- Condition: Factory New
- Warranty: Lifetime
- MFR: Sklar Ships from Manufacturer
- MPN: 42-4934
- Phone: (610) 756-7863
Buying Sklar Kerrison Rongeur - 10", Downwards Cutting (90°), 4mm Tip, Thin Footplate, Titanium Nitride Coated - 42-4934 from MFI Medical
Product details
- Manufacturer part number
- 42-4934
- MFI SKU
- SKL-42-4934
Supplier, condition & warranty
- Supplier
- MFI Medical Equipment, Inc.
- Brand
- Sklar
- Condition
- Factory New
- Listed warranty
- Lifetime
MFI Medical is an authorized distributor for all new Sklar items we sell. Any included warranty on a new item is provided directly by the manufacturer. MFI Medical is available to assist with manufacturer warranty claims.
Healthcare purchasing support: MFI Medical provides formal quotations, accepts purchase orders, and offers payment terms to approved customers. W-9 and vendor onboarding information and purchase order and payment instructions are available online.
Purchasing and warranty assistance: MFI Medical: (800) 633-1558. Contact MFI Medical · Warranty policy. Manufacturer product support: (610) 756-7863.
Price & shipping
| MPN | Condition & warranty | Item price (USD) |
|---|---|---|
| 42-4934MFI SKU: SKL-42-4934 | Factory NewWarranty: Lifetime | $4,552.54 Free shipping* |
*Free standard shipping to the contiguous U.S. on eligible orders of US$35 or more. Other destinations and upgraded services cost extra. Shipping policy
Frequently asked questions
Does the Titanium Nitride coating improve instrument longevity?
Yes, the black Titanium Nitride (TiN) coating is a key feature that enhances the durability of the instrument. It provides several benefits:
- Increased Longevity: It protects the stainless steel body against wear.
- Reduced Maintenance: It creates a smoother operational surface, which significantly reduces the frequency of required sharpening.
Is this rongeur suitable for delicate spinal procedures?
Absolutely. This Sklar Kerrison rongeur is specifically engineered for delicate spinal laminectomy procedures. The 4mm tip combined with a thin footplate allows surgeons to work with precision in restricted areas immediately adjacent to the spinal cord.
Does the instrument include a bone ejection mechanism?
Yes, this model features a non-detachable, integrated ejector mechanism. This design helps maintain efficiency during surgery by ensuring the clear removal of bone fragments without needing additional tools.
Is the material safe for patients with latex allergies?
Yes, this product is 100% latex-free and is not manufactured using natural rubber latex, making it safe for use with patients who have latex sensitivities.
What type of handle mechanism does it utilize?
The instrument features a pliers-style handle assembly equipped with springs. This design provides the surgeon with highly controlled operation and tactile feedback, which is essential for the precise bone removal required in laminectomy procedures.
Does this instrument meet specific government compliance standards?
Yes, the Sklar Kerrison rongeur is TAA compliant (Trade Agreements Act), ensuring it meets the necessary standards for government and institutional procurement.
How should I handle the instrument before its first use?
This instrument is supplied non-sterile. Prior to the first use and subsequent procedures, it must undergo appropriate cleaning and sterilization protocols suitable for professional surgical instrumentation.
What is the specific biting angle of this tool?
This rongeur features a 90-degree downwards cutting bite. This specific orientation is optimized for accessing and removing bone from the vertebral arch during spinal procedures.
Is this tool constructed for long-term clinical use?
Yes, this is a reusable surgical instrument manufactured from high-quality stainless steel. It is designed for repeated use in professional surgical settings, backed by a lifetime warranty.
Is the footplate designed to minimize tissue trauma?
Yes, the thin footplate is a specialized design feature that allows the instrument to slide easily into tight anatomical spaces near the spinal cord, minimizing the profile of the tool and reducing the risk of trauma to surrounding delicate tissues.