Your cart is empty!
The Koch stop-chop manipulator presents a 90‑degree angled tip with a 1.5mm working length and 10mm bend-to-tip distance, supporting the stop-and-chop sequence during phacoemulsification. The round knurled handle improves tactile grip during groove sculpting and subsequent chop engagement, with 112mm overall length balancing reach and control.
Features & Benefits
The Seibel nucleus chopper is configured with a 0.5mm olive‑shaped tip and curved interior cutting edge, optimized for smooth nuclear segment separation during phacoemulsification. The 15mm bend‑to‑tip angle provides optimal approach geometry when working in deep anterior chamber anatomy. Round knurled handle delivers reliable tactile feedback during the chopping stroke.
Built for left‑hand use by a right‑dominant cataract surgeon, this double‑ended Seibel‑style chopper combines a classic Seibel cutting end with a safety quick chopper opposite. The Seibel end carries a curved interior cutting edge with a 0.5mm olive tip set 15mm from the bend for full‑thickness nuclear chops, while the safety end pairs a 0.5mm olive blade with a 1mm bend angled 10mm to tip for protected vertical chopping along the capsular floor. Stainless construction supports reliable reprocessing across the 140mm length.
Designed for left?handed surgeons, the Lieberman microfinger provides fine anterior chamber and iris manipulation precision. Its 10mm tip?to?bend length and grooved round handle provide secure tactile control during delicate capsulorhexis or zonular work. The narrow shaft profile enhances visibility in confined spaces of the anterior chamber.
Fine‑Nagahara choppers combine a fine tip geometry with ambidextrous usability, making them suitable for both right‑ and left‑handed surgeons during divide‑and‑conquer nucleus management. The straight 124mm shaft provides direct access to the nucleus in multiple quadrants of the anterior chamber. This pattern is particularly effective in dense cataracts where chopping efficiency is critical.
The Seibel vertical safety quick chopper employs right‑hand dominant geometry for left‑hand intraocular manipulation during phacoemulsification. Its vertical blade orientation and quick‑strike mechanism enable predictable nuclear subdivision with minimal chamber turbulence. The stainless steel construction and safety design support reliable performance across high‑volume cases.
This left-hand Nagahara nucleus chopper is engineered for contralateral phaco-emulsification approach during cataract extraction. The 1.25mm inner tip diameter and 1.75mm outer tip width deliver dual-surface cutting, while the 60-degree blade offset creates optimal chopping angle. The 10mm bend-to-tip distance and round handle support controlled nucleus fragmentation.
The Seibel ambidextrous chopper is a precision lens nucleofragmentation instrument designed for bimanual phaco work. Its 0.5mm olive tip and curved interior cutting edge support efficient cortex and nuclear fragment separation. The angled 15mm working length allows controlled access from the main incision during phacoemulsification.
This left-hand Chang phaco chopper is double-ended, with each tip angled 10mm from bend to tip. The knurled handle enhances control, while the 130mm overall length supports stable maneuvering within the anterior chamber.
Pairing a Seibel‑style chopping end with a 25mm Connor wand‑style ball manipulator, this titanium combo instrument covers nucleus segmentation and IOL positioning in one pass. The 45‑degree angled shaft and 10mm bend‑to‑tip set up clean chopping geometry inside the capsular bag, while the 21mm working length of the manipulator side suits cortex sweeping and optic centration after lens insertion. Titanium construction keeps the 140mm shaft light and corrosion‑resistant across repeat autoclave cycles.
This Rosen chopper incorporates a blunt tip with a 45-degree interior cutting edge to support controlled nucleus division during phacoemulsification. The angled 9mm bend-to-tip geometry and round knurled handle enhance precision maneuvering within the anterior chamber. Stainless steel construction provides reliable performance across cases with efficient reprocessing and sustained durability.
The Nagahara nucleus chopper in titanium for left-hand use enables efficient phaco chopping technique with precise nuclear division. The titanium construction maintains edge retention through repeat use while supporting ambidextrous surgical team workflows.
These Ernest micro nucleus cracker forceps feature extra‑delicate cross‑action serrated paddle tips designed for nucleus cracking through a 2mm incision while maintaining controlled spreading dynamics.
This right‑handed Nagahara nucleus chopper is configured with a 1.25mm inner tip and 1.75mm outer dimension, offset at 60 degrees for controlled nuclear fragmentation during phacoemulsification. The 10mm distance from bend to tip and angled blade geometry optimize anterior chamber access during divide-and-conquer and stop-and-chop techniques. A round stainless‑steel handle and 114mm length provide stable control.
