Sale price$5,778.89
Est. Delivery:
<p>Earn%20[points_amount]%20when%20completing%20this%20purchase.</p>

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

How does the Titanium Nitride coating enhance longevity?

The black Titanium Nitride (TiN) coating provides significant surface protection for the instrument. This specialized coating serves two main purposes:

  • Increased Durability: It shields the underlying stainless steel, protecting the instrument from wear.
  • Reduced Maintenance: The coating creates a smoother surface, which facilitates easier operation and helps minimize the frequency of required sharpening, ensuring the instrument stays in peak condition for longer.
How does the detachable shaft aid in maintenance?

The detachable shaft mechanism is specifically engineered to improve the cleaning and sterilization process. By allowing the shaft to be removed, the instrument can be processed more thoroughly, ensuring it meets strict hygiene standards required for reusable surgical equipment.

Is this rongeur suitable for delicate spinal procedures?

Yes, this instrument is specifically designed for precision work near the spinal cord. It features a thin footplate profile, which allows surgeons to maneuver effectively in the tight, delicate spaces associated with spinal laminectomy procedures without compromising the surrounding tissue.

How does the handle design ensure surgical control?

The rongeur features an ergonomic, pliers-style handle that is integrated with a spring mechanism. This design provides:

  • Secure Grasping: The spring-loaded action ensures reliable tension during use.
  • Consistent Control: The handle shape allows for a comfortable, steady grip, which is essential for the precise bone removal required during laminectomy.
Is this instrument compliant with TAA standards?

Yes, this Sklar Kerrison Rongeur is TAA (Trade Agreements Act) compliant, making it a suitable choice for facilities requiring equipment that adheres to these specific regulatory standards.

What materials are used to construct this rongeur?

This instrument is crafted from high-grade stainless steel. To enhance its performance and durability, the metal is finished with a protective Titanium Nitride (TiN) coating.

Is this model optimized for spinal laminectomy?

Absolutely. This rongeur is explicitly engineered as a Laminectomy Punch Rongeur. Its specific dimensions—including the 11-inch length, 90-degree upward cutting bite, and thin footplate—are tailored to facilitate the removal of bone from the vertebral arch during spinal procedures.

Is this surgical tool manufactured without natural rubber latex?

Yes, this instrument is not made with natural rubber latex, making it a safe choice for surgical environments where latex allergies must be addressed.

Does the TiN coating improve instrument operation?

Yes, the Titanium Nitride (TiN) coating does more than just protect the metal. It significantly improves the smoothness of operation, reducing friction during the cutting process. This results in a more fluid, consistent experience for the surgeon during delicate bone removal tasks.

What is the cutting angle for this rongeur?

This model features an upward cutting bite angled at 90 degrees. This specific geometry is designed for targeted bone removal in spinal procedures, allowing the surgeon to approach the tissue from a precise, perpendicular angle.