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Description

Sklar Edge Tungsten Carbide Metzenbaum-Lahey Dissecting Scissors are most commonly used for dissecting and cutting tissue. Metzenbaum-Lahey scissors tend to be shorter than traditional Metzenbaum scissors. Sklar Edge Tungsten Carbide Scissors provide an exceptionally hard and durable cutting edge. These scissors are designed to stay sharp for a significantly longer period of time than other non tungsten carbide scissors. Sklar permanently bonds the tungsten carbide inserts to the blade of the scissors which maximizes control and precision as well. Sklar Edge scissors are differentiated from other scissors by the handle of two gold coated finger rings. This product has curved, smooth, blunt tips, and an overall length of 5-3/4 inches.

Brand sklar edge
Disposable Or Reusable reusable
Family dissecting scissors
Grade sklar premium or grade
Handle Style dual gold finger rings
Instrument Curvature curved on flat
Instrument Length 5-3/4"
Instrument Material stainless steel with tungsten carbide inserts
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname metzenbaum-lahey
Tip Config blunt/blunt (b/b)
Type scissors
Uom ea
Uom Description 1 each
Working Edge Style smooth

Frequently asked questions

What makes the cutting edge exceptionally durable?

These scissors feature Sklar Edge Tungsten Carbide (TC) inserts that are permanently bonded to the stainless steel blades. This material is significantly harder than standard steel, allowing the blades to maintain a sharp, precise cutting edge for a much longer operational lifespan.

Are these scissors suitable for delicate tissue dissection?

Yes, they are specifically engineered for precise dissection and cutting of delicate tissues. The Metzenbaum-Lahey design, combined with the curved-on-flat geometry, provides the fine control necessary for intricate surgical procedures.

How do I identify this as a premium-grade instrument?

The instrument is easily identified as a Sklar Premium Grade tool by its distinctive dual gold-coated finger rings. These accents not only signify high manufacturing standards but can also assist with quick visual identification in a busy clinical or laboratory setting.

Is the Metzenbaum-Lahey style different from standard scissors?

Yes. The Metzenbaum-Lahey profile is specifically designed to be shorter than traditional Metzenbaum scissors, measuring 5-3/4 inches in this model. This compact length often allows for better maneuverability in tight spaces where standard-length instruments might be cumbersome.

Can these instruments be used in a TAA-compliant environment?

Yes, this product is fully TAA compliant, making it a suitable choice for medical facilities or government institutions that require products adhering to the Trade Agreements Act regulations.

Is the material safe for those with latex sensitivities?

Absolutely. These scissors are not made with natural rubber latex, ensuring they are safe for use by clinicians and patients with latex sensitivities.

Are these scissors designed to be reused?

Yes, they are reusable surgical instruments. Because they are crafted from high-quality stainless steel and feature permanent tungsten carbide inserts, they are built to withstand the demands of multiple uses when properly maintained.

What is the benefit of the blunt/blunt tip configuration?

The blunt/blunt (B/B) tip configuration is designed to minimize the risk of accidental punctures or trauma to adjacent tissues during delicate dissection procedures, providing a safer, more controlled experience compared to pointed tips.

What is the primary material used for the main body?

The main body and blade structure are crafted from high-grade stainless steel, offering excellent resistance to corrosion and a smooth, professional finish, while the cutting edges are reinforced with tungsten carbide.

How does the curvature assist during surgery?

The curved-on-flat geometry is specifically beneficial for surgeons to navigate around anatomical structures while maintaining a clear line of sight. This shape allows for better access to deep or curved tissue planes that straight blades might struggle to reach effectively.