Individual 250mm PDE Thermoplastic Springs
To Order, Call: 1-800-FABTECH or Email: Orders@fabtechsystems.com
Individual 250mm PDE Thermoplastic Springs
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Available in 5 categories of stiffness and common 250mm length. Get it right. Get your PDE / Thermoplastic Fit Kit today! Category number three (3) spring is the most common selection

Individual 250mm PDE Thermoplastic Springs
Individual 250mm PDE Thermoplastic Springs
Part #: Spring Category Length Description
TP250-1 1 250mm Individual Spring. No Hardware.
TP250-2 2 250mm Individual Spring. No Hardware.
TP250-3 3 250mm Individual Spring. No Hardware.
TP250-4 4 250mm Individual Spring. No Hardware.
TP250-5 5 250mm Individual Spring. No Hardware.

People change, so should their braces:

  • Easily adjust and tune to the appropriate spring category to provide maximum function and energy return.
  • Available in 5 categories of stiffness and a common 250mm length size.
  • Easy to use shim kit provides the ability to adjust alignment in both the footplate and upper cuff post manufacturing, addressing external, internal, plantar & dorsiflexion adjustments.

Goals:

  • Prevent drop foot
  • Prevent Falling
  • Stabilize gait
  • Reduce foot contractures
  • Improve ambulation through energy return
  • Improve quality of life

Indications:

  • Nerve/muscle impairment below the knee
  • Soft tissue injury or loss
  • Nerve/muscle loss below knee
  • Dorsiflexion and/or plantar flexion deficit or loss of
  • Patients who desire return to recreational sports
  • Guillain-Barre Syndrome
  • Spina Bifida
  • Spinal Cord Injury
  • CVA
  • MS
  • CMT
  • CP
  • Polio

Features:

  • Modular design
  • Contoured fit spring
  • Low profile
  • 5 categories
  • Post align-able
  • Reusable
  • Clinically proven results
  • Patent pending

Special Notes regarding the product:

  1. PDE/TP Springs cannot be modified by applying heat.
  2. Not designed for unloading a patients' weight
  3. Originally designed for thermoplastic use, PDE/TP springs may be used in composite bracing where unloading of patient weight is not a factor.


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