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13.5mm Blades (Nasal Placement) Nagahara Wire Speculum

Name: Buy 13.5mm Blades (Nasal Placement) Nagahara Wire Speculum | ConsuCorner
SKU: SP 7131
Price: 270 EGP
Availability: OutOfStock

Preferred for nasal approach ophthalmic surgeries, the 13.5mm blades offer precise control and access in procedures requiring delicate tissue manipulation around the nasal area.

Original price was: 300 EGP.Current price is: 270 EGP.

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SKU: SP 7131 Categories: Ophthalmology, Speculums & Retractors, 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 13.5mm Blades (Nasal Placement) Nagahara Wire Speculum

Specification	Description
Material	Anodized titanium
Length	52mm
Sterilization	Autoclavable (134°C steam)
Finish	Polished
Manufacturer	ACMED
SKU	SP 7131

Designed for use in ophthalmic surgery, this instrument is crafted from anodized titanium, ensuring both durability and precision. The polished finish enhances its usability, providing a smooth surface for safe handling during critical procedures. With a length of 52mm, it offers optimal control and accuracy, making it highly valuable for ophthalmic professionals. The ability to be sterilized through autoclavable methods at 134°C steam further underscores its functional reliability, ensuring that it meets the stringent requirements of surgical environments. This instrument is an essential tool for clinicians and trainers engaged in diagnostic evaluation and surgical training.

Surgical Applications of 13.5mm Blades (Nasal Placement) Nagahara Wire Speculum

This tool is particularly advantageous in cataract surgery when a nasal approach is preferred, as it allows for optimal globe exposure while minimizing temporal pressure. Its design enhances surgical precision by providing unobstructed access to the ocular surface, crucial for procedures such as LASIK, where maintaining corneal integrity and minimizing tissue trauma are paramount.