![]() ![]() AGVs are utilized to execute the aforementioned simple repetitive tasks without any requirement for decision making, which means minimum human interventions. Industrial AGVs are autonomously piloted while towing freight to reach the designated locations through pre-set routes before managing the (un-)loading operations. Some AGVs may be equipped with Cobot (Collaborative Robot) to integrate with the human workforce. The most commonly seen types of AGVs in automated factories include Shelf-Draft, Fork-Lift, Lift-Up, Conveyor, Delivery, and so forth. ![]() Therefore, the introduction of AGV can help cut down on wasted time and raise the overall productivity while dramatically reducing labor cost, making manufacturing layout more efficient, and ultimately lowering operational cost. According to research, only 5% of the product manufacturing process is dedicated to manufacturing, as the remaining 95% are spent on storage, loading, standby for processing and delivery. In the wake of Industry 4.0, the emergence of smart factories, and the propagation of smart manufacturing, industrial AGVs have come under more spotlight. AGV, short of Automated Guided Vehicle, also known as unmanned vehicle, is currently an important aspect of industrial automation and is widely utilized in factories and warehouses to fulfill material upload, offload, removal, storage, and transportation.
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