AMRs in warehouses: Smarter logistics through automation

AMRs rely on a suite of technologies. Different models depend on different methods – such as LiDAR, 3D cameras, and AI algorithms – to map out and understand their surroundings. They are smart enough to detect objects, recognize pathways, and enable real-time decision-making.

Using advanced mapping systems, AMRs can scan and build a digital model of their environment. They continuously adjust their routes to avoid obstacles and maintain efficiency throughout the shift, even in hectic settings or under unpredictable warehouse conditions.

AMRs integrate with warehouse management (WMS) or enterprise resource planning (ERP) systems to receive assignments, update statuses, and report when a task is completed. This real-time communication helps your team stay aligned with overall logistics plans.

When you bring AMRs into your facility, reliable Wi-Fi, accessible charging stations, and open pathways are must-haves. Compared to many traditional automation systems, however, they are far less demanding when it comes to physical changes in your building.

Modern AMRs are built to meet tough industry safety standards. Depending on the model, they come with features like automatic emergency braking, flexible safety zones that adapt to their surroundings, and easily accessible emergency stop buttons, making sure they operate safely everywhere.

Some of the main benefits are faster transport, improved accuracy, enhanced safety, reduced labor costs, and scalable operations.

Absolutely! Most AMRs are equipped with advanced safety features, such as obstacle detection, collision avoidance, and emergency stop systems to guarantee safe interaction with workers throughout the space.

Costs vary based on size, use case, and integration needs. However, savings in labor and productivity often lead to ROI within 1–3 years.

Contact your local sales representative to request a quote, if you’re interested in trying the FlexQube AMR System.

Any industry with high material flow. Some examples are automotive, electronics manufacturing, white goods production, warehousing and logistics, industrial equipment, defense, wind power and energy, and general manufacturing.

This largely depends on the scope of your project, but our system is designed to facilitate a quick and seamless start. Contact us for a more detailed estimation tailored to your project.

Not quite. These robots are designed to support workers – not replace them. By automating the simple, everyday tasks, they help people focus on the parts of the job that require human experience and decision-making.

It can take time to prepare networks, train operators, connect different systems, and manage the shift to new ways of working.

AMRs are expected to become even more capable, moving from simple material transport to playing an active part in warehouse management. They’ll be able to communicate with other systems, share real-time data, and coordinate tasks automatically with minimal human input. As artificial intelligence and sensor technology advance, these robots will learn from patterns, adjust to changing conditions, and make smarter decisions on their own.