Autodesk Teams with BioDapt to Standardize Prosthetic Parts, Boost 3D Print Efficiency
Autodesk is partnering with BioDapt founder Mike Schultz to redesign ankle frames and binding braces for competitive para-athletics using Fusion’s AI-powered manufacturing cloud, increasing stiffness without extending 3D-print time and standardizing parts across multiple prosthetic models. The collaboration targets scaling BioDapt’s innovations for Winter and Summer para sports while addressing a global assistive-device market of 2.5 billion users.
1. Partnership Overview
Autodesk has formalized a strategic collaboration with Paralympian and BioDapt CEO Mike Schultz to advance next-generation prosthetic systems. Following months of prototype work in Fusion, Autodesk will support BioDapt’s transition from elite competition gear toward broader innovation in para sports, starting with equipment for Los Angeles 2028 athletes.
2. Design Enhancements via Fusion
Using Autodesk Fusion’s integrated design, simulation and manufacturing workflows, the teams optimized Schultz’s ankle frame and binding brace by boosting stiffness without increasing 3D print time and adding universal hole patterns. These improvements have eliminated component failures in recent training sessions, ensuring repeatable builds and reliable performance in cold conditions.
3. Market Potential and Next Steps
Beyond elite sport, the partnership aims to scale high-performance prosthetic manufacturing for a global assistive technology market serving over 2.5 billion potential users. Future exploration includes metal 3D printing of advanced ankle frames, embedded sensors for force analysis and AI-driven design suggestions in Fusion to accelerate product development.