Shadow Robot, Fraunhofer IFF team up on tactile-driven manufacturing project

Shadow Robot and Fraunhofer IFF have launched a six-month collaboration to test whether dexterous robotic hands, tactile sensing and teleoperation can tackle difficult manufacturing and assembly tasks. The project aims to show where advanced manipulation could replace manual work in production lines and what engineering hurdles remain.

Why it matters: - Manufacturing still relies on manual work for tasks that are hard to automate, especially when precise interaction with individual components is required. - The project is testing whether dexterous robotic hands can fill that gap with more flexibility and richer physical feedback than conventional industrial grippers. - The work could shape how future production systems combine robots and people in more human-centric factories.

What happened: - Shadow Robot and the Fraunhofer Institute for Factory Operation and Automation IFF are collaborating on a six-month project focused on tactile-driven robotic manipulation in manufacturing. - The project examines dexterous robotic hands, tactile sensing, teleoperation and advanced robot control for manipulation tasks in industrial settings. - The partnership brings together two euRobotics aisbl member organisations with complementary expertise. - Shadow Robot is supplying dexterous robotic hardware, system integration and teleoperation capabilities. - Fraunhofer IFF is contributing cognitive robotics expertise, work on challenging manipulation tasks and industrial robotics consultancy.

The details: - The project centers on manufacturing and assembly tasks that are currently difficult to automate and are often still performed manually. - Fraunhofer IFF says even highly automated production lines still have 10% to 20% of tasks done by hand because of limited technological capability. - Shadow Robot’s telemanipulation setup includes a 5-finger hand with tactile sensing, which lets the team move straight into testing rather than spending time on integration. - The partners will study whether dexterous robotic hands can provide more useful physical interaction than standard industrial grippers. - The project puts particular emphasis on tactile sensing in complex assembly, including how touch data can complement other sensor data during manipulation. - The team will demonstrate what can be achieved by combining dexterous hardware, tactile sensing and advanced software control. - The project will also identify the engineering approaches, technical challenges and costs needed to take these systems further. - The work focuses on dexterous robotic hands mounted on conventional collaborative industrial robot arms, not humanoid robots. - The partners will examine how much dexterity different tasks require, including whether five-fingered hands are necessary for some manufacturing uses. - Shadow Robot’s hands are designed for complex manipulation and can include tactile sensing. - Shadow Robot’s teleoperation technology is designed to support intuitive human control of dexterous robotic systems. - Fraunhofer IFF brings expertise in cognitive robotics, real-time robot control and industrial automation.

Between the lines: - The project is as much about proving practical limits as it is about demonstrating capability. - By focusing on cost, engineering requirements and task-specific dexterity, the partners are looking for the point where advanced manipulation becomes commercially useful. - The collaboration also reflects a broader push toward flexible production systems where robots complement human labor instead of simply replacing it. - Rich Walker, director of Shadow Robot and elected director of euRobotics aisbl, said the long-running relationship between the teams made the joint project an especially exciting opportunity to solve real manufacturing challenges. - Dr. José Saenz, group manager at Fraunhofer IFF, said Shadow Robot’s telemanipulation setup allowed the team to skip integration work and focus directly on experiments.

What's next: - The partners will test how dexterous manipulation performs across challenging industrial tasks. - The project is expected to reveal which engineering choices, sensing approaches and hand configurations are most useful for future deployment. - The findings will help determine how these systems could move from research into real manufacturing applications. - The effort aligns with the euRobotics Vienna Statement, which emphasizes the role of humans in future production systems.

The bottom line: - Shadow Robot and Fraunhofer IFF are trying to turn tactile sensing and dexterous hands from promising robotics tools into practical manufacturing capabilities.