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A new 3D-printed finger brace from Carnegie Mellon adapts from rigid to flexible for arthritis or injury patients, presented in September 2025.
A new customizable finger brace from Carnegie Mellon University allows users to switch between rigid and flexible states without removal, helping people with arthritis or hand injuries perform daily tasks like typing.
Made of 3D-printed parts and an elastic band, it adapts to individual hand anatomy using simple measurements and is designed to improve rehabilitation adherence.
The device was presented at a technology conference in September 2025, though research remains preliminary pending peer review.
Patients are advised to consult healthcare providers before use.
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Un nuevo aparato ortopédico para dedos impreso en 3D de Carnegie Mellon se adapta de rígido a flexible para pacientes con artritis o lesiones, presentado en septiembre de 2025.