Repurposing Used or Scrap Splinting Materials

What can be done in the end with all of the orthoses that we fabricate for our patients?

 

After patients have completed their course of rehabilitation, they often have orthoses they no longer want or need.

While it is not suitable to repurpose these orthoses for other patients due to concerns for dirt and contamination, there are many creative ways to re-utilize the thermoplastic materials in projects around the clinic and /or house.

We share a few creative ways to repurpose the orthoses and also utilize scraps of thermoplastic material.

1. Clinical solutions

Idea 1: Roll small pieces of thermoplastic material into tiny therapy balls in different sizes which are useful for in hand and fine motor manipulation.

Idea 2: Enlarge and or reshape a handle for a patient with difficulty grasping smaller objects.

Idea 3: Enlarge a zipper pull for a patient with a weak and or painful pinch.

Idea 4: Create a personal set of desensitization dowels for hypersensitive fingers and scars.

2. Educational purposes

Idea 1: Save 1 -2 samples of each orthotic design to explain their function and purpose to patients and therapy students (provided you have room!).

Idea 2: Create a wall display of used orthoses.

Idea 3: Create a finger model with thermoplastic “bones” and connecting “ligaments” to explain finger anatomy. Have a student clinician do this as a project!

 

2. Creative solutions

Idea 1: Pencil or paintbrush holder: create colorful covers for simple pencil or paintbrush holders.

Idea 2: Create picture frames of all sizes depending on the size of the orthosis.

Idea 3: Planters: create colorful covers for glass jars and/or clay pots.

Idea 4: Wall decor: it is easy to mold thermoplastic into various hook shapes for holding keys and/or other items.

 

Have your patients help with repurposing their used orthoses into the creative projects shown above.

Here are some quick but important pointers:

  • Make sure the thermoplastic material is not too hot so patients can handle it without burning their fingers.
  • Turn the material inside out if you cannot remove the hook and loop strapping.
  • Older materials can be very sticky so spread some lotion on the material or your fingers to improve workability.
  • Instruct your patient in the project and/or make sure to supervise so there are no unnecessary injuries.

Written by Debby Schwartz, OTD, OTR/L, CHT

Physical Rehabilitation Product and Educational Specialist at Orfit Industries America.

Debby is a certified hand therapist with over 36 years of clinical experience. She completed her Doctorate of Occupational Therapy at Rocky Mountain University of Health Professions in 2010. She has worked at Orfit Industries America as Product and Educational Specialist since 2007.

Debby is also an adjunct professor at the Occupational Therapy Department of Touro University, School of Health Sciences, and at the Occupational Therapy Department at Yeshiva University, Katz School of Science and Health in NYC. She has written many book chapters in the field of hand therapy and multiple articles for hand therapy journals, including the ASHT Times and the Journal of Hand Therapy. She has published a new textbook on orthotic fabrication together with Dr. Katherine Schofield, entitled “Orthotic Design and Fabrication for the Upper Extremity: A Practical Guide”.

Debby’s Google Scholar

 

If you’d like to receive the latest product updates and interesting Orfit news, subscribe to our newsletter:

We've selected some similar articles for you
The Use of Orfit Coils and Wires in Orthotic Fabrication
With video tutorial
This assortment allows therapists a choice for selection of the appropriate coil for each specific joint and pathology.  Those coils have been designed for specific joints each, which means that they are calibrated to not exceed the maximum force on the joints. 
Read more
Unique Orthoses for the Proximal Inter-phalangeal (PIP) Joint
A video tutorial
  The Proximal Inter-phalangeal or PIP joint is a hinge joint that is normally kept in alignment by a soft-tissue envelope consisting of the joint capsule, the volar plate, the collateral ligaments, and the central slip. These soft tissue structures form a tight-fitting “box” within a very small…
Read more
Low-Profile Radial Nerve Palsy Orthosis
A video tutorial
  The radial nerve is the terminal continuation of the posterior cord of the brachial plexus. It contains fibers from nerve roots C5 – T1.  From the axilla region, the radial nerve travels down the arm and innervates the triceps muscle.  The radial nerve then descends down the arm,…
Read more