest‑Kashalman nucleus cracker employs titanium construction to split cortical and nuclear material during phacoemulsification procedures. Its crossing jaws apply controlled force to the cataractous nucleus, fragmenting dense grades into manageable segments for removal. Titanium mount combines strength with light weight, reducing surgeon fatigue during extended cases.
This Fine‑Nagahara chopper is titanium with a 10mm bend‑to‑tip, 45� angled blunt tip, and a micro‑cutting blade for controlled chop initiation. The right‑hand dominant design supports left‑hand use during phaco maneuvers.
The Fine-Nagahara quick chopper combines a fine interior cutting edge with a blunt wedge-shaped tip, optimized for right-hand-dominant surgeons working left-handed. The 10mm angled bend-to-tip geometry and round handle deliver controlled approach angles during the critical nucleus-chopping phase. The blunt wedge design excels at initiating clean fissures in dense cataracts without posterior capsule exposure.
This Fine/Nagahara & Nichamin I quick chopper is titanium with a 10mm bend‑to‑tip, fine interior cutting edge, and wedge‑shaped blunt tip for controlled phaco chopping. The left‑hand dominant design supports right‑hand use during nucleus division.
The Fine‑Nagahara and Nichamin I Quick Chopper combines titanium construction with a blunt tip and wedge‑shaped cutting edge optimized for dense nuclear grades. The fine interior cutting edge enables precise fragmentation while the blunt tip prevents unintended posterior capsule contact. At 134mm overall with a 10mm angled bend and round handle, the instrument balances reach, control, and fatigue management.
This Fukasaku‑Lieberman double‑ended phaco spatula combines an angled microfinger tip with a small‑pupil snapper hook on the opposite end, addressing both nucleus manipulation and pupil expansion within one instrument. The left‑opening configuration suits right‑hand use during small‑pupil cataract work. A longitudinal grooved handle offers steady tactile feedback during rotation.
Built for right-hand use, this Fukasaku‑Lieberman double-ended microfinger and phaco spatula pairs a small-pupil snapper hook with a microfinger tip for nucleus and iris manipulation through a single instrument. The angled tips reach beneath the iris margin during small-pupil phacoemulsification, while the longitudinal grooved handle gives tactile orientation at 130mm overall length. Switching ends spares an instrument exchange mid-case.
The Galib hook chopper, crafted in titanium with a straight geometry, delivers a specialized hooking profile for controlled nucleus fragmentation. The round handle and titanium material offer superior durability and corrosion resistance compared to stainless steel. Hook-type choppers excel at initiating clean division points in harder cataracts without excess tissue trauma.