Granted U.S. utility patents protecting core innovations in distributed multi-robot coordination, autonomous task partitioning, and cooperative manufacturing—cited by industry leaders including Boeing, IBM, and Volkswagen.
An autonomous multi-robot additive manufacturing platform where independent mobile agents equipped with specialized tool heads collaborate on a single build. The system coordinates parallel extrusion, assembly, and post-processing operations across a shared fabrication envelope.
An IoT-driven swarm manufacturing architecture integrating autonomous mobile robots into smart factory floors. The platform combines distributed motion planning, centralized job scheduling, and real-time telemetry to execute large-scale cooperative 3D printing and material handling.
A cooperative additive manufacturing system where fleets of motorized mobile 3D printers work concurrently across an unbounded build surface. Features dynamic task decomposition, collision avoidance algorithms, and spatial partitioning to fabricate structures beyond conventional machine boundaries.
A high-speed additive manufacturing method that uses digitally addressable microheater arrays to selectively sinter thermoplastic powders through direct thermal conduction. Eliminates bulky laser optics and high-power galvo scanners while dramatically reducing system cost and energy consumption.
