3D PRINTED CUSTOM ORTHOTIC

Abstract

This report presents a comprehensive study on the development and implementation of 3D printed custom foot orthotic insoles within the context of the Indian market. The research is structured into three distinct phases: market study, assessment methods, and manufacturing of custom orthotics using 3D printing technology. In the first phase of this research, a thorough market analysis was conducted to understand the unique challenges and opportunities in the Indian context regarding custom orthotic insoles. The study delved into factors such as the prevalence of foot-related pathologies, the existing orthotic market landscape, and consumer preferences. Insights gathered from this phase provide a foundational understanding of the Indian market's specific demands and potential for 3D printed custom orthotic insoles. The second phase of the research focuses on the assessment methods employed to gather essential data for the customization of foot orthotic insoles. Various assessment techniques, including gait analysis, biomechanical assessments, foot measurements, and 3D scanning, were utilized to capture accurate patient-specific information. These methods enable a comprehensive understanding of patients' unique foot morphology and biomechanical requirements, serving as a critical step in the customization process. Collectively, this report provides valuable insights into the feasibility and effectiveness of 3D printed custom foot orthotic insoles in the Indian market. It underscores the significance of personalized solutions in addressing foot-related pathologies and highlights the potential of 3D printing technology as a transformative tool in orthotic manufacturing. The findings serve as a foundation for further research, development, and implementation of advanced orthotic solutions tailored to the needs of the Indian population.