- Condition: Factory New
- Warranty: Lifetime
- MFR: Sklar Ships from Manufacturer
- MPN: 42-6852
- Phone: (610) 756-7863
Buying Sklar Kerrison Rongeur - 12", Detachable Shaft, Downwards Cutting (90°), 2mm Tip, Titanium Nitride Coated - 42-6852 from MFI Medical
Product details
- Manufacturer part number
- 42-6852
- MFI SKU
- SKL-42-6852
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) |
|---|---|---|
| 42-6852MFI SKU: SKL-42-6852 | Factory NewWarranty: Lifetime | $5,762.58 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 detachable shaft make sterilization easier?
Yes, the detachable shaft mechanism is specifically engineered to streamline the sterilization process. By pulling the back hammer, the crossbar separates from the shank, allowing for more thorough cleaning and easier access to all internal components.
What benefits does the Titanium Nitride coating provide?
The Black Titanium Nitride (TiN) coating offers two significant advantages for surgical instruments:
- Increased Durability: It creates a tougher surface that withstands the rigors of repeated use.
- Reduced Maintenance: The coating provides a smoother cutting action, which can reduce the frequency of sharpening required compared to uncoated stainless steel.
Is this instrument suitable for deep anatomical access?
Yes, the rongeur is designed with a 12-inch length and a 90-degree downwards cutting tip. This specific profile is optimized for precision bone removal in confined anatomical spaces, such as during spinal laminectomy procedures involving the vertebral arch.
Is the bite size clearly marked on the instrument?
Yes, for operational convenience and quick identification, the 2mm bite size is clearly etched near the jaw mechanism of the instrument.
Are the handles ergonomically designed for control?
The instrument utilizes a pliers-style handle mechanism that incorporates springs. This design provides necessary operational feedback and consistent control, ensuring the surgeon can maintain a secure grip during delicate bone removal.
Can this be used in environments sensitive to latex?
Yes, this instrument is guaranteed not to contain natural rubber latex, making it safe for use in facilities that prioritize latex-free protocols.
Is this a high-grade surgical tool?
Absolutely. It is constructed from high-grade stainless steel and features professional-grade manufacturing standards. It is intended for surgical environments where robust performance, precision, and adherence to high-specification surgical tray requirements are essential.
Does this rongeur meet regulatory compliance standards?
Yes, this instrument is fully TAA compliant (Trade Agreements Act), ensuring it meets the rigorous standards required for government and institutional procurement.
Is the instrument intended for single use?
No, this is a reusable surgical instrument. It is built for longevity and is designed to withstand the repeated sterilization cycles required for multiple uses in a clinical setting.
How should I categorize this instrument in my inventory?
This is categorized as a Laminectomy Punch Rongeur within the Kerrison family. It is best suited for surgical trays focused on spinal procedures where deep access and precise, downwards-cutting geometry are required.