Applying a Combination of Cutting-Edge Industry 4.0 Processes towards Fabricating a Customized Component

3D scanning, printing, and CAD design software are considered important tools in Industry 4.0 product development processes. Each one of them has seen widespread use a variety scientific commercial fields. This work aims to depict the added value their combined proposed workflow where customized needs be developed. More specifically, geometry an existing physical item’s defined order fabricate seamlessly integrate additional component. In this instance, scanning technique was used digitize e-bike’s frame geometry. essential for creating peripheral component (in case, rear rack) that would integrated into bicycle. lieu just developing tail rack from scratch, generative process chosen produce favored both light weight optimal mechanical behaviors. FDM printing utilized build final using ABS-CF10 materials, which, although being thermoplastic ABS-based material, introduced as metal replacement lighter more ergonomic production. Consequently, manufactured manner successfully mounted onto e-bike. The is not limited manufacturing component, but may future fabrication components tooling.