In the era of Industry 4.0, mobile automation has emerged as a transformative force in manufacturing. By leveraging robots equipped with advanced sensors and AI-powered algorithms, companies are revolutionizing their operations—boosting speed, safety, and efficiency.
These autonomous mobile systems are redefining how businesses move materials, streamline workflows, and respond to dynamic production demands. In this article, we explore the practical benefits of mobile automation and how it’s already making an impact.
Robots That Are Transforming Manufacturing
Two key types of mobile robots are leading the way:
- AGVs (Automated Guided Vehicles)
- AMRs (Autonomous Mobile Robots)
AGVs follow fixed routes—typically guided by magnetic strips or floor tape—and are ideal for predictable, repetitive tasks like material transport along defined paths.
AMRs, on the other hand, are more flexible and autonomous. They can navigate dynamic, unstructured environments, adjust routes in real time, avoid obstacles, and safely collaborate with human workers.
While AGVs excel in routine logistics, AMRs are redefining what’s possible by adapting to complex workflows, managing inventory, assisting in assembly, and supporting smarter operations.
How AMRs Are Already Being Used
Here are real-world examples of how AMRs are transforming manufacturing processes:
Material and Parts Transport
AMRs automate the movement of raw materials, components, and finished goods between production areas.
Example: ABB implemented AMRs in its Stockholm automotive factory to move products between assembly lines, improving internal logistics.
Flexible Assembly Lines
AMRs deliver components directly to workstations, ensuring operators have exactly what they need, when they need it.
Example: BMW uses AMRs in its Spartanburg, USA plant to supply parts to assembly areas, enabling faster workflows.
Inspection and Quality Control
AMRs equipped with cameras and sensors inspect products during production, detecting defects early.
Example: Flex deploys AMRs to inspect electronics and industrial goods, enhancing precision and reducing quality issues.
Heavy Material Handling
AMRs take on tasks involving heavy loads, improving safety and reducing manual labor.
Example: KUKA uses AMRs to move large automotive components across its manufacturing facilities.
Inventory and Warehouse Management
AMRs autonomously move products in and out of storage, optimizing warehouse efficiency.
Example: Dematic uses AMRs in distribution centers for shelf-to-shelf item transport.
Collaborative Assembly
AMRs assist human workers during assembly, increasing both speed and accuracy.
Example: FANUC developed AMRs that support operators during electronic product assembly.
Internal Logistics and Load Movement
AMRs handle the internal transport of heavy or bulky materials in industrial settings.
Example: MiR’s mobile robots carry large loads across manufacturing floors with ease.
Venturus + ACTA: Powering the Next Generation of Smart Manufacturing
To drive innovation in mobile automation, Venturus has partnered with ACTA Robotics, a leader in robotic systems. Together, they’re developing advanced AMR solutions that integrate seamlessly into manufacturing environments—unlocking new levels of productivity and adaptability.
This partnership combines Venturus’ expertise in systems integration and ACTA’s leadership in robotics to deliver tailor-made solutions for industrial automation.
The Future Is Mobile—And It’s Closer Than You Think
As mobile automation continues to evolve, autonomous robots are becoming central to the smart factory of tomorrow. From reducing downtime to increasing output, AMRs are shaping the future of manufacturing in real time.
Talk to our experts to learn more about this strategic partnership and how your business can benefit from next-generation mobile automation.