The Akahoshi Hybrid Combo pre‑chopper combines titanium construction with a scalloped crescent tip optimized for the karate prechop technique in small incision surgery. The cross‑action opening limits blade separation to 3mm, enabling maximum incision closure benefit while the crescent geometry fragments nuclei with controlled force. Round grooved handle design supports sustained grip during chopping sequences.
These titanium Ernest micro nucleus cracker forceps incorporate extra‑delicate serrated paddle tips with a cross‑action mechanism optimized for nucleus cracking through a 2mm incision. The lightweight titanium two‑hole handle improves micro‑tactile sensitivity.
This Agarwal karate phaco chopper features an 11mm bend-to-tip distance with a sharply angled profile for precise chopping maneuvers. The round handle improves grip stability during phacoemulsification.
These Akahoshi combo phaco pre‑chopper forceps include straight jaws with 4.5mm delicate crescent‑shaped sharp tips and a round handle, enabling controlled pre‑chop maneuvers with a 30mm maximum opening.
This Akahoshi combo pre‑chopper is designed for grade 1‑2 nuclei and employs the karate pre‑chop technique with a crescent‑shaped paddle tip for small‑incision surgery. The geometry supports broad‑based nucleus separation with minimal zonular stress.
This Akahoshi conventional pre‑chopper uses angled vaulted titanium jaws with a cross‑action mechanism and a 3mm maximum opening for soft nucleus engagement. The delicate jaw geometry supports controlled pre‑chop maneuvers through a small incision.
The Akahoshi hybrid combo chopper bridges hard nucleus handling and phaco compliance in grades 1 to 4 cataracts. Its scalloped crescent tip geometry performs the initial Karate prechop, then rotates for follow-up chopping without instrument exchange. Round handle and 3mm maximum incision opening make it ideal for MICS workflows.
This Akahoshi hybrid combo pre‑chopper features titanium construction with a scalloped crescent tip for grade 1‑4 nuclei using the karate pre‑chop technique. The 3mm opening allows controlled penetration within small incision parameters.
The Akahoshi Paddle pre‑chopper handles softer nuclei (grades 1‑2) with a paddle tip geometry that distributes force across a wider nuclear surface, reducing the risk of posterior capsule rupture. The round knurled handle provides secure, fatigue‑resistant grip during prolonged chopping, and the 120mm length balances access with precise control in the anterior chamber.
These Akahoshi phaco pre‑chopper forceps feature a 30� angled profile with 4.5mm delicate jaws and sharp pointed tips. The three‑hole handle and 120mm length support stable nucleus division with up to 30mm opening.
Engineered for prechopping firm nuclei before phaco energy is applied, the Akahoshi prechopper uses a cross‑action mechanism to split the lens within the capsular bag through a single instrument pass. The angled titanium tips enter the anterior chamber through a clear corneal incision, then spread to divide the nucleus along its natural cleavage planes. Titanium construction keeps the cross‑action precise and corrosion‑resistant across repeated autoclave cycles.
The Akahoshi splitter brings precision nucleus management to small-incision phaco cases. Its straight 0.75mm ring design secures hard nuclei for controlled splitting while the 1.6mm outer diameter fits comfortably through MICS incisions without widening the entry. Titanium construction combines durability with predictable feel during the Karate split or completing chop sequences.
This Akahoshi Sub II combo pre‑chopper is designed for soft nuclei grades 1‑2 and optimized for use through a 2mm incision. The blade configuration supports early nucleus division and internal expansion without excessive zonular stress.
The Akahoshi Universal II pre‑chopper is calibrated for nuclei grades 2‑4 and accommodates incisions as small as 2‑2.2mm, enabling maximum wound closure benefits in microincision cataract surgery. The straight narrow jaw design permits precise chopping strokes parallel to the ophthalmic axis without widening the incision. This geometry optimizes nuclear fragmentation while minimizing corneal stress.
This Akahoshi Vienna Window prechopper uses double‑edged broader blades with thickness matched to the Combo‑Prechopper IV for consistent chamber dynamics. The blade design accommodates grade 1‑5 nuclei by providing controlled penetration and spreading force.
This left-hand Anis phaco chopper is optimized for right-dominant surgeons. Its 0.5mm rounded olive tip and offset inferior wedge support controlled divide-and-conquer maneuvers with enhanced safety.