Mobile Industrial Robots (MiR) develops autonomous mobile robots (AMRs) designed to automate internal material transport and optimise workflows in manufacturing, warehousing and logistics. Combining intelligent navigation, advanced safety features and flexible integration into existing operations, MiR robots help businesses reduce manual handling, improve operational efficiency and create a safer, more productive working environment.
The MiR MC250 mobile collaborative robot brings together the MiR250 autonomous mobile robot (AMR) and a collaborative robot arm from Universal Robots, creating a versatile solution for automating repetitive industrial tasks. Powered by integrated software from Enabled Robotics, the MC250 enables flexible automation of material handling, machine tending and production replenishment.
Designed for dynamic industrial environments, the MC250 combines precise robotic operations with autonomous navigation, allowing it to move between workstations and perform tasks with minimal human intervention. Its compact mobile base navigates through spaces as narrow as 80 cm, making it suitable for facilities where space is limited.
Boosting Productivity and Flexibility
By automating repetitive processes, the MC250 helps reduce manual workloads, minimise downtime and improve production efficiency. It can transport materials, supply machines and handle recurring tasks, allowing employees to focus on higher-value activities. The integrated software offers intuitive programming tools and preconfigured functions, making it easier to develop and adapt applications without extensive programming experience. This flexibility allows manufacturers to adjust workflows as production requirements evolve.
Smarter Automation for Modern Industry
The MC250 offers a practical, scalable approach to industrial automation, combining mobility, robotic manipulation, and flexible task execution in one system. Its modular design supports adaptation to different applications, helping businesses improve workflow efficiency, optimise resource utilisation, and build a more productive manufacturing environment.
