Video

Paediatric Telescopic ROM Knee Brace

Lightweight adjustable telescopic knee brace for children, featuring four adjustable padded foam cuffs. Easy to fit, one size fits most.

Paediatric Telescopic ROM Knee Brace

Lightweight adjustable telescopic knee brace for children, featuring four adjustable padded foam cuffs. Easy to fit, one size fits most.

£94.95 (Inc. VAT & Standard UK Delivery)

Size Guide

  Length (cm)  
Size Min Max Product Code
Universal 35 45 PKRB/UNI
Clear
  • Features & Benefits

    Introducing the Telescopic ROM Knee Brace, a lightweight and adjustable orthotic device designed to provide controlled support for children’s knee rehabilitation. It features a monocentric joint for controlled range of motion (ROM)—extension from 0° to 90° and flexion from 0° to 120°, adjustable in 15° increments. Four padded foam cuffs ensure comfort and support. The telescopic design extends from 35 cm to 45 cm, fitting various leg lengths.

    Features & Benefits

    • Monocentric Joint with Adjustable ROM – Controls knee movement with 15° increments for personalised rehabilitation.
    • Adjustable Foam Cuffs – Ensures comfort and a secure fit.
    • Telescopic Design – Adapts to leg growth (35 cm to 45 cm).
    • Lightweight Build – Allows easy movement with minimal restriction.
    • Universal Sizing – One-size-fits-most for easy selection.

    FAQs

    Who is this Telescopic ROM Knee brace for?
    Children with knee injuries, post-surgery recovery, ligament damage, or hyperextension issues.

    How do I adjust the ROM settings?
    A simple switch-lock system allows 15° increment adjustments.

    Can the brace grow with my child?
    Yes, the length adjusts from 35 cm to 45 cm.

    Is it easy to put on and take off?
    Yes, the hook-and-loop fastenings ensure quick application and removal.

    Still have questions?
    Visit our Terms and Conditions for more details.

    Bilateral
    Express Paediatrix
  • Indications for Use

    Unstable or injured knees, post-operative, post injury rehabilitation, knee ligament injuries, hyperextension.