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Vannas Scissors – Curved, Extra Thin Blades 15mm

Name: Order Vannas Scissors – Curved, Extra Thin Blades 15mm | ConsuCorner
SKU: VN 3472
Price: 1980 EGP
Availability: InStock

Designed for precise tissue dissection in trabeculectomy, the curved 15 mm extra thin blades offer enhanced maneuverability in confined anatomical spaces.

Original price was: 2,200 EGP.Current price is: 1,980 EGP.

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SKU: VN 3472 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 Vannas Scissors – Curved, Extra Thin Blades 15mm

Specification	Description
Material	Anodized Titanium
Finish	Anti-glare
Handle	Lightweight, open-slot handle
Length	108mm
Sterilization	Autoclavable (134°C steam)
Manufacturer	ACMED
Group Key	Vannas Scissors – Extra Thin Blades
Available Variants	7 mm, Straight 15 mm, Curved 15 mm
SKU	VN 3472

Designed for ophthalmic surgery, these scissors offer precision and stability, making them essential for ophthalmic professionals. Constructed from anodized titanium, they ensure both durability and lightweight handling. The anti-glare finish enhances clear visualization during procedures, while the open-slot handle provides safe handling and control. Autoclavable at 134°C, these scissors meet the sterilization needs of modern surgical environments, ensuring functional reliability for surgeons and clinicians.

Surgical Applications of Vannas Scissors – Curved, Extra Thin Blades 15mm

In cataract surgery, this variant is invaluable for its ability to perform delicate capsulorhexis with exceptional precision, minimizing the risk of tearing the anterior capsule. The curved, extra thin blades allow for enhanced control and access in the confined spaces of the anterior chamber, ensuring precise dissection and reducing potential trauma to surrounding ocular structures.