Stratasys

The program focuses on weapon-system maintenance and sustainment, readiness, and defense industrial base revitalization. Plenary and breakout sessions examine acquisition authorities and faster capability delivery; domestic manufacturing, industrial-base investment, and workforce capacity; contested logistics and forward maintenance; munitions lifecycle management; resilient supply chains; and the application of AI, advanced manufacturing, software, and digital engineering to sustainment. Specific discussions include the Portfolio Acquisition Executive authorities under the Warfighting Acquisition System; the Major Weapon Systems and Critical Munitions Readiness Campaign Plan; EO 14415 supply-chain mapping and illumination; and public-private co-production, technical data and right to repair, intellectual property, and capital requirements for industrial-base expansion. The Weapon Systems Software Summit covers applied AI and autonomous systems, DevSecOps and software factories, cybersecurity and Zero Trust, digital engineering, data and cloud architecture, acquisition policy, and workforce and talent management. Associated forums address corrosion prevention, provisioning and cataloging, defense working-capital funds, depot capabilities, allied co-sustainment, and supply-chain risk management. The program also includes a Maintenance Innovation Challenge and a co-located Maintenance and Logistics Exhibition with a Maintenance Yard.

The conference brings together engineers, designers, managers, and educators to exchange expertise, best practices, challenges, and application developments in additive manufacturing. The program includes keynote presentations, technical sessions, panel discussions, training sessions, hands-on workshops, the Technical Competition, the Innovators Showcase, and AMUGexpo. Tracks cover aerospace and defense applications such as flight-certified parts, satellite components, qualification, repair, and sustainment; automotive, infrastructure, energy, and battery applications; business topics including capital equipment, return on investment, market research, and mergers and acquisitions; and design, metrology, scanning, and in-situ monitoring. Other track areas include additive manufacturing education and standards; emerging technologies and research-to-industry translation; healthcare and dental applications; industrial automation, tooling, hybrid manufacturing, robotics, and digital thread; materials, powder recycling, feedstock innovation, heat treatment, and post-processing; manufacturing safety and cybersecurity; and simulation, AI, digital twins, and process optimization. Attendance is limited to individuals from organizations that directly own commercially available additive manufacturing equipment used in a professional environment.