In late August 2026, Agile Robots and its subsidiary Franka Robotics demonstrated how physical AI transitions from theoretical research into practical industrial applications. Spanning events at Messe Zürich for all about automation and IJCAI-ECAI 2026 in Bremen, the companies showcased advanced automation solutions and dual-arm robot training data workflows designed to empower manufacturers and AI developers alike.
The Bottom Line
- Dual European Showcases: Agile Robots and Franka Robotics presented physical AI solutions across Switzerland and Germany in August 2026.
- Industrial Automation: Highlighted advanced systems including the torque-sensing Diana 7 and the low-code Thor 12 welding series.
- Scalable AI Training: Demonstrated the Franka GELLO Duo and FR3 Duo setup at IJCAI-ECAI 2026 to capture high-performance dual-arm manipulation data.
Bringing Intelligence to the Factory Floor in Zürich
At the all about automation exhibition held from August 26 to 27, 2026, at Messe Zürich, Agile Robots positioned itself among 300 participating enterprises to address the practical demands of modern manufacturers and system integrators. According to reports from the event, the company brought forward hardware engineered to bridge the gap between abstract software intelligence and heavy industrial execution.
Among the core offerings presented to Swiss attendees were the Diana 7 and the Thor series. The Diana 7 utilizes torque sensors embedded across all seven of its joints to monitor engine-head insertion forces in real-time. This capability allows the arm to verify exact placements while actively minimizing jamming risks and protecting sensitive components from physical damage. Meanwhile, the Thor 12 system addresses flexible robot welding through drag-and-drop teaching and low-code controls. Operators can rapidly establish welding paths and maintain stable, precise weld lines even within narrow one-millimeter gaps across complex corners, vertical drops, and inclined surfaces.
Capturing Data and Training Next-Gen AI in Bremen
Shifting from factory automation to foundational research, Franka Robotics acted as a silver sponsor at IJCAI-ECAI 2026 in Bremen, Germany, held from August 15 to 21, 2026. Here, the focus centered on how artificial intelligence developers translate human expertise into structured datasets capable of training sophisticated robot behaviors.
Visitors to the exhibition engaged directly with the technology by using the Franka GELLO Duo to remotely pilot the FR3 Duo robotic system. Simultaneously, the LABS platform captured each demonstrated motion as specialized training data tailored for dual-arm manipulation techniques. By uniting intuitive teleoperation, robust hardware, and streamlined data capture into a singular workflow, the setup provides AI development teams with the infrastructure needed to collect repeatable demonstrations and scale their robotic learning datasets effectively.
| Event Name | Location | Dates | Primary Focus |
|---|---|---|---|
| all about automation | Messe Zürich, Switzerland | August 26–27, 2026 | Diana 7 force-controlled assembly and Thor 12 flexible welding solutions |
| IJCAI-ECAI 2026 | Bremen, Germany | August 15–21, 2026 | Franka GELLO Duo teleoperation and LABS dual-arm robot training data |
Connecting Research Labs to Global Industrial Deployments
The simultaneous appearances across Switzerland and Germany underline a broader strategy championed by the Munich-headquartered firm. Founded in 2018, Agile Robots now employs over 3,500 personnel and has deployed more than 20,000 robot solutions globally across automotive, electronics, healthcare, and service sectors. Since welcoming Franka Robotics into its corporate family in 2023, the organization has consistently focused on serving as a primary reference platform for robotic researchers and embodied AI specialists worldwide.
For manufacturers, system integrators, and artificial intelligence researchers throughout the Asia-Pacific region and beyond, these dual demonstrations offer a clear roadmap. Moving forward, the integration of reliable physical platforms with scalable training data pipelines transforms experimental robotics into dependable, everyday operational assets.
