Innovating Custom Solutions in Product Design: An Exploration of Digital Fabrication and Algorithmic 3D Modeling in Co-Creation

Abstract

This project explores the potential of digital fabrication and algorithmic 3D modeling to develop innovative, custom product solutions while facilitating co-creation. A research-driven and experimental approach was employed, focusing on the creation of parametric 3D models and the use of digital fabrication technologies. Research methods included a literature review, expert consultations, experimentation with CNC milling and 3D printing, and parametric modelling in collaboration with an orthopaedic clinic.

The key outcome of this research is a parametric script developed in Rhino Grasshopper. This script enables the customisation of prosthetics and orthopaedic aids based on 3D scans, allowing for fine-tuning of both internal structure and outer shell. By inputting parameters, healthcare professionals can generate various design options to achieve personalised solutions tailored to individual needs for each model.

This tool demonstrates the potential of digital technologies to revolutionise product design and healthcare by streamlining processes, reducing costs, and improving design processes. The findings of this research contribute to the growing body of knowledge in digital fabrication, parametric design, and co-creation, with potential applications in various fields beyond healthcare.