Limbitless Solutions, a non-profit developed by UCF alumnus Albert Manero, is embarking on a clinical trial to test the next generation of 3D printed arms for kids with congenital limb loss.
“The advanced prosthetic limbs on the market are quite expensive and that’s a huge limitation both for doctors and insurance companies to want to provide them for children,” Manero says. “We’re looking to try and change that paradigm.”
Dr. Albert Chi, a surgeon at Oregon Health and Science University, is a clinical collaborator for this trial.
“To be able to have something that is so affordable and accessible it really is kind of a game changer for everybody,” Chi said.
“Currently, we’re using muscle activity, EMG signals. The traditional 3D printed prosthetic were body-powered,” Chi said. “Just the fact that we’re using EMG-powered 3D prosthetic devices, that’s a huge advancement.”
The new design for prosthetic arms allows multiple gestures to be used.
“This new device that we’re working on has the ability to not only do open and close, but individual finger dexterity,” Manero said.
Chi says this is the first step of the evolution of 3D printed prosthetic.
“I think this is the beginning of something incredible and we’re witnessing the future,” Chi said.
