SCHUNK Engineering

Physical AI is making its way into industry. It enables robots and machines to perform tasks in the real world precisely and safely, taking automation to a new, adaptive level. This is made possible by the interaction of powerful, high-fidelity simulation and AI-driven robotics. At Hannover Messe, SCHUNK is showcasing—using the example of the GROW automation cell—how this approach can be transferred to manufacturing. The standardized, modular solution is designed to bring physical AI applications into day-to-day production in a repeatable, industrial-ready way.

At the German Robotics Conference 2026 in Cologne, SCHUNK and the German Aerospace Center (DLR) agreed to further expand their cooperation in the field of humanoid robotics. The cooperation aims to accelerate the transfer of technology to industry and advance the fine motor capabilities of humanoid robot hands for new automation applications.

SCHUNK’s 6-axis force/torque sensor FTS has been awarded first place in the "Robotics, Handling, and Assembly Technology" category of the "INDUSTRIAL Production Products of the Year 2026" competition. Through the readers' choice award, the trade magazine honors innovative solutions that provide new impetus for industrial production.

The International Federation of Robotics (IFR) honors Kristina I. Schunk, CEO of SCHUNK, as one of eleven women worldwide who are significantly shaping the future of robotics. The award highlights the company’s strategic role as a pioneer and driving force in AI-based, adaptive robotics, as well as in digital automation solutions.