Sale price$3,579.60
Est. Delivery:
%3Cp%3EEarn%20[points_amount]%20when%20you%20buy%20this%20item.%3C/p%3E

Shop with Confidence

+
+
+

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 angled down
Instrument Length 7-1/4"
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 downwards angled bottom jaw
Type rongeurs
Uom ea
Uom Description 1 each
Working Edge Style serrated, fenestrated

Frequently asked questions

Does the titanium coating offer real durability benefits?

Yes, this instrument features a black Diamond-Like Carbon (Titanium Nitrite) coating that significantly enhances durability. Benefits include: superior smoothness during operation, extended instrument life, and a reduced need for frequent sharpening, ensuring reliable performance over time.

Is this rongeur effective for spinal decompression?

Absolutely. It is specifically engineered for orthopedic and neurosurgical spinal procedures, such as laminectomies and discectomies. Its design is optimized for the precise removal of the vertebral arch.

Will the handle design help maintain control?

Yes, the rongeur utilizes an ergonomic finger ring handle style. This design is specifically structured to: - Ease manual manipulation. - Ensure a firm, secure grip throughout the procedure. - Facilitate precise control when preserving the structural integrity of adjacent disc material.

How does the tip design improve surgical accuracy?

The instrument features a serrated and fenestrated cupped tip. This specialized configuration is designed for: - Optimal tissue removal capabilities. - Effective debulking of the vertebral arch. - Providing the precision required for delicate neurosurgical work.

Is this instrument compliant with strict professional standards?

Yes, this tool is fully TAA compliant and manufactured to Sklar or Grade standards. It is designed to meet the rigorous requirements of professional-grade, reusable surgical instrumentation.

Is the material safe for patients with latex allergies?

Yes, the Sklar Caspar Rongeur is not made with natural rubber latex, making it a safe choice for use in surgical environments where latex sensitivity is a concern.

Why choose the down-angled jaw configuration?

The down-angled jaw is a critical design feature that allows for: - Improved access to target areas in the spinal canal. - Greater precision when performing vertebral arch removal. - Enhanced line-of-sight and reach compared to standard straight instruments.

Is this tool suitable for busy, reusable surgical settings?

Yes, it is designed for heavy-duty, reusable surgical tool trays. Its construction from high-grade titanium nitrite coated steel ensures it can withstand the demands of repeated surgical use.

Does the coating reduce instrument maintenance time?

Yes. The specialized Diamond-Like Carbon Coating serves as a protective barrier. By maintaining the integrity and sharpness of the edges for longer periods, it helps to significantly reduce the frequency of required sharpening.

What ensures the structural integrity of the disc during use?

The instrument is built to balance power with precision. The combination of the ergonomic finger rings for total control and the specifically engineered down-angled, cupped tip allows surgeons to perform debulking while safely preserving the integrity of the adjacent disc structure.