Sleep disorders, chronic pain, and circulation problems are prevalent conditions that significantly compromise quality of life and pose recurring health challenges on a global scale. Conventional treatments, such as medications, often present side effects and fail to address the underlying causes of these issues. In this context, reflexology emerges as a complementary therapeutic approach that can help improve these conditions by stimulating specific points on the feet, promoting balance and well-being.
This study proposes integrating reflexology with biomimetics to develop innovative therapeutic insoles capable of providing significant health benefits. One of the approaches adopted was the macroscopic analysis of Micrandropsis scleroxylon, known as Peãozinho, whose natural structure served as inspiration to enhance the anatomy of the feet and create a functional and ergonomic design. By valuing regional and natural features, such as the macroscopic properties of Amazonian woods, the study promotes therapeutic solutions aligned with sustainability, contributing to the advancement of product design with a positive social impact.
It is concluded that the methodological approach adopted, guided by biomimetic principles, offers promising results and potential for new applications in the field of therapeutic footwear.
Additionally, the proposal aims to generate visual patterns by utilizing macroscopic images derived from the tangential, radial, and transverse sections of Amazonian woods. This process creatively and innovatively leverages their visual value through anatomical study combined with surface design, enabling the application of these patterns to decorative products in a distinctive way. By incorporating regional identity, the study stimulates appreciation and adds value to the raw material.
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