Sale price$3,363.71
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Description

Sklar's Caspar rongeur is used in orthopedic and neurosurgical procedures, including laminectomies, discectomies and other spinal procedures requiring debulking or removing the vertebral arch. The handle design eases manual operation and effective grip while preserving the structure of the disc. This black Diamond-Like Carbon Coating surface protects the instrument for durability and smoothness, reducing the need for frequent sharpening. A distinguishing feature of the Caspar, the cupped tip is serrated and fenestrated. It is available straight, angled up or angled down. The Caspar is available in different lengths and bite sizes

Disposable Or Reusable reusable
Grade sklar or grade
Handle Style finger rings
Instrument Curvature straight
Instrument Length 6-1/4"
Instrument Material black titanium nitrite coated steel
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname caspar
Tip Config straight bottom jaw
Type rongeurs
Uom ea
Uom Description 1 each
Working Edge Style serrated, fenestrated

Frequently asked questions

Does the titanium coating provide significant long-term durability?

Yes, this instrument features a black Titanium Nitride coating that creates a Diamond-Like Carbon (DLC) surface. This specialized finish significantly enhances resistance, ensures smoother operation, and helps maintain the instrument’s edge, which effectively reduces the frequency of required sharpening.

Is this tool optimized for specific spinal procedures?

Absolutely. The Sklar Caspar Rongeur is precision-engineered for orthopedic and neurosurgical applications. It is particularly effective for procedures involving the removal or debulking of the vertebral arch, such as laminectomies and discectomies.

Will the handle design provide sufficient control during surgery?

Yes, the instrument incorporates ergonomic finger ring handles. These are specifically designed to optimize manual control and provide a reliable, effective grip, which is essential for maintaining precision during intricate surgical maneuvers.

Is this instrument safe for patients with latex allergies?

Yes, this product is not manufactured with natural rubber latex. It is suitable for use in surgical environments where latex sensitivity is a clinical consideration.

Can this rongeur withstand repeated sterilization cycles?

Yes, this is a reusable surgical instrument. It is built for longevity and is designed to endure repeated cleaning and sterilization cycles within a sterile surgical environment, providing excellent long-term value.

Why is the fenestrated and serrated tip design advantageous?

The specialized cupped, serrated, and fenestrated tip design is optimized for effective tissue and bone removal. This geometry allows the surgeon to perform debulking while helping to preserve the structural integrity of the surrounding tissue.

Is this model suitable for governmental or regulated purchasing?

Yes, this Sklar Caspar Rongeur is TAA (Trade Agreements Act) compliant. This designation confirms that it meets the necessary regulatory requirements for governmental and institutional procurement environments.

Is the 6-1/4 inch length ideal for precision work?

The 6-1/4 inch length provides a balanced profile that is standard for precision neurosurgical tasks. It offers an excellent combination of reach and tactile feedback, giving the surgeon the control necessary for delicate spinal work.

Does the DLC coating require specific maintenance protocols?

No, there are no special maintenance protocols required outside of your facility’s standard sterilization procedures. The Diamond-Like Carbon (DLC) coating is inherently more durable, which serves to protect the steel and naturally reduces the need for routine maintenance or sharpening.

How does the straight jaw configuration impact surgical access?

The straight jaw configuration is designed to provide a direct, linear approach to the surgical site. This is ideal for spinal procedures where an unobstructed, straight path is required to target the vertebral arch efficiently.