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Designed for left‑hand use by right‑dominant surgeons, the Nagahara phaco chopper features a 0.9mm inferior cutting edge for efficient nucleus crack initiation. The angled shaft with 10mm bend to tip optimizes approach during dense nucleus chopping. Serrated handle and stainless‑steel construction provide secure positioning and reliable durability throughout multiple reprocessing cycles.
Features & Benefits
Designed for left‑hand use during right‑dominant phacoemulsification, this Nagahara phaco chopper carries a flat interior cutting edge that initiates clean nuclear fracture along the chopping axis. The shaft is angled 45 degrees with a 10mm bend‑to‑tip and a 1.5mm cutting edge oriented at 60 degrees, giving the surgeon a defined purchase point on the nucleus while clearing the capsular rim. A round knurled handle on the 114mm shaft keeps rotational control predictable through divide‑and‑conquer or stop‑and‑chop technique.
The Nagahara phaco chopper features a 0.9mm inferior cutting edge and left‑hand dominant configuration, enabling the surgeon to divide the nucleus into smaller segments while the phaco tip emulsifies from the center. The angled 10mm bend‑to‑tip geometry improves visibility and tactile control during continuous nucleus segmentation. Serrated handle provides slip‑free grip even with wet gloves.
This stainless-steel Nagahara phaco chopper features a centered flat interior cutting edge for efficient chop initiation. The 10mm bend-to-tip angle and round knurled handle support stable, ergonomic performance during phacoemulsification.
Combining a phaco chopper on one end and a Drysdale-shaped nucleus manipulator on the other, the Nagahara double-ended instrument streamlines nucleus disassembly workflows. The 133mm length and round handle deliver ergonomic reach and stable grip during both chopping initiation and quadrant repositioning. Stainless steel construction and reusable format minimize instrument inventory costs.
This Nagahara-style nucleus chopper in titanium for left-hand use with modified geometry enables optimized phaco chopping for varied nuclear densities. The modified design enhances chopping efficiency while maintaining protection for the posterior capsule.
The Nichamin chopper combines a precision-engineered 0.5mm ball tip with straight-shaft geometry for controlled nucleus segmentation and cracking. The 1.1mm tip length and 7mm handle diameter support stable maneuvering during phacoemulsification of moderately dense to hard nuclei. Titanium construction ensures reliable performance and corrosion resistance across multiple surgical cases.
The Nichamin titanium quick chopper features a left‑hand dominant double‑ended design with wedge‑shaped cutting edge on one end and delicate needle‑point pick on the other, accommodating both nuclear sculpting and fine tissue manipulation. Titanium rigidity and dual functionality reduce instrument exchanges during time‑sensitive phaco sequences. The pick end enables precise posterior capsule work.
This Nichamin quick chopper carries a 1mm eye-shaped wedge with a right-hand-dominant cutting edge, intended for use in the surgeon's left hand during stop-and-chop technique. The angled shaft sets the tip 10mm from the bend, supporting clean nucleus segmentation through a paracentesis. Overall length is 114mm.
The Nichamin quick chopper's eye-shaped wedged cutting edge presents a unique profile for selective nucleus cracking without the flanged tips that catch surrounding tissue. Left-hand dominant design allows right-hand use while positioning the cutting edge at an ergonomic approach angle. Its 10mm angled tip from bend improves field control during grade 2-4 nucleus work.
This combination instrument pairs the Nichamin triple chopper with a quick-chopper end, engineered for left-hand-dominant surgeons working right-handed. Both ends feature the characteristic Nichamin multi-directional cutting geometry optimized for efficient nucleus fragmentation in varying density cataracts. Round knurled handle and stainless steel construction support high-demand phaco workflows with a single dual-purpose instrument.
Optimized for right-hand-dominant surgeons requiring left-hand use, this double-ended instrument combines a Nichamin triple chopper and quick-chop end with ambidextrous geometry. The round knurled handle and stainless steel construction deliver comfortable grip and reliable reprocessing durability. Multi-directional cutting edges address nucleus density variation within a single instrument, reducing hand exchanges during phaco.
The Nichamin Triple Chop and Quick Chop combination delivers dual chopping techniques within a single titanium instrument, allowing surgeons to transition between heavy fragmentation and fine finishing without instrument exchange. Right‑hand dominant design with round knurled handle supports sustained, fatigue‑resistant grip during multiple chopping sequences in grades 2‑4 nuclei.
The Nichamin triple chopper Castroviejo spatula combines precision nuclear disruption with convenient tying platform geometry in a single instrument. Its 0.5mm Castroviejo‑pattern tip allows fine, controlled chopping strokes during phaco, while the straight shaft and round knurled handle support stable handheld control. The 140mm overall length facilitates comfortable manipulation during lens nucleus management.
