Sale price$1,268.65
Est. Delivery:
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Description

Brand sklartech 5000 laparoscopic
Disposable Or Reusable reusable
Grade sklar or grade
Instrument Curvature angled
Instrument Material stainless steel
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Uom ea
Uom Description 1 each

Frequently asked questions

Is this retractor designed for repeated use?

Yes, the Sklartech™ 5000 Fan Retractor features reusable construction, making it suitable for long-term use in surgical settings and offering cost-efficiency over disposable alternatives. It’s built for repeated sterilization and use.

What material ensures its durability?

This retractor is constructed from durable stainless steel, ensuring reliable performance and compatibility with necessary sterilization protocols.

Does it offer improved surgical visibility?

Yes, its angled configuration is specifically designed to provide enhanced maneuverability and optimal visualization during laparoscopic procedures.

Are there different sizes available for the fan?

No, the fan size is fixed at 100mm x 40mm, with a consistent 5mm shaft diameter.

Is the product latex-free?

Yes, the Sklartech™ 5000 Fan Retractor is not made with natural rubber latex, making it safe for patients and professionals with latex sensitivities.

Is this product TAA compliant?

Yes, the retractor is TAA compliant, meaning it meets the Trade Agreements Act requirements and is suitable for government procurement.

Does it come sterile?

No, the instrument is supplied in a non-sterile condition and requires proper cleaning and sterilization before use.

What is the expected lead time for delivery?

The estimated lead time for delivery is 1-2 weeks, with shipping directly from the manufacturer.

What is included with the purchase?

The product is supplied as 1 each (ea) of the Sklartech™ 5000 Fan Retractor.

Is the retractor suitable for delicate procedures?

Yes, it is ideal for advanced laparoscopic surgical techniques that require delicate yet firm tissue retraction due to its precision design and angled configuration.