Built for heavy lifting and repetitive work in your existing facilities. Creating safer, more efficient workplaces.
Set up a demo of CalvinIndustry is running out of hands. Across Europe, the working-age population is set to shrink by 13.5 million people by 2030, while 40 to 45 million workers hold physically intensive, repetitive roles: the jobs that will be hardest to staff as the labor pool contracts.
Calvin fills that gap, in your existing environment and without infrastructure changes. It makes repetitive workflows up to three times more cost efficient, frees your teams for the tasks where human expertise creates the most value, and reduces physical strain.
Strength, vision, and safety engineered to perform where your teams already work.
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High-torque motors, high-strength structure, and a full‑body control algorithm that auto‑adapts to the load.
3D sensor and vision / recognition stack based on the latest advancements in AI, robust to changing environments.
Autonomous navigation for task execution, with a certifiable safety system enabling use without physical barriers.
Target failure rate below 1 in 1,000, built on the proven reliability of our exoskeleton platform and medical device manufacturing standards.
Calvin takes on the tasks that are repetitive, physically demanding, and hardest to staff consistently. It moves boxes and crates, handles heavy loads, and supports material flow between workstations, working safely alongside your teams in warehouses, factories, and logistics environments.
Calvin has already demonstrated its ability to learn and execute repetitive industrial workflows. We are now expanding its capabilities to include more precise handling tasks, such as picking and kitting small and large objects.
bulky to precision parts
boxes, crates & packages
components for production
assembly & tending
Calvin can rapidly adapt to customer-specific workflows, enabling fast proof-of-concept testing in real industrial environments.
Calvin integrates a certifiable safety system designed for autonomous operation alongside people.
Combines adaptive balance and industrial-grade strength to perform shift after shift.
Reduces strain and fatigue by taking on heavy, repetitive tasks with humanoid strength.
