![]() Not without reason, in the second half of the 70s in the factory of a premium automotive manufacturer, we will no longer find solutions which were used only 50 years earlier in the factories of the pioneer of mass production. Solutions of this class made it possible to tremendously increase flexibility in comparison with the production line. After nearly seventy years we can base the movement of the truck on magnetic or reflexive tapes, or on simple cameras which recognise the specific arrangement of colours. Over time, non-inductive means of driving the vehicle appeared. The first AGVs were simple machines, sequential robots which, like the production line, moved only where the route was marked out by a “line.” This line in one of the first solutions was a wire recessed in the floor. ![]() Advanced (for the time) electronic circuits made it possible for flexible and cost-efficient solutions to emerge, i.e., driverless trucks. Nevertheless, in the second half of the 20 th century there was a breakthrough. Workers responsible for manual or machine-assisted transport were flexible, but they entailed higher long-term costs. Production lines were economical but inflexible. Two very important factors needed to be taken into consideration: flexibility and cost-effectiveness. Work became simpler and an individual worker could be responsible for an increasing percentage of the goods transported. AGV mobile robots, that is driverless trucksĪlong with technological advancement, machinery, vehicles, roller conveyors and production lines began to appear. Such as, for instance, AGV mobile robots. For most of the modern history, in-plant transport was based on human or animal muscle power, which eventually had to lead to the development of transport methods. Find the perfect partner for the AGV robot.When large production plants and manufactories appeared, the need arose to provide appropriate intralogistics measures, even though they were not called this way then. Our technology allows us to combine other robots to automate different processes, freeing operators from this task and allowing greater production and resource utilization, as well as time optimization. This automatic vehicle is perfect for logistics companies or any other company that needs internal transport. For this, all you have to do is trace the path with a belt that sticks to the ground. It is not a permanent (static) automatic transport system, but can be used for different tasks at different points in the production chain. It can receive or send products without any contact between the delivery person and the receiver, helping to avoid possible contagion from COVID-19. This mobile robot can perform automatic loading and unloading of goods, reducing the accident rate. It is an economical and efficient alternative to traditional electric or manual pallet trucks. ![]() In addition, the Atlas Robots autonomous vehicle works with any type of pallet. Opting for the automatic transport of the load for its internal mobilization is very easy with our AGV, as it does not require any technical knowledge from the customer. Atlas Robots has designed a low-cost AGV (Automatic Guided Vehicle) robot that allows the automatic transport of all types of material loaded on pallets.
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