PPU/2/GSLanjian Intelligence seized this opportunity and joined hands with Siemens to create a source warehouse integrating digitalization, automation, information and intelligence for a leading garment enterprise in China, which has become a benchmark for the integrated development model of online and offline warehouse distribution.
The project required extremely high flexibility and placed extreme demands on the design and software. The project adopts Siemens S7-1200 series PLC, G120 and G120C inverter, SCLANCE X series switch full set of solutions, adopts modular design, through the socket plug connection, improve the stability of industrial control, can complete complex control tasks in a more efficient way.
In addition, multiple material flow robots are used in the warehouse to jointly create intelligent “bearings” to achieve automated storage, transportation and sorting.
In the integrated transceiver operation areav
The entire multi-storey shuttle system has a total of 55,000 cargo Spaces, increasing the spPPU/2/GSace utilization rate by 1.5-2 times;
Narrowband sorters are used for B2B business shipments
To complete the order as soon as delivery, delivery as receipt, receipt as transfer;
In the offline work area
To improve the overall picking efficiency, and support the “same type, same box”;
Online business operation area
The “shuttle + elevator” box-type stereo warehouse injects the strongest power for the efficient operation of the entire intelligent warehouse, and the overall capacity of the system can reach 7700 boxes/hour.
Cross-border e-commerce field
In recent years, with the explosive development of cross-border e-commerce, the industry’s demand for smart logistiPPU/2/GScs has also shown explosive growth. A domestic cross-border e-commerce offshore warehouse provider chose Lanjian to improve its German smart warehouse solution.
At the same time, the multi-order S-curve speed control algorithm adopted in this project makes the equipment achieve fast and stable acceleration and deceleration effect by establishing the higher-order function of distance and time variables and the double feedback control of speed loop and position loop.
