This current market overview shows you software for warehouse logistics and warehouse management. Warehouse software is used to support all processes for storing goods and managing storage locations. This includes, for example, functions such as goods receipt, goods issue, inventory monitoring, shipping and stocktaking. Warehouse management is a component of supply chain management.
The advantages of warehouse management software are, among others, the possible cost savings through a more efficient warehouse organization, the higher transparency and data security, the real-time overview of the warehouse data as well as the possibilities for evaluations and key figure calculations. For e-commerce, but also for many other areas, fast and efficient processes in the warehouse including real-time overview are an important prerequisite for successful business. Companies of all industries and sizes benefit from the use of a warehouse management system. The larger and more extensive the warehouse, the greater the increase in efficiency and productivity associated with the use of dedicated warehouse management software.
Warehouse software supports the optimization of logistical operations within a warehouse. The software, which is usually modular in design, maps e.g. warehouse resource management, forklift control system and batch management. It includes, for example, route control and hazardous materials management. Warehouse management software usually includes a graphical information system for bin status and item inventory. An important part of warehouse management software is various methods of bin management. It must be possible to map the different storage types (block, high rack, silo or manual storage, etc.). RFID-supported systems can usually be connected via appropriate interfaces.
Efficiency in intralogistics is not only especially important in times of crisis. Modern, innovative IT technology can increase performance.
Dr. Ute Burghardi
Warehouse management software, the warehouse management system (WMS), includes functions for mapping the complete administration and control of warehouses, storage locations, and logistics centers. Warehouse management software or a Warehouse Management System (WMS) can be used to map the flow of materials from goods receipt through storage location management, inventory management, order processing, and order picking all the way to shipping. A WMS also includes functions for mapping in-house warehouse systems (intralogistics). As a rule, a WMS supports paperless picking as well as perpetual inventory.
The transition from a manually operated warehouse to a software-supported warehouse is worthwhile for all warehouse operators. Regardless of the size of the warehouse and the number of goods or items stored, using a WMS to manage and optimize warehouse operations makes sense. A WMS supports transparent processes and minimizes errors in order picking. Delivery quality is significantly improved and, as a result, customer satisfaction increases.
Advantages at a glance:
The digitalization of the warehouse and intralogistics provides a solid basis for competitive advantages. This is especially true when digitalization is combined with access via mobile devices and with standard interfaces to other systems such as ERP or even driverless conveyor systems, etc.
A warehouse strategy defines how the warehouse is organized and according to which rules goods are stored and retrieved in the different areas. Various warehouse strategies are available for warehouse operations. FIFO (First In – First Out), LIFO (Last In – First Out), and FEFO (First Expired – First Out), as well as chaotic or dynamic storage, are among the best-known warehouse strategies. Dynamic or chaotic storage is usually the more space-saving alternative to a warehouse system with fixed storage locations. The optimal warehouse strategy in each case is influenced by various factors. These factors include the type of warehouse (high-bay warehouse, partially or fully automated warehouse, pallets, etc.), the number of storage locations, the type of goods, the storage duration of individual goods, and much more.
The modules and functions listed here are based on VDI Guideline 3601: 2015-09 Warehouse Management Systems.
In addition to the core functions mentioned above and the other typical functions, there are, of course, many more functions that map industry-specific requirements, for example. Depending on the industry, these may include just-in-time control, co-storage prohibitions, management of cable drums and cut lengths, continuous item stocking, empties and pallet management, never-out-of-stock, and more.
Cross-docking has become increasingly important in recent years because the basic idea of not storing goods but handling them directly significantly reduces warehousing costs. The advantages of this handling process include shorter throughput times, lower inventory levels, and reduced warehouse space requirements. There are different variants of cross-docking. In transshipment, the goods are shipped to the transshipment point, then transferred to new shipment units and delivered to the respective recipient. An extended variant includes carrying out additional process steps such as labeling or assembly before delivery to the final recipient.