ARRTSM proudly announces that its second-generation autonomous robot is ready for global deployment. Engineered in Germany, this flagship system represents a decisive leap in autonomous robotics—merging CNC-grade precision, industrial-scale payload capacity, and AI-driven autonomy into a single platform.
Autonomous Robot from Germany to the World
At the heart of the system is a KUKA KR 300 R2500 Ultra industrial robot featuring:
- 6 axes
- 300 kg payload
- 2,496 mm reach
- ±0.06 mm repeatability
The robot is powered by Sinumerik 840D SL CNC, seamlessly integrating high-end CNC motion control with robotics-grade flexibility. This combination enables true 3D path planning and extrusion-level trajectory execution—bridging the gap between machining precision and robotic freedom.
Physical AI–Driven Autonomy
Infused with ARRTSM Physical AI, the robot generates real-time 3D motion paths, dynamically adapting to its environment. The system can:
- Avoid obstacles autonomously
- Plan and adjust 3D trajectories in space
- React intelligently to changing conditions during execution
An integrated 3D touch probe allows the robot to:
- Detect workpiece geometries
- Identify parts automatically
- Probe reference surfaces
- Align operations precisely to technical drawings before machining
This capability combines CNC-style calibration with fully autonomous robotic operation.
What Makes It Extraordinary
Masterful Hardware
The KUKA KR 300 delivers industrial robustness, high speed, and extreme payload handling—ideal for demanding manufacturing environments.
CNC-Grade Intelligence
The Sinumerik 840D SL supports advanced 3D multi-probe cycles, enabling automated part detection, tool offset calculation, and precise workpiece alignment—cornerstones of precision-first robotics.
ARRTSM Physical AI
Context-aware autonomy allows the robot to sense, interpret, and respond to real-world conditions—without predefined scripts.
A Global Flagship
Developed in Hailfingen, Germany, this second-generation autonomous robot has become a global flagship, representing ARRTSM’s mission to redefine the standards of industrial autonomy across continents.
Conclusion
This platform marks a critical milestone in ARRTSM’s evolution: a system that unites heavy-duty industrial robotics, CNC-level accuracy, and intelligent autonomy into one cohesive solution.
It is not just a robot—it is a foundation for the autonomous factories of the future.