Auftragsabwicklung

What is order fulfillment?

Order fulfillment describes the entire process flow that a customer order passes through from receipt to complete execution. This typically includes order capture and validation, inventory availability checks, picking, packing and labeling, dispatch, and subsequent invoicing. Depending on the company and industry, additional steps may be involved, such as credit checks, customs clearance, or returns coordination.

In intralogistics, order fulfillment is closely linked to the Warehouse Management System (WMS) and the ERP system. The order is generally transferred automatically from the ERP to the WMS, which allocates warehouse resources and generates picking orders. A seamless data chain between these systems is essential to ensure that status changes are visible in real time.

How does order fulfillment work in practice?

In operational terms, the process can broadly be divided into three phases:

• Order receipt and validation: The order is captured and checked for completeness and feasibility – for example, with regard to stock levels, delivery date, and payment authorization.
• Warehouse execution: The WMS creates picking orders, directs staff or automated systems, and monitors packing and shipping preparation. This is often where the greatest lead time losses occur when processes are not properly coordinated.
• Delivery and completion: Once the order is handed over to the carrier, the shipment status is tracked. An order is only considered fully closed once invoicing has been completed and – where necessary – returns have been handled.

Maintaining transparency across all phases is one of the greatest practical challenges. System breaks between ERP, WMS, and carrier systems mean that status information is often delayed or entirely unavailable.

What matters when designing the process?

When optimizing or redesigning order fulfillment, the following aspects should be considered: First, system integration – a seamless API connection between ERP, WMS, and TMS avoids manual intervention and reduces sources of error. Second, the potential for automating individual process steps, for example through barcode scanning, pick-by-voice, or automated sorters. Third, exception management: deviations such as missing stock, damaged goods, or changed delivery addresses must be identified and escalated quickly without blocking the overall process. Whether and to what extent automation makes sense depends heavily on order volume, product structure, and available investment resources – blanket recommendations are not possible here.