![]() Early applications were focused on towing trains of carts and transporting heavy materials over long distances. In the 1970s and 1980s, AGVs became more commonly used in manufacturing facilities. This early AGV followed a wire installed overhead to navigate. The origins of automated guided vehicles can be traced back to the 1954 when the first driverless towing machine called the “Guide-O-Matic” was created by Arthur “MAC” Barrett and Barrett Electronics. AGVs are transforming intralogistics by making material flow flexible, reliable, and efficient. Their capabilities and applications continue to grow. Whether transporting rolls, unloading trucks, or picking parts – if materials need to move, AGVs can likely automate it. Collaboration with picking robots and humans is streamlining order fulfillment. ![]() Their advanced sensors make them exceptionally safe, detecting and avoiding obstacles in busy dynamic environments.īy orchestrating AGVs with warehouse management and automation control systems, goods flows can be optimized across facilities. Smart navigation allows AGVs to adapt to changing floor plans. ![]() AGVs for assembly lines replenish parts to keep production humming. Specialized AGVs like robotic forklifts and tuggers can lift, stack, and retrieve inventory from racking and deliver it precisely when and where needed. AGVs can adeptly transport palletized loads, containers, carts, and more between locations in a facility. Their continuous, reliable operation eliminates bottlenecks and reduces manual labor needs. But what can they actually do?ĪGVs optimize workflows by automating repetitive material handling tasks. How do AGVs work? And what can they do for you?Īutomated Guided Vehicles are self-driving robots that use sensors and navigation software to transport materials without human assistance.
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