End-to-end Physical AI workflow
The site describes end-to-end infrastructure for data collection, policy development, and scaling Physical AI across workflows.
Sanctuary AI builds Physical AI systems for industrial automation, with robotic arms, custom end effectors, and future humanoid and mobile support.
Sanctuary AI builds embodied AI and Physical AI systems for industrial automation. Its public pages describe software and robotics capabilities that combine cognition, perception, and manipulation to automate complex work across current and future robotic platforms.
The company focuses on tasks that traditional automation struggles with, especially dexterous and dynamic industrial work. It positions its system for deployment on commercially available robotic hardware today, with support for custom end effectors, industrial arms, and a roadmap that includes mobility platforms and humanoid robots.
The site describes end-to-end infrastructure for data collection, policy development, and scaling Physical AI across workflows.
Sanctuary AI says its systems work across industrial robotic arms, custom end effectors, low-DOF grippers, mobility platforms, and future humanoids.
The Physical AI page says the company integrates with trusted robot brands such as FANUC and Universal Robots and pairs them with custom end effectors.
The site emphasizes autonomous task policies for challenging industrial work and cites a 99%+ performance success rate on generated policies.
The company presents custom end effectors and uni- or bi-manual system configurations to fit specific tasks and throughput needs.
The site includes a data summary for wire plug insertion, showing 99.5% model performance, 2.54 second cycle time per plug, and 5.5 hours of teleop data volume.
Automate assembly, material handling, and other complex manufacturing steps for OEMs and suppliers that need higher throughput and consistent quality.
Handle repetitive, high-precision production work in semiconductor, consumer, automotive, and industrial electronics environments.
Support fast-paced facilities that need continuous operation, higher throughput, and more consistent output while reducing labor pressure.
Automate picking, sorting, and material movement in distribution centers and warehouses.
Sort pills, vials, orders, and packaging tasks in healthcare distribution workflows that require careful handling of small, varied items.
Sanctuary AI positions its offering as Physical AI for industrial automation. The site describes deployment on commercially available robotic systems and custom end effectors, with a path that also includes future humanoid and mobile configurations.
The site says it works with industrial leaders who need a labor solution and helps automate complex tasks that traditional automation cannot reliably handle, including dexterous and dynamic work.
The rendered pages reference industrial robotic arms, custom end effectors, low-DOF grippers, future robotic hands, mobility platforms with AMRs, and industrial humanoids. The company also mentions integrations with FANUC and Universal Robots on its Physical AI page.
Sanctuary AI says customers can contact its commercial team to discuss operational challenges and that it works collaboratively to identify tasks, collect data, and build models for autonomous policies.
The source does not publish pricing on the site pages provided. The pricing URL returns a page-not-found message, so the public pages only show a commercial inquiry flow.