Sale price$5,181.20
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Description

Sklar's Kerrision detachable rongeur with ejector is used in spinal laminectomy procedures of the vertebral arch. 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 up 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 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 durability?

The Titanium Nitride (TiN) black coating provides a superior, hardened surface that significantly boosts instrument longevity. This specialized coating not only improves operational smoothness but also aids in maintaining the instrument’s sharp edge, thereby reducing the frequency of re-sharpening required over time.

Is the shaft easy to disassemble for cleaning?

Yes, this instrument is designed for efficient maintenance. It features a detachable shaft mechanism where the crossbar separates from the shank when the back hammer is pulled. This allow for thorough cleaning and sterilization, which is essential for maintaining surgical-grade hygiene.

Is this designed specifically for laminectomy procedures?

Absolutely. This rongeur is engineered as a laminectomy punch, specifically optimized for bone removal from the vertebral arch. Its design and geometry are tailored to meet the unique access requirements of spinal laminectomy surgeries.

Are there any latex materials used in this instrument?

No, this instrument is manufactured entirely without natural rubber latex. It is explicitly labeled as Latex Free, making it a safe choice for surgical environments where latex sensitivities are a consideration.

Does the 90-degree upward bite offer effective access?

The 90-degree upward cutting configuration is carefully crafted to provide the specific surgical access angles often required during complex spinal and orthopedic bone work. This design ensures that surgeons can perform precise bone removal even in tight surgical fields.

How does the handle design support tactile control?

The instrument utilizes a pliers-style handle configuration integrated with springs. This design is specifically chosen to provide intuitive and consistent tactile feedback, giving surgeons the necessary control required for delicate bone removal tasks.

Is this instrument compliant with professional standards?

Yes, the Sklar Kerrison Rongeur is TAA Compliant. It is manufactured to high professional standards, making it suitable for rigorous use in clinical and hospital environments that demand reliable, certified surgical equipment.

How durable is the construction for repeated use?

The instrument is built from high-grade stainless steel and reinforced with a TiN coating, ensuring it can withstand the wear and tear of frequent, repeated use in demanding surgical environments. It is designed for longevity and maintains its structural integrity over time.

Is this rongeur suitable for high-precision bone work?

Yes, it is highly suitable for precision tasks. With its specialized 5mm tip and robust construction, it offers the accuracy professionals need for delicate procedures involving the vertebral arch, providing both stability and control.

Does the spring mechanism affect the instrument's longevity?

The spring-loaded pliers-style handle is built as part of a durable, integrated system. Because it is constructed with high-grade stainless steel and protected by the TiN coating, the entire assembly, including the spring mechanism, is engineered to endure frequent operation without compromising performance.