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Nagahara phaco chopper stainless steel handle left hand design

Nagahara Phaco Chopper, LHD

Supports controlled nucleus chopping with steady countertraction opposite the phaco tip. Streamlines fragment handling, aiding intraoperative decisions and case flow.

Original price was: 3,250 EGP.Current price is: 3,087 EGP.

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SKU: P-064TH Categories: Choppers, Ophthalmology, Surgical Instruments

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* The information on this page is a summary and is not intended to cover all available information about this medication. It does not cover all possible uses, directions, precautions, drug interactions or adverse effects and is not a substitute for the expertise and judgement of your healthcare professional.

Technical Specifications of Nagahara Phaco Chopper, LHD

Specification	Description
Speciality	Ophthalmology
Category	Surgical Instruments
Model Variant	0.45 mm
Material	Titanium
Sterilization Method	Autoclavable
Finish	Polished
Length (mm)	120 mm
Packaging Unit	Single Piece
Handle Type	Round Handle
Tip Type	Angled
Brand	Cilita
Manufacturer	Cilita
Country of Origin	Russia
SKU	P-064TH

This ophthalmic surgical instrument is configured for intraoperative handling and precision, featuring an angled tip in a 0.45 mm variant. The titanium construction with a polished finish is autoclavable, and the 120 mm length with a round handle supports controlled manipulation and routine sterilization workflows.

Surgical Applications of Nagahara Phaco Chopper, LHD

Designed for left-hand use in bimanual phaco, Nagahara Phaco Chopper, LHD supports structural orientation, nucleus mobilization, and controlled segmentation within the capsular bag. It facilitates plane separation, precise fragment guidance toward the phaco tip, and temporary stabilization of lens material during ultrasonic energy application.

Common Applications

Mechanical chopping to segment the crystalline lens nucleus within the capsular bag.
Contralateral stabilization of nuclear material during instrument-driven manipulation.
Controlled rotation and repositioning of the nucleus to improve presentation of targeted planes.
Separation of nuclear planes to initiate or extend an existing crack.
Guiding and elevating mobilized fragments toward the phaco tip for continued handling.