![]() This is supported by smart logistics resources such as autonomous mobile robots (AMRs), automatic guided vehicles (AGVs), a central warehouse management system (WMS) and more. The company’s proprietary warehouse management system uses artificial intelligence (AI), cloud and automation to support the exponential rise in demand and parcel volume during global shopping festivals such as Double 11. ![]() During Double 11 in 2021, the Xiasha warehouse processed a third of all parcels designated for Hangzhou’s bonded warehouses.Ĭainiao has also launched its enterprise smart warehouse solution – which adopts a consultative approach to the implementation of new technologies – to accelerate digitialization within the industry. There, the feed boxes carrying goods will be automatically moved to the sorting area in response to real-time orders, resulting in a 50% improvement in productivity. Given the complex setup of the bonded warehouse, which encompasses numerous merchants and product categories, the automated facility uses an algorithm to schedule warehouse pickups and facilitate manual parcel sorting. The stereoscopic warehouse adopts a fully automated parcel sorting model and can store up to 30,000 parcels. Manufacturer independence is a criterion that allows an objective consideration, independent of the economic interests of individual suppliers.Cainiao has also established a fully automated bonded warehouse in Xiasha, China. Which variant and which degree of autonomy are best suited to a company's production logistics is always an individual decision. ![]() In view of these advantages, not only is demand increasing: the supply of AGVs on the international markets is also growing unceasingly. The latter also applies to sustained corporate growth. In addition, their number can be increased step by step if processes need to be adapted to changing customer and/or market requirements. AGVs reduce dependency on hard-to-recruit employees, are available 24/7 and stabilize the flow of materials so that production supply processes can be handled much more efficiently. One argument in favor of these automated transport aids, which relieve the burden on humans, is that AGVs enable an entry into automation at a manageable cost and that the return on investment (ROI) is achieved comparatively quickly. The focus should always be on process reliability and economic efficiency. Artificial intelligence (AI) and machine learning (ML) are already integral components, but will become even more important in the future so that processes in production and logistics can be aligned even more efficiently.Ĭompanies that want to (partially) automate their production supply processes and at the same time make them more flexible - attention: no contradiction! - are therefore well advised to subject AGVs to a mental suitability test. Since AMRs carry their on-board navigation with them, no complex programming is required instead, the plug-and-play principle takes effect. These capabilities are comparable to those more commonly attributed to so-called AMRs (Autonomous Mobile Robots), which communicate and self-organize among themselves - a first stage of swarm intelligence in the context of the end-to-end networked Industry 4.0. However, the degree of autonomy is steadily increasing: AGV variants already exist that travel completely freely, independently choose the most appropriate direct route, and autonomously avoid unexpected stationary or mobile obstacles. However, "by their very nature," they do not automatically function autonomously because they follow predefined routes. It is true that AGVs by definition fulfill the classification as automated transport vehicles. The entry into (partial) automation that goes hand in hand with AGVs also means that there are no more forklift-related accidents that can cause damage to people, goods and equipment, such as rows of racks.Ī question of autonomy - what distinguishes AGVs from AMRs? Delivery commitments can be met.Īnother positive effect is that AGVs increase the efficiency of production supply processes and lead to permanent cost savings. Resources are thus optimally utilized and system performance remains constant. They also ensure a smooth flow of materials without the stop-and-go that is otherwise typical in many cases. The ongoing shortage of skilled workers is also compensated for, as AGVs can be deployed at any time in 24/7 operation without the need for lengthy pre-planning. Employees are relieved of monotonous and sometimes heavy work and can concentrate on more important (control) tasks. Instead, more and more AGVs (Automated Guided Vehicles) are taking over tasks that were previously performed by humans. ![]() Production supply processes are still strongly characterized by forklift-assisted transports and manual, repetitive processes. What do AGVs do in the production environment?
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