90° brace for pilates
The challenge
This project is needed because people with a paralyzed or non-functional arm cannot keep their elbow bent during some Pilates exercises. The brace holds the arm at a 90° angle, providing support, improving stability. enabling safer, more effective exercise
Who it helps
People with a paralyzed or non-functional arm who have little or no movement or sensation. The brace keeps the arm bent at a 90° angle, allowing them to safely lean on it and perform Pilates exercises with greater stability and support.
How it works
The 3D-printed brace keeps the elbow securely at a 90° angle, providing the support needed for Pilates exercises. It allows users with a paralyzed or non-functional arm to safely bear weight on the arm, improving stability, safety, and independence.
The solution is a lightweight, 3D-printed brace that holds the elbow at a 90° angle. It provides stable support during Pilates exercises, allowing users with a paralyzed or non-functional arm to exercise more safely and comfortably.
Tools needed
PC or MAC I7 +
Prusa slicer
FDM Printer
Project details
- Stage: Prototype
- Built by the TOM International Community community, Global
- Team: ג'קי
- Category: Sports, Therapy
The build files for 90° brace for pilates are free to download from this page - open source, shared by TOM: Tikkun Olam Makers.
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