Order Management: Definition, Stages, and Optimization Methods
One of the main objectives of warehouse inventory management is to fulfill customer orders. Therefore, companies not only focus on warehouse operations but also need to implement order management.
Definition of Order Management
Order management is the process of managing customer orders, including order processing, item picking, packing, and delivery to customers. In warehouse inventory management, order management is carried out to ensure orders are fulfilled accurately, quickly, and efficiently while maintaining inventory availability within the warehouse.
Order Management Workflow
Orders received by a company are not fulfilled instantly. There is a structured workflow within order management to ensure orders are completed accurately and efficiently. Below are the commonly used stages of order management:
1. Order Receiving Process
The order management process begins when customers place an order for a product. Orders received by the company are recorded either manually or through systems such as WMS. Warehouse staff then collect order information, including item type, quantity, and shipping address.
2. Order Processing
After an order is received, the company must verify inventory availability. By using systems such as WMS, this process can be performed automatically. If the ordered inventory is available, the order is forwarded to warehouse management for picking. If the inventory is unavailable, the company must notify the customer.
3. Inventory Allocation
At this stage, warehouse inventory is allocated according to received orders. In manual inventory management, warehouse staff must search for items before the picking process begins. However, by implementing a WMS, warehouse staff can easily locate inventory storage positions based on warehouse layout, enabling efficient picking operations.
4. Inventory Picking
Picking is a warehouse management stage where ordered items are retrieved from storage locations within the warehouse. To improve efficiency and accuracy, WMS implementation is typically integrated with barcode or RFID devices to ensure inventory availability, storage location accuracy, and correct picking quantities according to orders.
5. Product Packing
After items are picked, warehouse staff proceed with packaging. Products must be packed properly to maintain product quality until received by customers. In addition to ensuring packaging safety, warehouse staff must re-verify items against the order and prepare a packing slip containing order details, product information, and shipping destination.
6. Shipping (Delivery)
After packaging is completed, the order is ready for delivery to the customer. Order tracking until delivery completion is also part of order management conducted through the WMS system. By providing visibility into the order process, companies can improve customer satisfaction while monitoring overall order management performance.
Optimizing Order Management Using WMS
As briefly mentioned above, order management can be managed through the use of WMS, enabling companies to optimize their ability to fulfill customer orders. Below are ways to optimize order management through WMS:
1. Process Automation
Utilizing warehouse systems such as Prieds WMS to manage orders automatically, from order receipt, picking, packing, to shipping. Automated order management improves fulfillment accuracy and efficiency while minimizing processing time and human error risks.
2. Integration with Other Platforms
WMS can be integrated with various business systems such as ERP, CRM, and Supply Chain Management software, enabling smoother order fulfillment processes and improving company visibility across the entire inventory flow from start to finish.
3. Barcode and RFID Technology
To simplify tracking and ensure inventory availability, companies can use WMS connected with devices such as barcode or RFID solutions from Prieds. The integration between software and hardware helps warehouse staff maintain inventory accuracy while improving order workflow efficiency.
4. Optimized Picking Routes
Labeling inventory and mapping warehouse layouts and storage areas within the WMS system enables warehouse staff to select optimal picking routes. Through this system, incoming orders are automatically detailed, and storage locations appear accurately, eliminating the need to search items individually, reducing picking time, and improving productivity.
5. Real-Time Inventory Data Updates
WMS enables real-time inventory data updates after order processing. Inventory data is also updated through automated stock opname processes, ensuring inventory availability remains accurate and up to date. This helps companies replenish inventory when levels decline and maintain their ability to fulfill orders.
6. Efficient Shipping Scheduling
To ensure on-time delivery, WMS implementation in order management optimizes shipping schedules by selecting the most efficient and cost-effective delivery methods based on customer locations.
Benefits of WMS in the Order Management Process
The use of WMS, such as Prieds WMS, provides many benefits in order management processes. These benefits include:
1. Order Accuracy
Through the implementation of Prieds WMS, incoming orders are automatically matched with available warehouse inventory data. This shortens verification time and ensures ordered inventory is available.
2. Improved Operational Efficiency
WMS automates the order management workflow, from processing to fulfillment. Increased operational efficiency minimizes order processing time while improving productivity.
3. Real-Time Order Monitoring
Real-time order tracking information can be accessed through WMS and shared with customers. Both companies and customers can monitor the entire order processing and delivery status.
4. Inventory Optimization
Order management integrated with WMS helps verify orders against available inventory levels. Additionally, order management encourages companies to maintain balanced inventory levels, preventing stock shortages or overstock situations.
5. Minimizing Error Risks
By automating order management through WMS, companies can minimize risks caused by manual processes, such as incorrect shipments, inventory miscalculations, or stock discrepancies that prevent order fulfillment. With WMS, manual processes are automated, making warehouse operations more accurate and efficient.
You can learn more about optimizing order management through the implementation of Prieds WMS by consulting with our expert team. Get software equipped with comprehensive features, strong security, and user-friendly functionality tailored to your company’s needs with Prieds.
