Autonomous mobility combined with robotic manipulation
The MiR MC600 autonomous mobile robot expands the concept of AMRs by integrating a collaborative arm onto a mobile platform with greater capacity. The result is a system that not only transports materials but can also interact with them, making it suitable for applications more complex than simple internal logistics.
Suitable for more demanding logistical and operational tasks
Compared to the MC250, the MC600 is designed for applications involving higher volumes, larger dimensions, or more demanding operational requirements. It is suitable for machine tending, line-side delivery, replenishment, and internal transport, particularly in environments where the robot must perform repetitive tasks along defined paths while also carrying out handling tasks.
Software and vision for easier adaptation
As with other solutions in the Enabled Robotics portfolio, the system includes a software platform designed for easy programming and quick configuration. The vision functions support both marker-based tracking and 2D detection, as well as optional 3D position estimation of objects. This provides greater flexibility than a rigid mobile system that relies exclusively on fixed fixtures.
Ideal for workflows where logistics and handling must be integrated
The MC600 is ideal for applications where parts or materials must not only be transported between stations, but also picked up, delivered, or actually positioned. For companies looking to reduce both manual transport and repetitive tasks at machines or workstations, this model is a better fit than a traditional AMR.
A step toward more advanced, yet still flexible, automation
This robot is of interest to companies that have outgrown the need for simple autonomous transport and are looking for a smarter system capable of combining internal logistics and material handling. It is not a simple solution, but in the right applications, it can replace several distinct tasks with a single integrated system.
Who is it suitable for?
- machine tending and line-side delivery
- material transport and handling in production
- applications where mobility and robotic motion must be combined
- companies looking to transition from simple AMR to mobile manipulation







