The objective of this project is to develop a ready-to-use product called Fabricated Spine (FINE): A Posture Correction Device Using Digital Fabrication Technology, designed to support the spine and help reduce or prevent the progression of spinal curvature in children aged 7–18 years. This initiative is driven by lifestyle patterns, especially among students, who tend to spend extended periods sitting for study or work, increasing the risk of spinal curvature during their growth period.
Using 3D printing-based materials, the product aims to serve as a more adaptable and economical solution for spinal support, tailored to the user’s back anatomy. It also offers the potential for improved monitoring of spinal health. The initial research phase involves a literature review on poor spinal posture conditions such as kyphosis, as well as existing types of braces. This is followed by the development of a customized brace using 3D printing materials. Laboratory testing includes analytical methods using Cobb angle data and user questionnaires to assess qualitative differences before and after product use, supported by a focus group discussion. Expected outcomes include a physical prototype, seminar presentation, mock-up exhibition, public dissemination, and publication in an indexed international journal.
This research is funded by The Entrepreneurship and Innovation unit, Universitas Indonesia under Hibah Reverse Engineering FT UI 2023
