about us
What we do?
We send robots where data hides
We develop autonomous mobile robots engineered to operate within the challenging environments of active particle accelerators. These systems are designed to access areas that are difficult to monitor during operation — such as zones with elevated radiation levels or limited accessibility — enabling continuous, in-situ data collection.
With over a decade of close collaboration between DESY, the European XFEL, and applied academic partners, we’ve developed robotic platforms that are built for the unique challenges of operating in active particle accelerators. What began as a research-driven initiative has evolved into field-tested, adaptable systems. Today, we operate several robots at the European XFEL that autonomously map radiation fields and carry out inspection tasks, providing critical data to optimize performance and improve the efficiency of accelerator operations.
automated maintenance
radiation-exposed area servicing
inspection & fault diagnosis
precision equipment positioning
services
A platform that evolves
with its environment.
Our robotic systems are not static products — they are robust, field-tested platforms that grow through real-world application. In elevated radiation environments, even electronics face long-term degradation. That’s why we accompany every deployment with a continuous improvement process: We design, test, observe, and refine.
From mechanical design and electrical planning to intuitive web-based control interfaces and system integration, we cover the entire development chain. But our commitment doesn’t stop at delivery — we stay involved to adapt and advance each platform, making it more resilient, reliable, and effective with every mission.
development
& design
We create custom robotic solutions for particle accelerators, integrating advanced sensors and AI-driven navigation to enhance operational precision and adaptability.
maintenance & updates
Regular inspections, rapid diagnostics, and software updates keep robotic performance at peak levels while minimizing operational downtime.
RX-1
Ready for the next
generation?
Currently under development, the RX-1 is being engineered as a compact, fast, and enduring radiation explorer for high-energy environments like particle accelerators. Designed to navigate complex spaces and detect ionizing radiation with precision, it’s built to perform where others can’t.
Dimensions:
Vision:
Lidar:
AI Computing:
Weight:
Battery:
Payload:
Power for Payloads:
Runtime:
Charging:
Interested in early access?
We go where the beam goes.
dehne robotik
contact us
Office address
Dehne Robotik GmbH
Rosentwiete 34
25364 Brande-Hörnerkirchen
Germany
Postal address
Dehne Robotik GmbH
Rosentwiete 1
25355 Groß Offenseth-Aspern
Germany