Sale price$5,495.89
Est. Delivery:
<p>Earn%20[points_amount]%20when%20completing%20this%20purchase.</p>

Description

Sklar's Kerrision detachable 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. When the back hammer is pulled, the crossbar detaches from the shank, easing sterilization and the opening of the Kerrison.

Disposable Or Reusable reusable
Family rongeurs
Grade sklar or grade
Handle Style pliers with springs
Instrument Curvature straight
Instrument Length 9"
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 downwards cutting bite (90 degrees)
Type laminectomy punch rongeur
Uom ea
Uom Description 1 each

Frequently asked questions

Does the detachable shaft make sterilization easier?

Yes, the detachable shaft mechanism is specifically designed to streamline your workflow. By allowing the crossbar to separate from the shank when the back hammer is pulled, this feature ensures a more thorough and efficient sterilization process compared to fixed-shaft instruments.

Is the Titanium Nitride coating durable?

Absolutely. The Black Titanium Nitride (TiN) coating is applied to enhance the instrument’s longevity. This premium coating serves two critical functions: it significantly improves operational smoothness and reduces the frequency of sharpening required, ensuring the rongeur maintains its precision over time.

Is this instrument suitable for delicate spinal procedures?

Yes, this model is engineered specifically for precision. With its 1mm tip size and 90-degree downwards cutting bite, it is ideally suited for delicate bone removal during spinal laminectomy procedures, particularly in the critical anatomical regions near the spinal cord.

How comfortable is the handle for extended use?

The rongeur features an ergonomic pliers-style handle design integrated with a spring mechanism. This setup is designed to provide consistent, comfortable tension during operation, allowing for controlled and smooth movements throughout the surgical procedure.

Is this rongeur TAA compliant?

Yes, this Sklar Kerrison Rongeur is fully TAA compliant, making it a suitable option for government and institutional procurement requirements.

Does the design include features to prevent bone blockage?

The instrument is equipped with thin footplates and an integrated ejector mechanism. This combination is specifically included to manage bone debris effectively, ensuring the cutting edge remains clear and functional during use.

Is the material composition high-quality?

The instrument is crafted from high-grade stainless steel and finished with a durable Titanium Nitride coating. This construction ensures the reliability and structural integrity expected of professional, factory-new surgical instrumentation.

Is this device made with natural rubber latex?

No, this instrument is not made with natural rubber latex, making it a safe choice for use in surgical environments where latex sensitivity is a concern for patients or staff.

Is the instrument intended for single or multiple uses?

This is a reusable surgical instrument. Because it is designed for repeat service, features like the detachable shaft and the wear-resistant Titanium Nitride coating are included to maintain its performance over many sterilization and usage cycles.

What is the primary benefit of the 90-degree cutting angle?

The 90-degree downwards cutting configuration is essential for precise, controlled bone removal in tight spaces. This specific geometry allows surgeons to navigate the vertebral arch effectively, ensuring accuracy when working in confined anatomical areas.