SAP WM Warehouse Management Guide - SAP Help Po...

Features for yard and dock management can help truck drivers find the right loading docks quickly. Support for cross-docking, where goods arriving into the warehouse are immediately placed into outgoing shipments without interim storage, is ideal for fresh grocery products. The software helps with this by checking receiving scans against current sales orders, then notifying the receiver if the goods should be placed in a cross-docking location.

SAP WM Warehouse Management Guide - SAP Help Po...

Automated guided vehicles (AGVs), for example, use a track or magnetic stripe to transport inventory around the warehouse, while autonomous mobile robots (AMRs) rely on onboard sensors, computers, and maps to navigate the warehouse and reroute when needed. AMRs can identify information on packages to assist with sorting and inventory checks. Aerial drones are fitted with optical sensors and use deep learning technologies to scan items in high and dangerous places quickly and upload the latest counts to the WMS system, provided that system can support the integration. And automated storage and retrieval systems (AS/RS) can store and retrieve items aided by software that directs their operations. These can take the form of shuttles, cranes, or even climbing robots.

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With the help of SAP EWM, all the goods movements are controlled by a warehouse management system and provides you the tools to monitor warehouse activities. You can also manage additional functions in the Warehouse like creating a serial number, batch number, vendor management inventory, resource optimization, and value-added services. SAP Extended Warehouse Management allows you to not only monitor the quantity of goods in Warehouse but to manage other critical functions and delivery of goods efficiently.

SAP Extended Warehouse Management (SAP EWM) is now available as an embedded application in SAP S/4HANA. It combines best-in-class proven warehouse management capabilities with the benefits of SAP S/4HANA.

Both versions are available with the SAP S/4HANA installation. You set up the warehouse management version at the warehouse number level. You can change the version used by a warehouse at any point in time.

Warehouse management capabilities in SAP S/4HANA Cloud enable you to manage stock on the storage-bin level for better visibility and control in your warehouse and with tight integration to your business processes.

SAP introduced the WM inventory management solution in the late 1970s and has been upgrading the software since. With boosted capabilities and warehouse management applications, many customers worldwide adopted SAP WM as part of their upgrade strategies. SAP changed the logistics game by adding SAP EWM in 2005, which is a part of its Supply Chain Management (SCM) module. Essentially, EWM has the same basic core functionalities as WM but with additional capabilities, such as labor management and internal routing.

SAP Extended Warehouse Management is similar to Warehouse management but it provides more features like picking, put away, RF framework, Warehouse structure and more flexible options to manage the warehouse functions.

In SAP ERP, a warehouse number is used to represent the physical warehouse where all the material is stored. A Warehouse number is a 3 or 4 character field in Warehouse management or EWM respectively. Warehouse numbers are created in the ERP system and to activate it, you use a combination of plant and storage location assigned to this plant with the respective warehouse number.

The goods issue process in extended warehouse management starts with outbound delivery request. When an outbound delivery document is created, this process starts in the ERP system. For items that are relevant in the EWM, delivery document is replicated in the SAP EWM system.

Stock removal strategy is a method of determining storage bins for one or more products to be picked. You can customize the stock removal rule definition table in customizing for SCM extended warehouse management.

In SAP EWM, you can combine warehouse request items and divide them into waves as per the possible criteria like activity area, route or product. Waves can be created automatically in SAP extended warehouse management system or manually using defined waves templates.

The warehouse product migration report is used to migrate not only warehouse-specific product data but also data such as fixed bin assignments, palletization, and more. This is the most important data migration report as it helps business teams migrate the most crucial and high-volume data from WM to embedded EWM.

Get your warehouses up and running in SAP S/4HANA! With this implementation guide to extended warehouse management (EWM) in SAP S/4HANA, lay the foundation by setting up your organizational and warehouse structures. Then configure your master data and cross-process settings with step-by-step instructions. Finally, customize your core processes, from inbound and outbound deliveries to value-added services and cartonization. Get the most out of SAP S/4HANA for your warehouses!

A warehouse management system (WMS) consists of software and processes that allow organizations to control and administer warehouse operations from the time goods or materials enter a warehouse until they move out.

Warehouses sit at the center of manufacturing and supply chain operations because they hold all of the material used or produced in those processes, from raw materials to finished goods. The purpose of a WMS is to help ensure that goods and materials move through warehouses in the most efficient and cost-effective way. A WMS handles many functions that enable these movements, including inventory tracking, picking, receiving and putaway.

The supply chain can operate only as quickly, accurately and efficiently as warehouse processes permit. A WMS plays a vital role in supply chain management by managing order fulfillment processes, from receiving raw materials to shipping finished goods.

The role of the WMS is to help users manage the fulfillment, shipping and receiving tasks in the warehouse or distribution center, such as picking goods from shelves for shipment or putting received goods away. Its role in inventory is to track the inventory data that comes in from barcode readers and radio frequency identification (RFID) tags and update the inventory management module in the ERP system to ensure it has the latest information. An integration link synchronizes the inventory data that is stored in the ERP system and the WMS.

For its part, the ERP system handles the accounting and most of the invoicing, order management and inventory management. The TMS is where the shipping process is managed. It is essentially a repository of detailed information about shipping carriers but is also a transactional and communication system for planning, executing and tracking the shipments. Sometimes a TMS will be integrated with the WMS to enable better coordination of the inbound and outbound logistics tasks that occur at the interface of warehouses and freight shippers, such as palletization of goods, labor scheduling, yard management, load building and cross-docking.

Usually, orders come in automatically from ERP or order management systems that are integrated with the TMS. The ERP system also outputs the order information the TMS needs to prepare and execute shipments. Besides basics like customer name and address, data from the ERP system also includes detailed information on items to ensure the right products are shipped. The TMS returns the shipment details that the ERP system needs for its accounting and order management functions, such as the tracking number, carrier name and costs. The shipment information might also go to a customer relationship management (CRM) module to help update customers about the status of their orders.

Implementing a WMS can help an organization reduce labor costs, improve inventory accuracy, improve flexibility and responsiveness, decrease errors in picking and shipping goods, and improve customer service. Modern warehouse management systems operate with real-time data, allowing the organization to manage the most current information on activities like orders, shipments, receipts and any movement of goods.

However, an SAP EWM vs. WM comparison must include the operations that get the most value from each warehouse management system. SAP EWM is capable of helping a warehouse efficiently manage a complex e-commerce operation. It automates bin management and supports voice picking, providing high-volume warehouses with greater efficiency, accuracy, and throughput. Its resource management capabilities enable tighter cost control. It also gives warehouses more flexibility than SAP WM, for example, mixed and layered pallets, advanced labor management for time tracking, shift management, and performance evaluations.

As the SAP WM support end date nears, you need to consider SAP EWM vs. WM differences, decide, and set a course to transition your business to a new warehouse management system. Contact Pillir to discuss your options.

Supplier relationship management is the systematic approach to analyzing the supply of goods and materials by vendors to determine each supplier's contribution toward success and develop strategies to improve their performance. SRM helps evaluate the performance of vendors to determine which ones are most valuable to the business and its success. It also helps managers develop better relationships with the suppliers based on their importance. 041b061a72