Introducing Warehouse Robotics AMR for Fast, Flexible Fulfillment


Consider a 70% reduction in labor expenses for your warehouse. Your warehouse is open day and night at the same fee. Every day, your inventory counts are updated. Despite popular belief, the warehouse Robotic AMR of today makes this possible.

History of Supply Chain Warehouse Robotic AMR

Manufacturing is where supply chain operations will find the robots. The first autonomous robot was created by George Devol’s business, Unimation, in 1956 after his 1954 patent application for robotics was approved in 1961. 

The first robot could move objects approximately twelve feet or so. Following suit, General Motors put their first robot into service in a facility in New Jersey in 1962.

Why Is Robotic Automation in Warehouses Growing?

Over the past several decades, robotics experts have put forth a lot of effort to combine automated robotics technology with new technological advancements like artificial intelligence (AI) and the Internet of Things (IoT). Warehouse-dependent innovative businesses like the outcomes that efficient automation might produce.

Robots are becoming safer thanks to sensors and response capabilities.

We didn’t have the expertise to give robots the ability to detect their environment when they were initially introduced to the supply chain. Now, warehouse robots may be fitted with heat, haptic sensors and optical and audio sensors. 

Thermal sensors gauge the surface’s ambient temperature. Robots can sense touch thanks to haptic sensors.

Software by WMS

The center of your warehouse operations is formed by integrated warehousing management software (WMS software) or third-party logistics systems. Your sales channels, the order fulfillment platform, and picking and packaging may all get information in real-time. The smooth operation of things depends on accurate data.

A WMS is a component of several robot kinds we’ll discuss later in this text. However, irrespective of your operating software, most of the robot types we’ll examine may be included in your warehouse operations. 

Despite this, you still need detailed inventory information to feed the robotics to get the most out of their utilization.

Which Robots Could Operate in Your Warehouse?

  • Intelligent Mobile Robots

Like AGVs, autonomous mobile robots (AMRs) employ sensor technologies to move items within a warehouse. They do not, however, need a fixed track or predetermined path between places, unlike AGVs. As a result, AMRs employ computers, onboard sensors, and maps to comprehend their surroundings. 

These little, agile robots can read each package’s information and accurately sort it. However, because they design their own paths based on the required operation, AMRs may travel about the warehouse. 

When needed, they may change their course to go around environmental problems. These robots provide efficiency, precision, and security during the sorting process.

  • Guided Automated Vehicles

Inventory is moved about your warehouse using automated guided vehicles (AGVs) and their smaller siblings, automated guided carts (AGCs). They often adhere to tracks or magnetic stripes placed on your production floor.

  • Airborne Drones

By swiftly scanning areas for automated inventory, drones can aid in the optimization of warehouse inventory procedures. If the system can integrate, it can connect instantly to your WMS to retrieve and validate the inventory data that is currently in place.

Although Robotic AMR may provide fulfillment operations with a number of advantages, many warehouse owners are still hesitant to make the switch. 

Fortunately, the shift to a hybrid workforce—one made up of people and robots—does not have to take place overnight. Instead, a lot of robotics businesses today run on a subscription model.


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