Sale price$226.05
Estimated Delivery:
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Description

Sklar's Dissector #2 is used in a variety of neurosurgical procedures. The slim design can be used in dissection with out causing damage to tissue. This dissector is straight with an angled #2 (2mm) tip with an overall length of 7-1/2.

Disposable Or Reusable reusable
Grade sklar or grade
Handle Style knurled
Instrument Curvature straight
Instrument Length 7-1/2"
Instrument Material stainless steel
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Tip Config blunt
Uom ea
Uom Description 1 each
Working Edge Style blade

Buying Sklar Dissectors #2 - 98-7311 from MFI Medical

Product details

Manufacturer part number
98-7311
MFI SKU
SKL-98-7311

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

MPNCondition & warrantyItem price (USD)
98-7311MFI SKU: SKL-98-7311Factory NewWarranty: Lifetime $226.05 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

Is this made from high-quality medical steel?

Yes, the Sklar Dissector #2 is constructed from durable stainless steel, ensuring it is built for long-term professional use and meets the rigorous standards required for surgical instruments.

Does the handle provide a secure, reliable grip?

Absolutely. The instrument features a knurled handle design, specifically engineered to provide a non-slip, secure grip that gives surgeons better control during delicate, complex maneuvers.

Is this tool suitable for delicate neurosurgical work?

Yes, it is explicitly designed for neurosurgical procedures. Its slim, straight profile and precise 2mm angled tip allow for careful tissue manipulation with minimal trauma.

Can this instrument be reused multiple times?

Yes, this is a reusable surgical instrument. It is designed to withstand repeated cleaning and sterilization cycles, offering long-term value for surgical suites and clinical settings.

Does this instrument meet specific government procurement standards?

Yes, this product is TAA compliant. This ensures that it meets the necessary requirements for use in government-funded facilities and procurement programs.

Is this product safe for latex-sensitive patients?

Yes, the Sklar Dissector #2 is not made with natural rubber latex. This makes it a safe option for use in environments where latex sensitivities are a concern.

Does the tip design prioritize patient safety?

It features a blunt tip configuration with a blade working edge. This specific design is intended to minimize tissue damage while allowing for the precise, careful dissection required in neurosurgery.

Can this be added to standard surgical trays?

Yes, the Sklar Dissector #2 is designed for easy integration into reusable surgical instrument trays, making it a practical addition to your existing surgical toolkit.

Is the overall profile optimized for precise maneuvering?

With a total length of 7-1/2 inches and a slim shaft, the instrument is engineered to maintain a clear line of sight and high maneuverability, which is essential for reaching tight anatomical spaces.

Does the design help minimize trauma during procedures?

The instrument’s slim design is specifically created to perform detailed dissection tasks in delicate anatomical fields, reducing the risk of unnecessary tissue trauma during surgical interventions.