• My Account
  • Sign In
Toggle Nav
Search
Menu
    • Account
    Only %1 left
    Article Number
    MS0890

    FOREFOOT RELIEF (1 PC L/R)

    Material :: Technical material
    Lining :: Perlon velour
    Sole :: PU w/ rigid insole
    Weight :: ≈650 g/Unit
    Size range :: XS-XL
    Fastening :: Velcro strap with return
    Footbed thickness :: 9mm

    Forefoot relief, for wounds and fractures on the forefoot. To be ordered by piece.

    XS 38-39
    S 40-41
    M 42-43
    L 44-45
    XL 46-47

    velcro.jpg
    Cut-to-length-strap.jpg

    Trauma footwear is designed to protect or treat specific medical foot conditions, helping to decrease pain symptoms and promoting faster healing time. Our goal is to provide health professionals wi...

    Read more...

    Available in selected orthopaedic clinics in Nordic countries.

    Note: The displayed information refers to sample sizes 38 EU or 4,5 UK (women), 42 EU (men/unisex) or 31 EU (children).

    main product photo
    Details
    Trauma footwear is designed to protect or treat specific medical foot conditions, helping to decrease pain symptoms and promoting faster healing time.
    Our goal is to provide health professionals with the best tools to ease the rehabilitation of the patients by giving them the proper relief.
    Sole

    SOLE

    PU W/ RIGID INSOLE :: PU soles are lightweight, resilient, flexible, and have good ground insulation and shock-absorbing properties. These soles have the best durability performance. With rigid insole.
    Upper

    UPPER

    ARTIFICIAL LEATHER :: This man-made resistant material is produced to look or function like leather.

    Lining

    LINING

    PERLON VELOUR :: Perlon velour is a breathable and soft textile lining with foam.

    Features
    Velcro strap with return Velcro strap with return
    Cut-to-length strap Cut-to-length strap

    VELCRO STRAP WITH RETURN

    This feature adds functionality to the Velcro® strap by returning it through a metallic loop. This loop acts as a pulley system, absorbing force in friction around the tight bend, resulting in reinforced closure and optimised adjustment.