Sale price$2,953.85
Est. Delivery:
<p>Earn%20[points_amount]%20when%20completing%20this%20purchase.</p>

Description

Sklar's Caspar rongeur is used in orthopedic 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 Titanium Nitride 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 upwards
Instrument Length 4-3/4"
Instrument Material stainless steel
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname caspar
Tip Config upwards cutting bite
Type rongeurs
Uom ea
Uom Description 1 each
Working Edge Style serrated, fenestrated

Frequently asked questions

Does the Titanium Nitride coating improve durability?

Yes, the Titanium Nitride (TiN) coating is a key feature designed to enhance the instrument’s longevity. This specialized black finish provides significant advantages:

  • Increased Surface Hardness: It adds a layer of protection to the stainless steel.
  • Reduced Maintenance: The coating creates a smoother operating surface, which significantly minimizes the frequency of sharpening required over the life of the tool.
Is this tool suitable for laminectomy procedures?

Absolutely. The Sklar Caspar Rongeur is specifically engineered for orthopedic and spinal procedures, including laminectomies and discectomies. Its design is optimized for the precise debulking or removal of the vertebral arch.

How does the fenestrated tip aid surgery?

The tip features a specialized cupped, serrated, and fenestrated design. This unique configuration is essential for maximizing cutting efficiency during bone removal, ensuring that the surgeon can achieve effective debulking while preserving the integrity of adjacent tissue structures.

Is the stainless steel high-grade for repeated use?

Yes, this instrument is constructed from high-grade stainless steel. It is a reusable surgical instrument built to withstand the rigors of repeated sterilization and use in professional surgical environments, ensuring long-term robustness.

Does the angled-up design improve surgical access?

The upward-angled configuration is intentionally designed to improve accessibility. It is ideal for reaching and manipulating specific posterior aspects of the vertebral arch or disc space that might be difficult to access with a straight instrument.

Are the handles designed for ergonomic comfort?

Yes, the instrument features an ergonomic handle with finger rings. This design allows for a secure, firm manual grip, providing the surgeon with better control during operation while simultaneously minimizing unnecessary stress on surrounding disc structures.

Does this tool contain natural rubber latex?

No, the Sklar Caspar Rongeur is not made with natural rubber latex, making it a safe choice for surgical environments where latex sensitivity or allergies are a concern.

Is this surgical instrument TAA compliant?

Yes, this specific Sklar Caspar Rongeur model is TAA Compliant, meeting the requirements for government procurement and high-standard institutional supply chains.

Does the product come sterile or non-sterile?

This instrument is supplied non-sterile. Professional surgical personnel must ensure that the instrument undergoes appropriate sterilization protocols according to institutional guidelines before its first use in a surgical setting.

Is this a reusable instrument?

Yes, this is a reusable surgical instrument. It is manufactured to meet the high standards required for professional surgical use, allowing for multiple sterilization and procedure cycles over its functional lifespan.