3D printed tools enhance occupational therapy
Nicholette Baker, from the University of Michigan-Flint, is using the technology to transform patient care
According to the University of Michigan-Flint, graduate student Nicholette Baker is integrating 3D printing technology with occupational therapy to transform patient care. Baker is currently pursuing her Doctor of Occupational Therapy degree, and “was immediately hooked on 3D printing and amazed by its potential applications in occupational therapy,” she said.
“Nicholette Baker has expanded the tools the Occupational Therapy Department faculty and students have to meet the needs of their clients. The 3D printing of items can be significantly cheaper and more easily accessible than products that are commercially available,” said Donna Case, Assistant Professor of Occupational Therapy at the University of Michigan-Flint. “It allows occupational therapists to adapt tools and equipment to the client rather than forcing the individual to change. As an example, Nicholette designed an adaptive handled flosser that can be used with just one hand. We will be printing those for individuals with disabilities who attend the University of Michigan’s dental clinic in Traverse City.”
From typing aids to customized keychains representing the Occupational Therapy Department, Baker’s designs aim to enhance the quality of life for individuals with disabilities. “The keychains started as a simple way to give something memorable to students but they’ve blossomed into a symbol of the limitless possibilities that 3D printing offers to our field,” she said.
