A manufacturer primarily engaged in producing automotive parts needed to transport large welded components from the indoor loading area of the warehouse to the unloading area under the welding workshop's canopy. The round trip covered a total distance of 2 kilometers.Past was done using manual trucks, which caused high costs and low efficiency. Now urgently needed to replace manual driving with autonomous equipment to achieve autonomous transportation and improve efficiency.

A factory required frequent transportation of key components between different warehouses. The factory initially used traditional manual towing, but to reduce costs, increase efficiency, and enhance safety, they urgently needed to introduce autonomous transportation equipment to meet their cost-saving and efficiency improvement goals.

A leading parts processing plant, specializing in harness processing and component supply, sought to enhance its competitiveness by upgrading to smart manufacturing and 5G intelligent park operations. The core requirement focused on the intelligent transformation of the logistics system, aiming to introduce advanced logistics robotics technology to automate the transfer of parts and achieve cost savings and efficiency improvement.