Controls Integration
& Automation Systems

Robotic automation systems rely on precise integration of hardware, tooling, and motion control to ensure consistent performance across high-volume manufacturing environments. MBE designs and integrates robotic automation systems that support complete production operations — from end-of-arm tooling and robotic transfer through inspection and system coordination. These systems are engineered for accuracy, durability, and seamless integration within complex automotive manufacturing lines.

Robotic Integration | FAQs

What is robotic integration in automotive manufacturing?

Robotic integration involves designing, programming, and connecting industrial robots with tooling, controls, and production systems to create a fully functional automation cell or line. This includes coordination of motion, material handling, safety systems, and process control to ensure consistent, repeatable manufacturing performance.

What types of robotic systems does MBE integrate?

MBE integrates a wide range of robotic systems for automotive manufacturing, including:

• Robotic assembly and handling systems

• Robotic transfer and material handling systems

• Robotic hemming and closure processes

• Vision-guided inspection systems

• Multi-robot, multi-station production cells

Each system is engineered based on the specific application, production volume, and plant requirements.

How does robotic integration differ from controls integration?

Robotic integration focuses on the physical and functional implementation of robots within a system—including motion, tooling, and interaction with parts. Controls integration focuses on the underlying PLC architecture, communication networks, and system logic that coordinate all equipment.

At MBE, both are developed together to ensure seamless system performance.