Mechanical Testing and Durability Evaluation of 3D Printed Magnetic Closures for Adaptive Fashion

This study focuses on the development and evaluation of 3D printed magnetic fasteners or buttons for adaptive fashion, with the goal of improving the dressing experience for people with disabilities. The research employs stereolithography (SLA), a 3D printing method, to create these fasteners or buttons, and compares their mechanical performance and durability to traditional fasteners. A factorial experimental design was used and samples were prepared with various types of fabric commonly used in adaptive clothing. Mechanical performance was evaluated using a tensile testing machine and custom designed devices to measure magnetic separation force. Durability was evaluated under simulated dry and wet conditions by measuring stitch button strength. The study underestimates the potential of these fasteners to improve the wearability and comfort of adaptable garments. The results of this research will serve as a basis for future innovations in adaptive clothing design and contribute to the continuous improvement of adaptive fashion products.