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McPherson Angled Tying Forceps, 12mm – 85mm Shaft

Name: Order McPherson Angled Tying Forceps, 12mm - 85mm Shaft | ConsuCorner
SKU: TY 1121
Price: 1800 EGP
Availability: InStock

For anterior segment suturing, the 85mm shaft provides enhanced maneuverability in confined spaces, facilitating precise tissue handling during delicate procedures like glaucoma surgery.

Original price was: 2,000 EGP.Current price is: 1,800 EGP.

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SKU: TY 1121 Categories: Forceps, 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 McPherson Angled Tying Forceps, 12mm – 85mm Shaft

Specification	Description
Material	Anodized Titanium
Finish	Anti-glare
Handle	Lightweight, open-slot handle
Length	85mm
Sterilization	Autoclavable (134°C steam)
Manufacturer	ACMED
Group Key	McPherson Angled Tying Forceps
Available Variants	85mm, 115mm
SKU	TY 1121

Designed for ophthalmic surgery, these forceps provide precision and stability, making them essential for ophthalmic professionals. The anodized titanium construction ensures durability, while the anti-glare finish aids in clear visualization during procedures. The lightweight, open-slot handle enhances control and accuracy, crucial for safe handling in critical surgical contexts. Autoclavable at 134°C, these instruments offer functional reliability, meeting the high standards required by surgeons and clinicians.

Surgical Applications of McPherson Angled Tying Forceps, 12mm – 85mm Shaft

In cataract surgery, this tool’s 12mm angled shaft is particularly advantageous for manipulating sutures in the tight confines of the anterior chamber, ensuring precise knot placement and minimizing tissue trauma. During corneal transplant procedures, its design allows for enhanced access and control, which is crucial for achieving optimal graft alignment and securing sutures without compromising the delicate corneal tissue.