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DUALarm: An open-source and 3D-printable device for upper limb neurorehabilitation.

Tito DinonMarco CaimmiAndrea ChiavennaMatteo MalosioAlessio PriniAlessandro ScanoLorenzo Molinari TosattiCristian CurròBruno LenziValentino Megale
Published in: Journal of rehabilitation and assistive technologies engineering (2018)
Positively advocating that low-cost additive 3D-printing technologies and open-source licensed software/hardware platforms represent an optimal solution to realize low-cost equipment, a mechanical and 3D-printable device for bilateral upper-limb rehabilitation is presented. The design and manufacturing process of this wheel-geared mechanism, enabling in-phase and anti-phase movements, will be openly provided online with the aim of making a set of customizable devices for neurorehabilitation exploitable all over the world even by people/countries with limited economical and technological resources. In order to characterize the interaction with the device, preliminary trials with EMG and kinematics recordings were performed on healthy subjects.
Keyphrases
  • upper limb
  • low cost
  • social media
  • health information
  • healthcare
  • solid state
  • high density