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Description

Sklar's Kerrision rongeur with thin footplates and an ejector is used in spinal laminectomy procedures of the vertebral arch. The profile size allows for use in delicate areas near the spinal cord. This black Titanium Nitride (TiN) Coating surface protects the instrument for durability and smoothness, reducing the need for frequent sharpening. This version has a 90 degree down angled tip, and is available in different lengths and bite sizes.

Disposable Or Reusable reusable
Family rongeurs
Grade sklar or grade
Handle Style pliers with springs
Instrument Curvature straight
Instrument Length 11"
Instrument Material stainless steel with titanium nitride (tin) coating
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname kerrison
Tip Config upwards cutting bite (90 degrees)
Type laminectomy punch rongeur
Uom ea
Uom Description 1 each

Frequently asked questions

Does the TiN coating offer any real performance benefits?

Yes, the black Titanium Nitride (TiN) coating serves a functional purpose beyond appearance. It significantly enhances the instrument’s surface durability and creates a smoother operating surface. These improvements help reduce wear, which can extend the intervals required between professional sharpening services.

Why is the detachable shaft feature helpful for clinical use?

The detachable shaft is a significant advantage for two main reasons:

  • Enhanced Sterilization: It allows for more thorough cleaning of internal components, ensuring compliance with strict surgical hygiene standards.
  • Easy Maintenance: Should individual parts require specialized care or replacement, the modular design simplifies the process compared to a fixed-shaft instrument.
Is the design suitable for very tight surgical spaces?

Absolutely. This rongeur is engineered with a thin footplate profile and a 1mm tip, specifically intended for delicate spinal laminectomy procedures. These features allow for precise bone removal even in the confined, high-stakes areas directly adjacent to the spinal cord.

How does the handle design support surgical precision?

The instrument utilizes a pliers-with-springs handle style. This design is favored in surgical settings because it provides:

  • Controlled operation: The spring mechanism ensures the instrument returns to an open position, allowing for consistent, rhythmic movements.
  • Ergonomics: It is balanced for comfortable, single-handed operation, reducing hand fatigue during long or complex procedures.
Are there any latex components used in the construction?

No. This instrument is certified as latex-free, meaning it is not made with natural rubber latex, making it safe for use with patients who have latex sensitivities.

Is this tool compliant with standard procurement requirements?

Yes, this Sklar Kerrison Rongeur is TAA compliant, meeting the requirements for surgical equipment procurement in environments that mandate adherence to the Trade Agreements Act.

Can I rely on this instrument for long-term professional use?

Yes, Sklar backs this instrument with a lifetime warranty. This reflects the high-quality stainless steel construction and the professional-grade engineering designed to withstand the rigors of frequent, repeated use in clinical environments.

Is this tool suitable for delicate spinal procedures?

It is specifically designed for spinal laminectomy procedures. The combination of the 90-degree upwards cutting angle and the slim, precise footplate makes it an ideal tool for accessing the vertebral arch safely.

What is the primary material used for this rongeur?

The instrument is constructed from high-quality stainless steel, which is then finished with a protective Titanium Nitride (TiN) coating. This combination ensures a robust, corrosion-resistant, and high-performance tool.

How should I handle the care of this instrument?

Because it is a reusable surgical instrument, it should be processed according to standard hospital sterilization protocols. The detachable shaft should be removed during the cleaning cycle to ensure all surfaces, including the internal mechanism, are properly decontaminated.