Harvesting the Future of Food Production with Physical AI
Autonomous harvesting robots powered by Physical AI. Built to solve agriculture's biggest workforce challenge.

232 Case stories
showing

Autonomous harvesting robots powered by Physical AI. Built to solve agriculture's biggest workforce challenge.

Oliva Torras increases welding capacity by 50% with the UR20 industrial collaborative robot

Assars transformed powder coating with industrial collaborative robots—delivering consistent quality, cutting material use, and improving working conditions. Discover how intelligent automation turns manual touch-ups into a scalable, future-ready process.

As product complexity increased, GMPack needed a smarter way to scale high-mix production without adding labor or compromising hygiene.

Emerson boosts efficiency, consistency, and operator well-being with collaborative automation

By automating the final "magic five percent" of production - the precise trimming of swim goggles’ silicone gaskets based on individual face scans - UR cobots allow THEMAGIC5 to deliver affordable, custom-fit goggles.


Mandom Co., Ltd., a manufacturer and seller of cosmetics, fragrances, and quasi-drug products, introduced robots in order to acquire the technical capability to automate processes in-house.

Verus Digital develops 3D digitization systems and advises and supports companies in creating high-precision, color-accurate 3D models of objects of any kind. Focusing upon the cultural heritage sector, it also serves the area of forensic applications, as both sectors fields require scientifically reliable, high-quality3D-Documentations.

Archytas Robotics integrates a high value-added part engraving solution at VCN Industries

USIMINAS, Brazil’s steel leader, transformed its outdated coil marking system with a collaborative robot, cutting costs and improving productivity while safely marking over 100,000 coils.

The Mercedes-Benz factory in Juiz de Fora, Brazil, began implementing Industry 4.0 strategies in 2012 and recently advanced to collaborative robotics. Using a UR10e (now UR12e), the factory automated glue application on stringers, reducing rework and ensuring effective prevention of part oxidation.