Sale price$32.43

Special Order Item

Estimated Delivery:
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Description

ProCare Remedy Pro Off Loading Shoe, Medium (Each)


  • Sold by: Each
  • Helps to reduce forefoot pressure and is indicated for forefoot trauma, post surgical healing, and diabetic ulcers or wounds
  • The wedge design of the Remedy Pro Shoe promotes healing by transferring weight behind the MP joints and reducing pressure on the forefoot.
  • The off-loading effect allows wounds under the metatarsal heads or toes and post-forefoot trauma to heal faster.
  • Shoe fits those who wear men's shoes, size 7 to 9, or women's shoes, size 6 to 8.

Buying ProCare Remedy Pro Off Loading Shoe, Medium (Each) from MFI Medical

Product details

Manufacturer part number
79-81725
MFI SKU
DJO-79-81725

Supplier, condition & warranty

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

MFI Medical is an authorized distributor for all new DJO 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.

Price & shipping

MPNCondition & warrantyItem price (USD)
79-81725MFI SKU: DJO-79-81725Factory New $32.43 $5.99 shipping*

*Standard shipping to the contiguous U.S. is US$5.99 per eligible order below US$35, not per item, and free on eligible orders of US$35 or more. Combine eligible items to qualify. Other destinations and upgraded services cost extra. Shipping policy

Frequently asked questions

Does this shoe effectively reduce pressure on the forefoot?

Yes. The Remedy Pro utilizes a specialized wedge-sole construction that shifts the user’s weight backward, away from the metatarsal heads and toes, to minimize mechanical stress and facilitate healing.

Is this product suitable for diabetic wound management?

Absolutely. The shoe is specifically engineered to assist in the care of diabetic ulcers and wounds, as well as for patients recovering from forefoot trauma or surgery.

Are the materials used in this shoe comfortable for daily use?

The shoe is built for both support and comfort, featuring a high-quality blend of:

  • Soft terry cloth lining for gentle contact.
  • Durable nylon for the upper construction.
  • EVA foam for cushioning.
  • TPR for a stable, resilient base.
How should I determine if the medium size fits me?

The Medium size is designed to fit the following shoe ranges:

  • Men: US sizes 7–9
  • Women: US sizes 6–8
Is this off-loading shoe designed for both men and women?

Yes, it features a unisex design intended to provide versatile orthopedic support for a wide range of patients.

Can I adjust the tightness for a personalized fit?

Yes, the shoe includes adjustable straps that allow you to customize the fit, ensuring the shoe remains secure and comfortable during your recovery period.

Is this shoe intended to be used during post-surgical recovery?

Yes, it is specifically indicated for post-surgical recovery environments to protect the affected area by redistributing weight behind the MP joints.

Should I consult a professional before using this shoe?

It is highly recommended to use this device under the guidance of a physician or healthcare provider to ensure proper pressure distribution and to verify that it is the correct solution for your specific clinical needs.

How does the wedge design contribute to the recovery process?

The aggressive slope from the heel to the toe ensures that the weight is redistributed behind the MP joints. By removing weight from the sensitive forefoot, the shoe creates an environment conducive to faster healing.

What is the expected durability of the sole construction?

The sole is constructed from a combination of TPR (Thermoplastic Rubber) and EVA foam. This choice of materials provides a balance between structural integrity for off-loading and the resilience needed for reliable orthopedic support.