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Osher IOL removing scissors stainless steel 6 mm blades

Osher IOL Removing Scissors – 6mm Blades

Enables controlled intraocular cuts under direct view to support confident explant decisions. Streamlines small-incision explantation and suture management for operative efficiency.

Original price was: 9,000 EGP.Current price is: 8,550 EGP.

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SKU: S-0802T Categories: Ophthalmology, Scissors, 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 Osher IOL Removing Scissors – 6mm Blades

Specification	Description
Specialty	Ophthalmology
Category	Surgical Instruments
Model Variant	6 mm
Material	Titanium
Sterilization Method	Autoclavable
Finish	Polished
Length	94 mm
Packaging Unit	Single Piece
Handle Type	Flat handle
Tip Type	Curved
Additional Specs	Angled 6mm Blades
Brand	Cilita
Manufacturer	Cilita
Country of Origin	Russia
SKU	S-0802T

Designed for surgical use, these scissors support controlled intraoperative handling with angled 6 mm blades and a curved tip. The titanium construction with a polished finish and flat handle provides a stable instrument profile, while the 94 mm overall length suits precise procedural maneuvers. The device is autoclavable for standard sterilization workflows.

Surgical Applications of Osher IOL Removing Scissors – 6mm Blades

The 6 mm blades enable fine segmentation and trimming of intraocular lens optics, haptics, and sutures within confined anterior segment spaces. By reducing instrument footprint near the cornea or limbus, the device supports access facilitation and material preparation compatible with small-incision component removal.

Common Applications

Segmenting intraocular lens optics or haptics to accommodate small-incision retrieval.
Trimming and cutting intraocular sutures within the anterior segment.
Fine cutting adjacent to the corneal or limbal region using a compact blade profile.
Refining and sizing intraocular material fragments to match available incision dimensions.
Subdividing foldable components to support structural orientation and organized material preparation.