The Nichamin triple chopper combines three distinct cutting edges optimized for multi-directional nucleus division in a single ambidextrous instrument. The angled 10mm bend-to-tip, sharp multi-directional wedge, and round knurled handle deliver superior control during aggressive nucleus cracking in hard cataracts. Stainless steel construction supports high-demand phaco surgery centers with reusable efficiency.
Nichamin's triple chopper delivers multi-directional cutting action for dense nucleus management. The titanium construction balances rigidity with field control, while the 10mm angled segment from bend to tip improves tactile feedback during sequential chopping passes. Knurled round handle and ambidextrous design support comfortable use in either hand.
This double-ended titanium instrument combines the Nichamin Triple Quick Chop and Bechert Rotator in one surgical tool. The right-hand dominant configuration and vaulted profile support both nucleus chopping and controlled segmentation during phacoemulsification. Single-instrument design reduces exchanges and maintains field efficiency during complex cataract cases.
Engineered as an ambidextrous vertical chopper, the Nichamin chops the nucleus by downward force rather than lateral pull. The angled, vaulted shaft places the tip 10mm from the bend, clearing the iris plane during vertical chop maneuvers. A 114mm overall length keeps the instrument balanced for in-the-bag work.
This angled phaco chopper incorporates a 0.7mm ball tip with an inferior wedge to support controlled nucleus division. The 10mm bend-to-tip layout and 90-degree orientation optimize intraoperative approach angles.
The pre‑chopper forceps in titanium combines an angled 45‑degree geometry with arrow‑shaped tips and a 3 × 1mm flattened paddle area for controlled nucleus manipulation during phacoemulsification. The cross‑action shaft with 13.5mm bend‑to‑tip reaches challenging quadrants, while the round handle supports secure grip during chopping sequences. At 119mm, the forceps balances reach with hand control.
This pre-chopper is engineered specifically for hard nucleus management during phacoemulsification. The cross-action handle and 45-degree angle optimize the approach geometry needed to initiate efficient nucleus divisions in dense cataracts. Maximum opening of 3mm allows controlled depth of penetration into the anterior chamber without capsular trauma.
This Rosen‑style phaco splitter carries a 60‑degree angled tip with a 10mm tip-to-bend distance, supporting controlled approach to the nucleus through standard phaco incisions. The knurled handle improves tactile grip during chop execution, and the 110mm overall length keeps the working tip well-balanced in the anterior chamber.
This Rosen-style phaco splitter features a 90-degree angled tip designed for nucleus division during phacoemulsification. The knurled handle enhances grip precision, and the 10mm tip-to-bend distance provides stable approach geometry within the anterior chamber.
The Rosen-style titanium phaco splitter delivers controlled nucleus fracturing through its 10mm tip-to-bend distance and straight-shaft design. The round grooved handle provides superior grip control during the critical splitting phase of phacoemulsification. Titanium construction ensures durable performance and corrosion resistance across repeat sterilization cycles.
This double‑ended Rowen phaco splitter pairs a phaco splitter on one tip with a Bechert nucleus rotator on the other, covering both phases of nucleus disassembly in a single instrument. Each tip measures 10mm to the bend, supporting consistent intracapsular reach during cataract work. The knurled round handle gives secure rotational control during chop and rotate maneuvers.
The Sabban (Sinskey-pattern) quick chopper carries two working tips on a single shaft, supporting rapid transition between chop and manipulation maneuvers during phacoemulsification. Its double-ended layout reduces instrument handoffs during divide-and-conquer or stop-and-chop sequences.
The Salvitti Akahoshi micro pre-chopper is a precision forceps designed for dense nucleus manipulation in challenging cases. Its 1.3mm tip height and 1.7mm maximum width support atraumatic chopping in confined anterior chamber spaces. The reverse cross-action style and blunt-edged sharp-point geometry enable controlled nucleus cracking without capsular trauma.
This Seibel ambidextrous chopper in titanium features an olive tip that provides atraumatic nucleus engagement during phacoemulsification. The ambidextrous design supports both right and left-hand surgical workflows with reliable chopping geometry for efficient nuclear division.
The double-ended Seibel chopper and Connor wand combines two distinct geometries in a single titanium instrument. The Seibel chopper end provides controlled nucleus division, while the Connor wand end supports lens manipulation and rotation. This dual-purpose design reduces handoff exchanges during complex phacoemulsification sequences.
The Seibel horizontal ball chopper is a 118mm straight-shaft instrument designed for controlled nucleus division during phacoemulsification. Titanium construction provides rigidity while minimizing instrument weight. The ball-tipped geometry supports both initial chopping and secondary nucleus repositioning within the capsular bag.