Advancing Sports Equipment Using Computational Craftsmanship and Additive Manufacturing

In this presentation, Slicelab will explore the integration of advanced additive manufacturing and computational design in the development of high-performance sports equipment. Our work focuses on leveraging computational craftsmanship and custom-engineered materials to push the boundaries of functionality, durability, and comfort in sports products.
We will discuss how Design for Additive Manufacturing (DfAM) principles, along with tailored lattice structures and material optimization, allow for highly resilient and responsive designs that enhance athletic performance. By blending generative design with impact-resistant materials and advanced fabrication processes, Slicelab creates sports gear that meets the unique demands of athletes in high-impact environments.
Attendees will gain insights into our approach to design refinement and testing, which prioritizes material and geometry innovation. This session will provide practical takeaways for professionals looking to implement additive manufacturing solutions in sports product development, demonstrating how computational design and digital craftsmanship streamline the path from concept to production while achieving superior product performance.