Sale price$429.80

Special Order Item

Estimated Delivery:
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Description

  • 3M Universal Electrosurgical Pads, 9165E, Split, with Pre-Attached Cord
  • Universal orientation, fluid-resistant non-woven backing
  • For use with a 3M 21174 reusable cable
  • Unique, transthermal backing permits heat to escape faster than foam-backed pads reducing risk of unsafe temperature rise
  • Transthermal backing is also tear resistant for easy removal
  • Designed to be used on any patient where full skin contact and a suitable placement site can be obtained

Buying Medline Patient Return Electrode 3M Split Corded (PAD9165 / CS) from MFI Medical

Product details

Manufacturer part number
PAD9165
MFI SKU
MED-PAD9165

Supplier, condition & warranty

Supplier
MFI Medical Equipment, Inc.
Brand
Medline
Condition
Factory New

MFI Medical is an authorized distributor for all new Medline 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: (800) 633-5463.

Price & shipping

MPNCondition & warrantyItem price (USD)
PAD9165MFI SKU: MED-PAD9165Factory New $429.80 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 this pad effectively prevent thermal injury?

Yes, patient safety is prioritized through the use of advanced transthermal backing technology. This unique material allows heat to dissipate significantly more efficiently than traditional foam-backed alternatives, which helps prevent unsafe temperature accumulation at the contact site.

Is the backing material durable during use?

Absolutely. The electrode features a fluid-resistant, non-woven backing that is specifically engineered to be tear-resistant. This robust construction ensures the pad remains intact throughout the surgical procedure and simplifies the removal process afterward.

Is the orientation of the pad flexible?

Yes, the design incorporates universal orientation. This allows for versatile placement on the patient, making it easier for clinical staff to position the pad correctly based on the surgical site and the patient’s specific needs.

Does this include the connection cable?

Yes, each pad comes with a pre-attached cord for streamlined clinical use. This design helps reduce setup time and ensures immediate readiness for your electrosurgical equipment.

Which reusable cables are compatible with this pad?

These electrodes are optimized for seamless integration with the 3M 21174 reusable cable.

Does the pad design help with site selection?

The pad features a clear visual structure with a distinct horizontal indicator band, helping clinicians maintain proper orientation and consistency during placement.

Is this product intended for single-use clinical environments?

Yes, the Medline Patient Return Electrode (model PAD9165) is designed as a disposable, factory-new electrosurgical pad to ensure sterile and consistent performance for every procedure.

Are these pads easy to remove after surgery?

The tear-resistant backing material is designed for simplified, secure removal, ensuring that the pad can be taken off cleanly once the procedure is completed.

Is the conducting material uniquely designed?

Yes, the central portion of the pad features a spiraled conductive configuration, which is engineered to optimize energy return during electrosurgical procedures.

Is this a high-quality, professional-grade medical device?

Yes, this is a factory-new Medline product (3M 9165E). It is manufactured to professional clinical standards, specifically focusing on advanced thermal management and reliable patient safety.