Powerful design.
Foothill College students addressed these challenges by using the school’s
PolyJet™ technology-driven 3D printer to quickly print a device as one
assembled part that is lighter than conventional metal devices, avoiding the
need for costly casting or machining.
“The prototype of both arms prints in 24 hours and costs only about $100 per
arm,” Pantchenko said.
3D printing empowers students to easily scale components to fit, and to
affordably reprint them to accommodate Noel’s growth and development.
Support material is removed simply with water. The flexibility of 3D printing
also gave students an opportunity to personalize the device, making it
more fun for Noel to wear by adding spider designs inspired by his favorite
superhero.
“With the 3D printed exoskeleton, Noel can now eat, play with toys, and even
put a hat on his head without any assistance,” Pantchenko said.
Family and occupational therapists noticed a difference quickly in Noel with
his new exoskeleton arms. Now his movements are more in alignment with
less back bending, and Noel is happier and more independent.