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Retinal Scissors – 45° Angled Shaft 23G

Name: Get Retinal Scissors – 45° Angled Shaft 23G | ConsuCorner
SKU: VF 9404
Price: 6255 EGP
Availability: OutOfStock

Preferred for pars plana vitrectomy, the 45° angled shaft 23G variant allows precise access to peripheral retinal membranes during dissection.

Original price was: 6,950 EGP.Current price is: 6,255 EGP.

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SKU: VF 9404 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 Retinal Scissors – 45° Angled Shaft 23G

Specification	Description
Material	Stainless steel
Sterilization	Autoclavable (134°C steam)
Handle	Smooth Angled Shaft
Finish	Polished
Manufacturer	ACMED
Group Key	23G Serrated Retinal Forceps
Available Variants	Straight Shaft, Straight Shaft Blunt Tips, 45° Angled Shaft, Curved Shaft
SKU	VF 9404

In the realm of ophthalmic surgery, these instruments are crafted from high-grade stainless steel, ensuring both durability and precision. The polished finish enhances clear visualization during critical procedures. Designed with a smooth angled shaft, they offer control and accuracy, essential for ophthalmic professionals. Autoclavable at 134°C, they meet stringent sterilization standards, making them a reliable choice for safe handling. Manufactured by ACMED, they are a critical tool for surgeons seeking functional reliability in their practice.

Surgical Applications of Retinal Scissors – 45° Angled Shaft 23G

In the context of epiretinal membrane (ERM) peeling, this variant is particularly advantageous due to its 45° angled shaft, which facilitates meticulous dissection in the peripheral retinal areas where access is typically challenging. Its design enhances precision and control, significantly improving surgical outcomes by minimizing trauma to surrounding tissues during complex vitreoretinal procedures.