Innovative products_Smart Logistics_Ant Logistics,Spare Parts Logistics,Vehicle Logistics

Unmanned Logistics Transport

Unmanned driving technology is applied to replace manual fuel vehicles to realize unmanned transportation in the park, saving personnel costs, reducing exhaust emissions and creating green logistics.

In the logistics SPS preparation process, light-up intelligent material picking technology is applied to enable "foolproof" operation of employees and improve operational efficiency. Electronic display and low-power wireless self-organizing network system are employed to collect operational information generated in the process of inbound shelving, picking out, and inventory counting, while real-time interaction with the WMS system for inventory information. Employees are guided by red/green lights on the shelves to pick up materials by numbers. Compared with the traditional manual control production planning, it enables the management of BOM and storage position in an information-based, paperless, refined and visualized manner.

Automated AMR handling

In terms of on-line logistics and warehousing picking, AGV lifting technology is applied to meet the business processes such as material on-line empty-full exchange and warehousing "goods-to-person" picking to achieve the effect of saving labor and reducing operational intensity. Multiple navigation technologies such as QR code and texture are adopted to achieve accurate positioning, while the overall scheduling of AGV handling equipment through the scheduling control system (RCS) enables real-time receiving and execution of handling tasks, autonomous route planning, automatic charging, and abnormal alarms. Compared with traditional manual operation, this technology features advantages such as task visibility and transparency, 24*7 non-stop operation, accuracy and timeliness.

Electronic logistics work instructions

In the process of logistics SPS preparation, electronic tags and over-point scanning technology are applied to realize electronic instruction operations and eliminate the transmission of paper documents. By interfacing the picking system with the LES production system, the plan information is interactively updated in a real-time manner, and employees can read the plan through the display terminals at each workstation, replacing the manual marking form by employees. Meanwhile, in conjunction with the actual circumstances, adaptable development of customized functions, such as inserting jumping cars and material inspection is made available. Compared with traditional paper-based instruction sheets, the technology features the advantages of accurate and timely data information, and meanwhile, owing to the high scalability of the system, the transformation space can be reserved for subsequent intelligent upgrades to satisfy the technology integration scenario and the user experience of technology service requirements.